{"text_format":"3","workbook":"xlsx","n_sheets":4,"sheets":["Summary","3A","3B","3C"],"not_rendered":{"defined_names":3},"read":"whole","date_system":"1900"}

{"sheet":"Summary","index":0,"n_rows":22,"n_cols":4,"rows_kept":22,"merged":[[0,0,0,3],[4,0,10,0],[4,1,10,1],[4,2,10,2],[11,0,17,0],[11,1,17,1],[11,2,17,2],[18,0,21,0],[18,1,21,1],[18,2,21,2]]}
["Supplementary Data 3: T3SS identification in metagenome assemblies"]
[]
[]
["Table","Name","Description","Details"]
["3A","T3SS in commensal micobiota using metagenome datasets","Prediction of T3SS using EffectiveDB in 1,6179 Pseudomonadota metagenome assemblies with high or intermediate genome quality ","Genome bin ID"]
[{"$nulls":3},"T3SS presence"]
[{"$nulls":3},"Score"]
[{"$nulls":3},"Metastudy"]
[{"$nulls":3},"Completeness"]
[{"$nulls":3},"Contamination"]
[{"$nulls":3},"Genome size"]
["3B","Phylogenetic assignments for the 770 MAGs encoding complete T3SS","Phylogenetic assignment using GTDB-Tk at the species level for 770 Pseudomonadota MAG bins encoding complete T3SS","Genome ID"]
[{"$nulls":3},"Species"]
[{"$nulls":3},"Genus"]
[{"$nulls":3},"Family"]
[{"$nulls":3},"Order"]
[{"$nulls":3},"Class"]
[{"$nulls":3},"Fastani ANI"]
["3C","Genera, species names, and genomes encoding complete T3SS from the samples of three genome sets (data related to figure 1b)","Summary for analysis of T3SS prediction in the different microbiome genome datasets","Genome bin ID"]
[{"$nulls":3},"Genus"]
[{"$nulls":3},"Species name"]
[{"$nulls":3},"Genome set"]

{"sheet":"3A","index":1,"n_rows":101507,"n_cols":7,"rows_kept":4500,"cut":true,"bounds":{"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0}}
["Table 3A: T3SS in commensal micobiota using metagenome datasets"]
[]
[]
["Genome bin ID","T3SS presence","Score","Metastudy","Completeness","Contamination","Genome size"]
["AsnicarF_2017__MV_FEI1_t1Q14__bin.8","NO",0.7063,"Pasolli et al. 2019",95.68,0.04,4685619]
["AsnicarF_2017__MV_FEI1_t1Q14__bin.9","NO",0.8545,"Pasolli et al. 2019",78.86,0.33,3331471]
["AsnicarF_2017__MV_FEI3_t1Q14__bin.3","NO",0.6285,"Pasolli et al. 2019",50.86,0,4556033]
["AsnicarF_2017__MV_FEI3_t1Q14__bin.6","YES",0.8949,"Pasolli et al. 2019",77.59,0,3565399]
["AsnicarF_2017__MV_FEI4_t1Q14__bin.5","NO",0.7189,"Pasolli et al. 2019",99.07,0.78,4642432]
["AsnicarF_2017__MV_FEI4_t2Q15__bin.6","NO",0.7135,"Pasolli et al. 2019",95.86,2.57,4569681]
["AsnicarF_2017__MV_FEI5_t2Q14__bin.2","NO",0.9783,"Pasolli et al. 2019",100,0,2650859]
["AsnicarF_2017__MV_FEM2_t1Q14__bin.1","NO",0.9394,"Pasolli et al. 2019",85.26,0,1369606]
["BackhedF_2015__SID103_12M__bin.22","NO",0.8342,"Pasolli et al. 2019",55.91,0.52,2318461]
["BackhedF_2015__SID103_4M__bin.3","NO",0.7955,"Pasolli et al. 2019",61.91,0,4465505]
["BackhedF_2015__SID103_4M__bin.5","NO",0.6257,"Pasolli et al. 2019",95.05,0.17,5380914]
["BackhedF_2015__SID103_M__bin.21","NO",0.7776,"Pasolli et al. 2019",99.37,0.11,4726644]
["BackhedF_2015__SID103_M__bin.30","NO",0.9404,"Pasolli et al. 2019",63.16,1.9,1392296]
["BackhedF_2015__SID105_12M__bin.10","YES",0.5843,"Pasolli et al. 2019",70.69,1.72,4028394]
["BackhedF_2015__SID105_12M__bin.6","NO",0.978,"Pasolli et al. 2019",77.59,0,1781860]
["BackhedF_2015__SID105_12M__bin.7","NO",0.9588,"Pasolli et al. 2019",99.66,0.36,1971195]
["BackhedF_2015__SID10_4M__bin.14","NO",0.9493,"Pasolli et al. 2019",72.9,0.73,1333114]
["BackhedF_2015__SID10_4M__bin.7","YES",0.7916,"Pasolli et al. 2019",95.44,0.66,4282489]
["BackhedF_2015__SID10_B__bin.2","YES",0.9136,"Pasolli et al. 2019",99.01,0.08,4682779]
["BackhedF_2015__SID10_M__bin.47","YES",0.932999999999999,"Pasolli et al. 2019",98.1,0.14,4649076]
["BackhedF_2015__SID128_12M__bin.55","NO",0.9316,"Pasolli et al. 2019",96.24,1.17,1894979]
["BackhedF_2015__SID128_4M__bin.13","YES",0.8488,"Pasolli et al. 2019",97.84,0.33,4653854]
["BackhedF_2015__SID128_4M__bin.14","YES",0.7147,"Pasolli et al. 2019",56.9,3.45,5191658]
["BackhedF_2015__SID128_4M__bin.9","NO",0.7679,"Pasolli et al. 2019",96.11,1.86,2599740]
["BackhedF_2015__SID128_B__bin.7","YES",0.888,"Pasolli et al. 2019",99.67,0.04,4650032]
["BackhedF_2015__SID128_M__bin.24","NO",0.5349,"Pasolli et al. 2019",97.67,0.98,4497873]
["BackhedF_2015__SID128_M__bin.69","NO",0.9428,"Pasolli et al. 2019",88.11,0.1,1698779]
["BackhedF_2015__SID12_12M__bin.2","NO",0.8259,"Pasolli et al. 2019",99.55,1.29,4585280]
["BackhedF_2015__SID12_4M__bin.5","YES",0.6931,"Pasolli et al. 2019",61.53,0.04,2721228]
["BackhedF_2015__SID130_12M__bin.32","NO",0.8816,"Pasolli et al. 2019",51.91,0.04,2320669]
["BackhedF_2015__SID130_4M__bin.4","NO",0.7289,"Pasolli et al. 2019",97.9,0.93,4413481]
["BackhedF_2015__SID130_B__bin.1","NO",0.5795,"Pasolli et al. 2019",96.69,0.04,4359404]
["BackhedF_2015__SID130_M__bin.26","YES",0.8304,"Pasolli et al. 2019",99.12,0.1,4515871]
["BackhedF_2015__SID130_M__bin.9","NO",0.9423,"Pasolli et al. 2019",70.41,1.86,1839768]
["BackhedF_2015__SID133_12M__bin.18","NO",0.8857,"Pasolli et al. 2019",78.21,0,1478546]
["BackhedF_2015__SID133_12M__bin.29","NO",0.971,"Pasolli et al. 2019",79.31,1.72,2641994]
["BackhedF_2015__SID133_4M__bin.11","NO",0.525,"Pasolli et al. 2019",90.23,1.15,4311266]
["BackhedF_2015__SID133_B__bin.2","YES",0.8681,"Pasolli et al. 2019",97.91,0.78,4896203]
["BackhedF_2015__SID133_B__bin.5","YES",0.6517,"Pasolli et al. 2019",58.97,0,5023535]
["BackhedF_2015__SID133_M__bin.47","NO",0.9613,"Pasolli et al. 2019",97.5,1.25,2282535]
["BackhedF_2015__SID137_12M__bin.3","NO",0.9733,"Pasolli et al. 2019",96.44,3.07,1926126]
["BackhedF_2015__SID137_12M__bin.5","NO",0.7108,"Pasolli et al. 2019",50.11,0.1,2226954]
["BackhedF_2015__SID137_4M__bin.8","NO",0.711,"Pasolli et al. 2019",96.33,0.17,4660678]
["BackhedF_2015__SID137_B__bin.1","NO",0.6382,"Pasolli et al. 2019",96.76,0.35,4438737]
["BackhedF_2015__SID137_M__bin.20","YES",0.5532,"Pasolli et al. 2019",96.88,1.02,4373879]
["BackhedF_2015__SID150_4M__bin.4","NO",0.8135,"Pasolli et al. 2019",50,1.72,3463571]
["BackhedF_2015__SID150_M__bin.16","NO",0.9802,"Pasolli et al. 2019",97.13,1.21,2514779]
["BackhedF_2015__SID150_M__bin.37","NO",0.9354,"Pasolli et al. 2019",96.06,0,1631694]
["BackhedF_2015__SID157_12M__bin.4","NO",0.9582,"Pasolli et al. 2019",82.46,2.69,1533929]
["BackhedF_2015__SID157_12M__bin.5","NO",0.9696,"Pasolli et al. 2019",100,1.24,2802211]
["BackhedF_2015__SID157_4M__bin.3","YES",0.9028,"Pasolli et al. 2019",99.04,0.19,4792710]
["BackhedF_2015__SID157_4M__bin.4","NO",0.9723,"Pasolli et al. 2019",100,1.99,2783703]
["BackhedF_2015__SID157_4M__bin.5","NO",0.9703,"Pasolli et al. 2019",72.1,1.92,1390526]
["BackhedF_2015__SID157_B__bin.1","YES",0.9031,"Pasolli et al. 2019",99.63,0.04,4791630]
["BackhedF_2015__SID157_M__bin.30","NO",0.9696,"Pasolli et al. 2019",100,0.75,2792402]
["BackhedF_2015__SID172_4M__bin.1","NO",0.9694,"Pasolli et al. 2019",90.58,3.63,1786685]
["BackhedF_2015__SID172_4M__bin.12","YES",0.8781,"Pasolli et al. 2019",99.32,0.21,4610886]
["BackhedF_2015__SID172_4M__bin.15","NO",0.9678,"Pasolli et al. 2019",95.03,0.62,2730626]
["BackhedF_2015__SID172_B__bin.15","YES",0.8634,"Pasolli et al. 2019",98.04,0.12,4596610]
["BackhedF_2015__SID172_B__bin.6","NO",0.9698,"Pasolli et al. 2019",98.6,0.62,2835926]
["BackhedF_2015__SID179_4M__bin.1","NO",0.8383,"Pasolli et al. 2019",57.76,0,2959679]
["BackhedF_2015__SID179_4M__bin.10","NO",0.9615,"Pasolli et al. 2019",83.05,0.75,1695783]
["BackhedF_2015__SID179_B__bin.6","NO",0.819,"Pasolli et al. 2019",75.73,0.04,3566590]
["BackhedF_2015__SID179_M__bin.15","NO",0.9264,"Pasolli et al. 2019",96.77,0,1860009]
["BackhedF_2015__SID179_M__bin.27","NO",0.7772,"Pasolli et al. 2019",89.82,1.64,4062425]
["BackhedF_2015__SID179_M__bin.44","NO",0.9514,"Pasolli et al. 2019",59.64,1.99,1251756]
["BackhedF_2015__SID180_12M__bin.11","NO",0.96,"Pasolli et al. 2019",80.86,1.22,1438349]
["BackhedF_2015__SID180_12M__bin.5","NO",0.6897,"Pasolli et al. 2019",66.68,2.23,2597827]
["BackhedF_2015__SID180_4M__bin.8","YES",0.8851,"Pasolli et al. 2019",99.67,0.53,4803227]
["BackhedF_2015__SID180_B__bin.6","NO",0.9591,"Pasolli et al. 2019",99.43,0.48,1944337]
["BackhedF_2015__SID180_B__bin.8","NO",0.835,"Pasolli et al. 2019",99.03,0.1,4615882]
["BackhedF_2015__SID180_M__bin.34","NO",0.5946,"Pasolli et al. 2019",88.79,1.61,3810737]
["BackhedF_2015__SID180_M__bin.7","NO",0.8955,"Pasolli et al. 2019",59.39,1.28,2296840]
["BackhedF_2015__SID181_12M__bin.7","NO",0.5585,"Pasolli et al. 2019",91.39,1.88,4027705]
["BackhedF_2015__SID181_4M__bin.7","NO",0.6079,"Pasolli et al. 2019",97.3,0.34,4470547]
["BackhedF_2015__SID181_B__bin.4","NO",0.5014,"Pasolli et al. 2019",100,0.39,4522234]
["BackhedF_2015__SID181_M__bin.4","NO",0.5479,"Pasolli et al. 2019",97.8,1.77,4596860]
["BackhedF_2015__SID184_12M__bin.12","NO",0.9698,"Pasolli et al. 2019",78.16,2.22,1538297]
["BackhedF_2015__SID184_B__bin.9","NO",0.6685,"Pasolli et al. 2019",97.25,0.51,5543201]
["BackhedF_2015__SID18_12M__bin.23","NO",0.9656,"Pasolli et al. 2019",95,1.38,2125388]
["BackhedF_2015__SID18_B__bin.4","NO",0.572,"Pasolli et al. 2019",95.85,1.26,4947245]
["BackhedF_2015__SID18_M__bin.29","NO",0.5291,"Pasolli et al. 2019",99.46,0.31,4746488]
["BackhedF_2015__SID18_M__bin.4","NO",0.9137,"Pasolli et al. 2019",55.31,2.4,1052091]
["BackhedF_2015__SID195_12M__bin.24","YES",0.8141,"Pasolli et al. 2019",92.39,1.82,4291709]
["BackhedF_2015__SID195_4M__bin.15","NO",0.8811,"Pasolli et al. 2019",95.97,1.23,4378770]
["BackhedF_2015__SID1_12M__bin.18","YES",0.8074,"Pasolli et al. 2019",97.93,1.77,4612463]
["BackhedF_2015__SID1_12M__bin.24","NO",0.9486,"Pasolli et al. 2019",88.12,2.03,2171713]
["BackhedF_2015__SID1_12M__bin.26","NO",0.9156,"Pasolli et al. 2019",93.55,0,1758893]
["BackhedF_2015__SID1_4M__bin.21","NO",0.7157,"Pasolli et al. 2019",63.14,1.25,2610109]
["BackhedF_2015__SID1_B__bin.2","YES",0.6238,"Pasolli et al. 2019",99.93,0.11,4770220]
["BackhedF_2015__SID1_M__bin.17","NO",0.968,"Pasolli et al. 2019",82.75,0.21,1903214]
["BackhedF_2015__SID1_M__bin.26","YES",0.633,"Pasolli et al. 2019",99.46,0.17,4647174]
["BackhedF_2015__SID1_M__bin.44","NO",0.795999999999999,"Pasolli et al. 2019",72.81,1.84,2986499]
["BackhedF_2015__SID201_12M__bin.15","NO",0.9794,"Pasolli et al. 2019",97.52,0.16,2736519]
["BackhedF_2015__SID201_4M__bin.5","NO",0.9715,"Pasolli et al. 2019",91.93,0.12,2575739]
["BackhedF_2015__SID201_4M__bin.6","NO",0.5743,"Pasolli et al. 2019",94.93,2.18,4797878]
["BackhedF_2015__SID201_B__bin.2","NO",0.8064,"Pasolli et al. 2019",85.29,0.31,3406907]
["BackhedF_2015__SID201_M__bin.13","NO",0.9513,"Pasolli et al. 2019",95.16,0.1,1819644]
["BackhedF_2015__SID201_M__bin.51","NO",0.9739,"Pasolli et al. 2019",90.12,2.42,1976354]
["BackhedF_2015__SID203_M__bin.25","NO",0.946,"Pasolli et al. 2019",77.01,2.61,1950644]
["BackhedF_2015__SID224_12M__bin.2","NO",0.8547,"Pasolli et al. 2019",96.83,0.62,4595705]
["BackhedF_2015__SID224_4M__bin.5","NO",0.7955,"Pasolli et al. 2019",97.42,1.72,4463197]
["BackhedF_2015__SID224_B__bin.3","NO",0.8321,"Pasolli et al. 2019",99.97,0.04,4665988]
["BackhedF_2015__SID229_12M__bin.12","NO",0.978,"Pasolli et al. 2019",99.33,0.95,2487857]
["BackhedF_2015__SID229_12M__bin.32","NO",0.9656,"Pasolli et al. 2019",66.38,4.31,1566740]
["BackhedF_2015__SID229_4M__bin.5","NO",0.7875,"Pasolli et al. 2019",98.33,0.48,4329881]
["BackhedF_2015__SID229_B__bin.5","NO",0.8038,"Pasolli et al. 2019",99.82,0.4,4614298]
["BackhedF_2015__SID229_M__bin.62","NO",0.9709,"Pasolli et al. 2019",91.14,0.4,2356641]
["BackhedF_2015__SID229_M__bin.64","NO",0.848,"Pasolli et al. 2019",94.25,2.05,4310144]
["BackhedF_2015__SID238_4M__bin.2","NO",0.7998,"Pasolli et al. 2019",99.92,0.29,4563475]
["BackhedF_2015__SID238_M__bin.25","YES",0.8084,"Pasolli et al. 2019",99.37,0.04,4592613]
["BackhedF_2015__SID240_12M__bin.1","NO",0.9094,"Pasolli et al. 2019",51.72,0,980055]
["BackhedF_2015__SID240_4M__bin.8","YES",0.7892,"Pasolli et al. 2019",81.74,0.15,3749000]
["BackhedF_2015__SID240_B__bin.1","YES",0.8935,"Pasolli et al. 2019",99.32,0.23,4808901]
["BackhedF_2015__SID240_M__bin.6","NO",0.9655,"Pasolli et al. 2019",97.63,0.25,2033195]
["BackhedF_2015__SID241_4M__bin.6","NO",0.7209,"Pasolli et al. 2019",91.57,1.8,4278541]
["BackhedF_2015__SID241_B__bin.5","NO",0.7123,"Pasolli et al. 2019",83.65,0.35,3851055]
["BackhedF_2015__SID241_M__bin.27","NO",0.9258,"Pasolli et al. 2019",95.16,1.08,1786010]
["BackhedF_2015__SID244_12M__bin.26","NO",0.9368,"Pasolli et al. 2019",56.21,0,1191926]
["BackhedF_2015__SID244_4M__bin.10","NO",0.7858,"Pasolli et al. 2019",87.07,1.54,4029555]
["BackhedF_2015__SID244_B__bin.7","NO",0.8593,"Pasolli et al. 2019",83,0.11,3873693]
["BackhedF_2015__SID244_M__bin.1","NO",0.8436,"Pasolli et al. 2019",51.91,0.38,2211983]
["BackhedF_2015__SID244_M__bin.20","NO",0.9661,"Pasolli et al. 2019",85.13,4.54,2186241]
["BackhedF_2015__SID256_12M__bin.12","NO",0.9823,"Pasolli et al. 2019",98.1,0,2523020]
["BackhedF_2015__SID256_12M__bin.25","NO",0.7699,"Pasolli et al. 2019",87.5,2.44,3783807]
["BackhedF_2015__SID256_12M__bin.28","NO",0.9717,"Pasolli et al. 2019",87.82,3.77,1818952]
["BackhedF_2015__SID256_4M__bin.4","NO",0.6755,"Pasolli et al. 2019",99.78,0.25,4568837]
["BackhedF_2015__SID256_B__bin.2","NO",0.8542,"Pasolli et al. 2019",51.91,0.25,2499697]
["BackhedF_2015__SID256_M__bin.30","NO",0.9739,"Pasolli et al. 2019",96.73,2.57,2437021]
["BackhedF_2015__SID258_12M__bin.22","NO",0.9725,"Pasolli et al. 2019",93.22,2.62,1880405]
["BackhedF_2015__SID258_4M__bin.3","NO",0.977,"Pasolli et al. 2019",97.19,2.79,1893540]
["BackhedF_2015__SID258_4M__bin.4","YES",0.9025,"Pasolli et al. 2019",95.49,0.25,4567549]
["BackhedF_2015__SID258_B__bin.2","YES",0.6595,"Pasolli et al. 2019",53.52,0.01,2466139]
["BackhedF_2015__SID258_M__bin.31","NO",0.6926,"Pasolli et al. 2019",71.69,3.26,2989565]
["BackhedF_2015__SID258_M__bin.34","NO",0.9241,"Pasolli et al. 2019",97.67,0,1780136]
["BackhedF_2015__SID263_4M__bin.2","YES",0.7913,"Pasolli et al. 2019",94.35,0.47,4430405]
["BackhedF_2015__SID263_B__bin.12","YES",0.7917,"Pasolli et al. 2019",99.16,0.3,4564686]
["BackhedF_2015__SID263_M__bin.15","NO",0.54,"Pasolli et al. 2019",78.12,1.71,3468993]
["BackhedF_2015__SID263_M__bin.71","NO",0.8625,"Pasolli et al. 2019",96.04,0.33,3821747]
["BackhedF_2015__SID265_12M__bin.1","NO",0.5972,"Pasolli et al. 2019",83.46,2.28,3659698]
["BackhedF_2015__SID265_12M__bin.2","NO",0.9364,"Pasolli et al. 2019",56.01,0.87,1016959]
["BackhedF_2015__SID265_4M__bin.6","NO",0.7904,"Pasolli et al. 2019",99.97,0.45,4660173]
["BackhedF_2015__SID265_B__bin.6","NO",0.9638,"Pasolli et al. 2019",96.7,0.74,1966416]
["BackhedF_2015__SID265_M__bin.42","NO",0.9047,"Pasolli et al. 2019",72.95,0.06,1304687]
["BackhedF_2015__SID268_12M__bin.3","NO",0.954,"Pasolli et al. 2019",74.21,0.86,2075887]
["BackhedF_2015__SID268_12M__bin.34","NO",0.9093,"Pasolli et al. 2019",60.16,1.86,995504]
["BackhedF_2015__SID268_4M__bin.1","NO",0.9613,"Pasolli et al. 2019",57.89,0.03,1690660]
["BackhedF_2015__SID268_4M__bin.5","YES",0.9084,"Pasolli et al. 2019",99.01,0.04,4636717]
["BackhedF_2015__SID268_B__bin.7","YES",0.817,"Pasolli et al. 2019",98.34,0.76,4479692]
["BackhedF_2015__SID268_M__bin.71","NO",0.7835,"Pasolli et al. 2019",58.62,0,1486277]
["BackhedF_2015__SID26_12M__bin.34","NO",0.9587,"Pasolli et al. 2019",87.84,3.23,2416580]
["BackhedF_2015__SID26_4M__bin.4","NO",0.7198,"Pasolli et al. 2019",99.97,0.1,4654286]
["BackhedF_2015__SID26_B__bin.4","NO",0.9095,"Pasolli et al. 2019",59.51,0,1219936]
["BackhedF_2015__SID26_M__bin.17","YES",0.8557,"Pasolli et al. 2019",95.82,1.05,4490804]
["BackhedF_2015__SID272_12M__bin.15","NO",0.9594,"Pasolli et al. 2019",87.99,0,2538100]
["BackhedF_2015__SID272_4M__bin.11","YES",0.5561,"Pasolli et al. 2019",94.23,1.15,4320322]
["BackhedF_2015__SID272_4M__bin.17","NO",0.9614,"Pasolli et al. 2019",90.06,0.16,2524961]
["BackhedF_2015__SID272_B__bin.3","YES",0.7427,"Pasolli et al. 2019",78.77,0.1,3496895]
["BackhedF_2015__SID272_M__bin.23","NO",0.9687,"Pasolli et al. 2019",92.59,1.24,2515115]
["BackhedF_2015__SID274_4M__bin.3","YES",0.8615,"Pasolli et al. 2019",99.82,0.11,4842097]
["BackhedF_2015__SID274_B__bin.1","YES",0.8845,"Pasolli et al. 2019",99.97,0.09,4825429]
["BackhedF_2015__SID274_M__bin.71","NO",0.9713,"Pasolli et al. 2019",92.51,0.63,1909628]
["BackhedF_2015__SID275_12M__bin.17","NO",0.9691,"Pasolli et al. 2019",98.52,1.61,1890563]
["BackhedF_2015__SID275_12M__bin.21","NO",0.9592,"Pasolli et al. 2019",89.44,1.37,1593037]
["BackhedF_2015__SID275_4M__bin.2","YES",0.9148,"Pasolli et al. 2019",99.32,0.45,4665070]
["BackhedF_2015__SID275_M__bin.10","NO",0.9707,"Pasolli et al. 2019",75.86,1.72,1752754]
["BackhedF_2015__SID276_12M__bin.3","NO",0.943,"Pasolli et al. 2019",51.72,0.86,1233399]
["BackhedF_2015__SID276_4M__bin.2","NO",0.9387,"Pasolli et al. 2019",54.97,0.12,963399]
["BackhedF_2015__SID276_4M__bin.3","NO",0.5024,"Pasolli et al. 2019",76.88,0.04,3677395]
["BackhedF_2015__SID281_12M__bin.7","NO",0.971,"Pasolli et al. 2019",83.49,1.99,1715036]
["BackhedF_2015__SID281_4M__bin.18","NO",0.5484,"Pasolli et al. 2019",97.11,0.52,4219670]
["BackhedF_2015__SID281_4M__bin.3","NO",0.9482,"Pasolli et al. 2019",70.69,0,1909390]
["BackhedF_2015__SID281_B__bin.11","YES",0.6486,"Pasolli et al. 2019",63.79,0,3400979]
["BackhedF_2015__SID281_M__bin.21","NO",0.9167,"Pasolli et al. 2019",57.31,0.68,2528570]
["BackhedF_2015__SID282_12M__bin.14","NO",0.879,"Pasolli et al. 2019",94.62,0,1717357]
["BackhedF_2015__SID282_12M__bin.8","NO",0.8011,"Pasolli et al. 2019",53.07,0.38,2179660]
["BackhedF_2015__SID282_4M__bin.4","NO",0.5049,"Pasolli et al. 2019",96.68,0.83,5167652]
["BackhedF_2015__SID282_B__bin.8","NO",0.7931,"Pasolli et al. 2019",52.68,0.04,2361851]
["BackhedF_2015__SID282_M__bin.16","NO",0.9747,"Pasolli et al. 2019",96.2,2.8,2766262]
["BackhedF_2015__SID282_M__bin.61","NO",0.5314,"Pasolli et al. 2019",98.69,0.09,4809084]
["BackhedF_2015__SID326_12M__bin.29","NO",0.7124,"Pasolli et al. 2019",79.37,0.06,3512712]
["BackhedF_2015__SID326_4M__bin.5","NO",0.7597,"Pasolli et al. 2019",98.18,0.04,4559848]
["BackhedF_2015__SID326_M__bin.8","NO",0.7013,"Pasolli et al. 2019",99.37,0.19,4766800]
["BackhedF_2015__SID332_12M__bin.23","NO",0.9829,"Pasolli et al. 2019",88.2,1.49,2132958]
["BackhedF_2015__SID332_B__bin.9","NO",0.9498,"Pasolli et al. 2019",74.39,3.26,1887675]
["BackhedF_2015__SID335_12M__bin.12","NO",0.679,"Pasolli et al. 2019",95.9,2.1,4346029]
["BackhedF_2015__SID335_4M__bin.1","NO",0.9647,"Pasolli et al. 2019",83.91,0.85,1527783]
["BackhedF_2015__SID335_4M__bin.7","NO",0.844,"Pasolli et al. 2019",96.37,3.4,4627506]
["BackhedF_2015__SID335_B__bin.9","NO",0.6887,"Pasolli et al. 2019",99.97,0.39,5018352]
["BackhedF_2015__SID338_12M__bin.10","NO",0.927999999999999,"Pasolli et al. 2019",51.31,1.45,770331]
["BackhedF_2015__SID338_4M__bin.1","NO",0.687,"Pasolli et al. 2019",97.25,0.19,4390436]
["BackhedF_2015__SID338_B__bin.2","NO",0.7265,"Pasolli et al. 2019",99.97,0.54,4880561]
["BackhedF_2015__SID341_12M__bin.4","NO",0.9751,"Pasolli et al. 2019",67.24,0.86,1693471]
["BackhedF_2015__SID341_4M__bin.7","NO",0.6098,"Pasolli et al. 2019",99.67,0.38,4771773]
["BackhedF_2015__SID341_B__bin.14","NO",0.9723,"Pasolli et al. 2019",75.9,0.66,1408482]
["BackhedF_2015__SID341_B__bin.15","NO",0.6031,"Pasolli et al. 2019",99.15,0.04,4707053]
["BackhedF_2015__SID341_B__bin.4","NO",0.9739,"Pasolli et al. 2019",97.67,0.98,2149329]
["BackhedF_2015__SID341_B__bin.9","NO",0.7823,"Pasolli et al. 2019",98.71,1.52,5685726]
["BackhedF_2015__SID341_M__bin.52","NO",0.9285,"Pasolli et al. 2019",53.93,0.57,1408422]
["BackhedF_2015__SID343_12M__bin.2","NO",0.7515,"Pasolli et al. 2019",57.64,0.54,2498586]
["BackhedF_2015__SID343_4M__bin.4","NO",0.7167,"Pasolli et al. 2019",94.43,1.34,5222236]
["BackhedF_2015__SID343_M__bin.21","NO",0.9794,"Pasolli et al. 2019",98.73,0.63,2428919]
["BackhedF_2015__SID345_B__bin.3","NO",0.603,"Pasolli et al. 2019",58.62,0,3131174]
["BackhedF_2015__SID350_12M__bin.26","NO",0.9754,"Pasolli et al. 2019",96.27,0.62,2504055]
["BackhedF_2015__SID350_12M__bin.3","NO",0.9222,"Pasolli et al. 2019",97.85,0,1842999]
["BackhedF_2015__SID350_4M__bin.5","NO",0.8203,"Pasolli et al. 2019",83.03,0.55,3930470]
["BackhedF_2015__SID350_M__bin.3","NO",0.8919,"Pasolli et al. 2019",77.78,1.33,3223043]
["BackhedF_2015__SID350_M__bin.44","NO",0.9768,"Pasolli et al. 2019",98.1,0.26,2478382]
["BackhedF_2015__SID367_4M__bin.14","NO",0.9676,"Pasolli et al. 2019",98.4,1.99,2584519]
["BackhedF_2015__SID367_4M__bin.17","YES",0.5259,"Pasolli et al. 2019",98.13,0.77,4447446]
["BackhedF_2015__SID367_B__bin.8","YES",0.9031,"Pasolli et al. 2019",74.14,0,3764332]
["BackhedF_2015__SID377_12M__bin.2","NO",0.7691,"Pasolli et al. 2019",57.98,1.11,2379981]
["BackhedF_2015__SID377_12M__bin.6","NO",0.9706,"Pasolli et al. 2019",97.02,1.24,2697595]
["BackhedF_2015__SID377_4M__bin.1","NO",0.7313,"Pasolli et al. 2019",64.62,0,5190763]
["BackhedF_2015__SID377_4M__bin.4","NO",0.7249,"Pasolli et al. 2019",98.81,0.29,4398893]
["BackhedF_2015__SID377_M__bin.24","NO",0.9548,"Pasolli et al. 2019",66.28,4.97,1682547]
["BackhedF_2015__SID377_M__bin.63","NO",0.7763,"Pasolli et al. 2019",96.47,1.31,4307234]
["BackhedF_2015__SID383_4M__bin.10","NO",0.7606,"Pasolli et al. 2019",95.21,0.04,4489784]
["BackhedF_2015__SID383_B__bin.1","YES",0.5296,"Pasolli et al. 2019",68.45,0,4444913]
["BackhedF_2015__SID383_M__bin.57","NO",0.9195,"Pasolli et al. 2019",95.7,1.17,1793934]
["BackhedF_2015__SID385_12M__bin.23","NO",0.9416,"Pasolli et al. 2019",69.6,0,1634796]
["BackhedF_2015__SID385_4M__bin.2","YES",0.5319,"Pasolli et al. 2019",98.11,0.44,4435697]
["BackhedF_2015__SID387_12M__bin.13","NO",0.9081,"Pasolli et al. 2019",94.62,0,1826907]
["BackhedF_2015__SID387_4M__bin.10","NO",0.9592,"Pasolli et al. 2019",95.39,2.91,1861716]
["BackhedF_2015__SID387_B__bin.6","YES",0.7804,"Pasolli et al. 2019",98.21,0.11,4617309]
["BackhedF_2015__SID38_12M__bin.3","YES",0.6558,"Pasolli et al. 2019",91.14,2.61,4149853]
["BackhedF_2015__SID38_4M__bin.4","YES",0.8509,"Pasolli et al. 2019",96.59,0.5,4499382]
["BackhedF_2015__SID38_M__bin.10","NO",0.9723,"Pasolli et al. 2019",98.58,1.3,2128268]
["BackhedF_2015__SID38_M__bin.28","NO",0.541,"Pasolli et al. 2019",96.8,0.91,4719514]
["BackhedF_2015__SID397_4M__bin.1","NO",0.6241,"Pasolli et al. 2019",100,0.63,4576636]
["BackhedF_2015__SID39_4M__bin.21","YES",0.8701,"Pasolli et al. 2019",99.97,0.17,4728635]
["BackhedF_2015__SID39_B__bin.10","YES",0.8355,"Pasolli et al. 2019",99.91,0.17,4663902]
["BackhedF_2015__SID39_B__bin.2","NO",0.9116,"Pasolli et al. 2019",90,0.89,3570336]
["BackhedF_2015__SID39_B__bin.8","NO",0.9829,"Pasolli et al. 2019",97.52,0,2809382]
["BackhedF_2015__SID39_M__bin.65","YES",0.8669,"Pasolli et al. 2019",99.15,0.47,4680933]
["BackhedF_2015__SID39_M__bin.68","NO",0.9325,"Pasolli et al. 2019",88.89,2.25,1566361]
["BackhedF_2015__SID42_12M__bin.29","NO",0.7012,"Pasolli et al. 2019",82.79,1.68,3793466]
["BackhedF_2015__SID42_12M__bin.9","NO",0.9669,"Pasolli et al. 2019",91.92,1.14,1694883]
["BackhedF_2015__SID42_4M__bin.13","NO",0.5649,"Pasolli et al. 2019",63.79,0,3587049]
["BackhedF_2015__SID42_B__bin.2","YES",0.7146,"Pasolli et al. 2019",99.79,0.22,4689433]
["BackhedF_2015__SID42_M__bin.6","NO",0.9691,"Pasolli et al. 2019",65.52,3.45,1320895]
["BackhedF_2015__SID45_12M__bin.23","NO",0.805,"Pasolli et al. 2019",97.15,1.02,4579049]
["BackhedF_2015__SID45_4M__bin.10","YES",0.5081,"Pasolli et al. 2019",92.96,0.97,4142917]
["BackhedF_2015__SID503_12M__bin.7","NO",0.9135,"Pasolli et al. 2019",50.18,0.04,822555]
["BackhedF_2015__SID503_4M__bin.23","YES",0.8186,"Pasolli et al. 2019",98.84,0.04,4438534]
["BackhedF_2015__SID503_4M__bin.6","NO",0.8932,"Pasolli et al. 2019",97.34,0.59,4009161]
["BackhedF_2015__SID503_M__bin.9","NO",0.9793,"Pasolli et al. 2019",98.1,0,2402200]
["BackhedF_2015__SID504_12M__bin.12","NO",0.9712,"Pasolli et al. 2019",95.38,1.59,1842233]
["BackhedF_2015__SID504_12M__bin.17","YES",0.9127,"Pasolli et al. 2019",98.2,1.2,4679221]
["BackhedF_2015__SID504_12M__bin.4","NO",0.9703,"Pasolli et al. 2019",96.27,0,2683471]
["BackhedF_2015__SID504_4M__bin.5","NO",0.5469,"Pasolli et al. 2019",94.83,1.79,5447499]
["BackhedF_2015__SID504_4M__bin.7","YES",0.9022,"Pasolli et al. 2019",99.3,1.62,5088151]
["BackhedF_2015__SID504_B__bin.5","NO",0.5643,"Pasolli et al. 2019",96.99,1.26,5379305]
["BackhedF_2015__SID504_M__bin.25","YES",0.8554,"Pasolli et al. 2019",99.62,0.41,4670094]
["BackhedF_2015__SID507_12M__bin.10","NO",0.5815,"Pasolli et al. 2019",63.33,0.06,2724439]
["BackhedF_2015__SID507_4M__bin.12","NO",0.8383,"Pasolli et al. 2019",57.99,0.04,2667908]
["BackhedF_2015__SID507_B__bin.7","NO",0.6767,"Pasolli et al. 2019",74.07,0.04,3447062]
["BackhedF_2015__SID507_M__bin.57","NO",0.9224,"Pasolli et al. 2019",81.35,1.17,1523554]
["BackhedF_2015__SID507_M__bin.62","NO",0.9573,"Pasolli et al. 2019",82.76,0,2250143]
["BackhedF_2015__SID511_12M__bin.1","NO",0.7146,"Pasolli et al. 2019",79.84,0.85,3440423]
["BackhedF_2015__SID511_12M__bin.17","NO",0.9766,"Pasolli et al. 2019",96.34,1.67,1722605]
["BackhedF_2015__SID511_12M__bin.2","NO",0.975,"Pasolli et al. 2019",95.34,0.75,2671187]
["BackhedF_2015__SID511_4M__bin.3","NO",0.689,"Pasolli et al. 2019",98.8,0.45,4535146]
["BackhedF_2015__SID511_B__bin.11","NO",0.8641,"Pasolli et al. 2019",95.86,0.59,3795500]
["BackhedF_2015__SID511_M__bin.3","NO",0.9693,"Pasolli et al. 2019",88.95,2.15,1704611]
["BackhedF_2015__SID51_12M__bin.15","NO",0.9792,"Pasolli et al. 2019",100,1.71,2790287]
["BackhedF_2015__SID51_4M__bin.13","NO",0.5792,"Pasolli et al. 2019",98.92,0.71,4738413]
["BackhedF_2015__SID51_4M__bin.2","NO",0.9808,"Pasolli et al. 2019",97.31,1.86,2781487]
["BackhedF_2015__SID51_B__bin.3","NO",0.7624,"Pasolli et al. 2019",56.19,0,2605613]
["BackhedF_2015__SID51_M__bin.29","NO",0.978,"Pasolli et al. 2019",98.24,0.62,2729609]
["BackhedF_2015__SID521_12M__bin.15","NO",0.9024,"Pasolli et al. 2019",51.31,1.88,1024407]
["BackhedF_2015__SID521_12M__bin.17","NO",0.848,"Pasolli et al. 2019",71.99,0.17,3294932]
["BackhedF_2015__SID521_4M__bin.10","NO",0.8017,"Pasolli et al. 2019",95.65,2.43,4419446]
["BackhedF_2015__SID521_4M__bin.14","NO",0.956,"Pasolli et al. 2019",55.07,0,1300881]
["BackhedF_2015__SID521_B__bin.1","NO",0.7179,"Pasolli et al. 2019",99.97,0.17,4646137]
["BackhedF_2015__SID521_M__bin.39","NO",0.9676,"Pasolli et al. 2019",94.2,2.48,2578669]
["BackhedF_2015__SID521_M__bin.58","YES",0.7657,"Pasolli et al. 2019",97.31,0.41,4328037]
["BackhedF_2015__SID526_12M__bin.36","NO",0.6612,"Pasolli et al. 2019",98.99,0.24,4741273]
["BackhedF_2015__SID526_4M__bin.3","NO",0.6169,"Pasolli et al. 2019",98.13,0.67,5853405]
["BackhedF_2015__SID526_B__bin.4","NO",0.9725,"Pasolli et al. 2019",98.98,0.23,2151510]
["BackhedF_2015__SID526_M__bin.28","YES",0.9078,"Pasolli et al. 2019",98.78,0.04,4685823]
["BackhedF_2015__SID526_M__bin.33","NO",0.9795,"Pasolli et al. 2019",93,2.48,2493940]
["BackhedF_2015__SID527_4M__bin.2","YES",0.542,"Pasolli et al. 2019",99.27,0.24,4615480]
["BackhedF_2015__SID527_B__bin.1","YES",0.6693,"Pasolli et al. 2019",99.27,0.09,4859779]
["BackhedF_2015__SID527_M__bin.11","NO",0.8672,"Pasolli et al. 2019",62.81,1.22,2349858]
["BackhedF_2015__SID527_M__bin.13","NO",0.9454,"Pasolli et al. 2019",82.28,0.74,1585515]
["BackhedF_2015__SID527_M__bin.17","NO",0.6987,"Pasolli et al. 2019",80.79,1.69,3471877]
["BackhedF_2015__SID532_4M__bin.27","NO",0.6246,"Pasolli et al. 2019",59.48,1.72,4177776]
["BackhedF_2015__SID532_4M__bin.6","NO",0.5952,"Pasolli et al. 2019",99.05,4.65,4825255]
["BackhedF_2015__SID532_B__bin.2","NO",0.9721,"Pasolli et al. 2019",97.44,1.08,1853237]
["BackhedF_2015__SID532_B__bin.3","NO",0.9624,"Pasolli et al. 2019",57.04,3.67,1804319]
["BackhedF_2015__SID532_B__bin.4","NO",0.8164,"Pasolli et al. 2019",98.84,0.13,4829553]
["BackhedF_2015__SID532_M__bin.20","NO",0.9729,"Pasolli et al. 2019",99.38,2.48,2851212]
["BackhedF_2015__SID532_M__bin.22","NO",0.9799,"Pasolli et al. 2019",99.37,0.74,2764546]
["BackhedF_2015__SID532_M__bin.27","YES",0.8426,"Pasolli et al. 2019",99.97,0.43,4656263]
["BackhedF_2015__SID536_12M__bin.21","NO",0.9596,"Pasolli et al. 2019",94.75,0.12,1922100]
["BackhedF_2015__SID536_4M__bin.18","NO",0.5915,"Pasolli et al. 2019",50,0,2849193]
["BackhedF_2015__SID536_B__bin.13","NO",0.937,"Pasolli et al. 2019",50.86,0,1426344]
["BackhedF_2015__SID536_B__bin.8","NO",0.9629,"Pasolli et al. 2019",68.97,1.72,1523390]
["BackhedF_2015__SID53_12M__bin.1","NO",0.9797,"Pasolli et al. 2019",99.37,0.11,2656576]
["BackhedF_2015__SID53_12M__bin.24","NO",0.5439,"Pasolli et al. 2019",87.79,0.63,4384863]
["BackhedF_2015__SID53_4M__bin.19","YES",0.87,"Pasolli et al. 2019",99.15,0.12,4819477]
["BackhedF_2015__SID53_M__bin.18","YES",0.8045,"Pasolli et al. 2019",98.83,0.7,4708550]
["BackhedF_2015__SID53_M__bin.29","NO",0.9512,"Pasolli et al. 2019",57.83,0,1018244]
["BackhedF_2015__SID544_4M__bin.14","NO",0.9823,"Pasolli et al. 2019",98.02,0,1767914]
["BackhedF_2015__SID544_4M__bin.16","NO",0.5324,"Pasolli et al. 2019",95.14,0.54,3671695]
["BackhedF_2015__SID544_B__bin.9","NO",0.613,"Pasolli et al. 2019",97.3,0.54,3660804]
["BackhedF_2015__SID544_M__bin.53","YES",0.6059,"Pasolli et al. 2019",94.01,1.86,4188607]
["BackhedF_2015__SID546_12M__bin.14","NO",0.6716,"Pasolli et al. 2019",62.91,2.04,2836393]
["BackhedF_2015__SID546_4M__bin.2","YES",0.8529,"Pasolli et al. 2019",99.65,0.16,4734802]
["BackhedF_2015__SID546_B__bin.2","YES",0.868,"Pasolli et al. 2019",99.97,0.09,4849688]
["BackhedF_2015__SID546_M__bin.9","NO",0.792,"Pasolli et al. 2019",99.61,0.23,4789516]
["BackhedF_2015__SID549_12M__bin.10","NO",0.7169,"Pasolli et al. 2019",98.55,0.89,4588533]
["BackhedF_2015__SID549_12M__bin.7","NO",0.9771,"Pasolli et al. 2019",97.47,0.67,2409315]
["BackhedF_2015__SID549_4M__bin.7","NO",0.7055,"Pasolli et al. 2019",99.37,0.04,4524499]
["BackhedF_2015__SID549_B__bin.1","NO",0.7437,"Pasolli et al. 2019",97.59,0.13,4457275]
["BackhedF_2015__SID549_M__bin.5","NO",0.907,"Pasolli et al. 2019",72.75,1.08,1259251]
["BackhedF_2015__SID560_4M__bin.6","NO",0.7961,"Pasolli et al. 2019",99.57,0.04,4501094]
["BackhedF_2015__SID560_B__bin.5","NO",0.964,"Pasolli et al. 2019",99.43,0,2066474]
["BackhedF_2015__SID565_12M__bin.13","NO",0.9688,"Pasolli et al. 2019",96.91,2.94,1863364]
["BackhedF_2015__SID565_12M__bin.20","NO",0.6973,"Pasolli et al. 2019",73.82,1.2,3211034]
["BackhedF_2015__SID565_12M__bin.3","NO",0.9622,"Pasolli et al. 2019",78.96,0.62,2202543]
["BackhedF_2015__SID565_4M__bin.3","NO",0.9784,"Pasolli et al. 2019",97.46,2.61,2730115]
["BackhedF_2015__SID565_B__bin.18","NO",0.974,"Pasolli et al. 2019",97.98,1.24,2742207]
["BackhedF_2015__SID565_B__bin.3","YES",0.8577,"Pasolli et al. 2019",99.37,0.09,4859844]
["BackhedF_2015__SID566_4M__bin.4","NO",0.7089,"Pasolli et al. 2019",99.35,0.04,4794467]
["BackhedF_2015__SID566_M__bin.22","NO",0.6828,"Pasolli et al. 2019",99.04,0.41,4744118]
["BackhedF_2015__SID566_M__bin.39","NO",0.9621,"Pasolli et al. 2019",80.31,0.17,1992744]
["BackhedF_2015__SID566_M__bin.48","NO",0.9205,"Pasolli et al. 2019",85.13,0,1634396]
["BackhedF_2015__SID567_12M__bin.11","NO",0.9695,"Pasolli et al. 2019",99.37,0.63,2296715]
["BackhedF_2015__SID567_12M__bin.6","NO",0.5663,"Pasolli et al. 2019",92.31,2.23,4104340]
["BackhedF_2015__SID567_4M__bin.12","YES",0.8782,"Pasolli et al. 2019",99.29,0.11,4768088]
["BackhedF_2015__SID567_B__bin.5","NO",0.9629,"Pasolli et al. 2019",99.43,0,1892712]
["BackhedF_2015__SID567_M__bin.22","NO",0.9745,"Pasolli et al. 2019",98.1,0.76,2061008]
["BackhedF_2015__SID567_M__bin.25","NO",0.8339,"Pasolli et al. 2019",98.66,0.85,4545218]
["BackhedF_2015__SID570_4M__bin.8","YES",0.5544,"Pasolli et al. 2019",86.21,2.51,3943559]
["BackhedF_2015__SID572_12M__bin.21","NO",0.9708,"Pasolli et al. 2019",94.14,1.73,1722329]
["BackhedF_2015__SID572_12M__bin.30","NO",0.9744,"Pasolli et al. 2019",95.86,0.74,2374647]
["BackhedF_2015__SID572_4M__bin.15","NO",0.7162,"Pasolli et al. 2019",99.97,0.39,4914144]
["BackhedF_2015__SID572_M__bin.25","NO",0.8127,"Pasolli et al. 2019",64.29,2.15,1072188]
["BackhedF_2015__SID572_M__bin.34","NO",0.7163,"Pasolli et al. 2019",99.54,0.4,4715973]
["BackhedF_2015__SID577_12M__bin.12","NO",0.9764,"Pasolli et al. 2019",83.85,1.99,2027408]
["BackhedF_2015__SID577_12M__bin.18","NO",0.9532,"Pasolli et al. 2019",98.92,0,1762522]
["BackhedF_2015__SID577_12M__bin.30","YES",0.8894,"Pasolli et al. 2019",98.97,0.67,4663361]
["BackhedF_2015__SID577_12M__bin.47","NO",0.9414,"Pasolli et al. 2019",57.71,0.03,1407562]
["BackhedF_2015__SID577_4M__bin.1","YES",0.7201,"Pasolli et al. 2019",98.35,0.69,4499455]
["BackhedF_2015__SID577_4M__bin.14","NO",0.9572,"Pasolli et al. 2019",62.33,0.99,952876]
["BackhedF_2015__SID577_B__bin.2","NO",0.6075,"Pasolli et al. 2019",97.03,0.89,5007738]
["BackhedF_2015__SID577_M__bin.27","YES",0.7075,"Pasolli et al. 2019",96.61,0.42,4300074]
["BackhedF_2015__SID582_12M__bin.3","NO",0.9493,"Pasolli et al. 2019",91.48,0.11,1660797]
["BackhedF_2015__SID582_4M__bin.5","NO",0.6996,"Pasolli et al. 2019",97.99,1.37,5558131]
["BackhedF_2015__SID582_M__bin.15","NO",0.9325,"Pasolli et al. 2019",96.77,0,1788763]
["BackhedF_2015__SID582_M__bin.49","NO",0.8445,"Pasolli et al. 2019",77.75,3.99,2875900]
["BackhedF_2015__SID585_12M__bin.53","NO",0.9548,"Pasolli et al. 2019",67.24,0,2187323]
["BackhedF_2015__SID585_M__bin.27","NO",0.5968,"Pasolli et al. 2019",99.32,0.54,4698842]
["BackhedF_2015__SID587_12M__bin.20","NO",0.6721,"Pasolli et al. 2019",91.44,2.5,4155439]
["BackhedF_2015__SID587_4M__bin.15","NO",0.5604,"Pasolli et al. 2019",95.47,2.81,5416105]
["BackhedF_2015__SID587_M__bin.1","NO",0.9586,"Pasolli et al. 2019",78.47,3.2,1536304]
["BackhedF_2015__SID589_12M__bin.33","NO",0.9764,"Pasolli et al. 2019",99.37,0.11,2187389]
["BackhedF_2015__SID589_12M__bin.34","NO",0.932,"Pasolli et al. 2019",80.47,1.08,1508787]
["BackhedF_2015__SID589_12M__bin.36","NO",0.9604,"Pasolli et al. 2019",83.06,2.85,1587436]
["BackhedF_2015__SID589_12M__bin.44","NO",0.9678,"Pasolli et al. 2019",69.54,0.68,1481172]
["BackhedF_2015__SID589_M__bin.27","NO",0.6056,"Pasolli et al. 2019",99.37,0.04,4820284]
["BackhedF_2015__SID590_12M__bin.25","NO",0.9423,"Pasolli et al. 2019",78.82,3.4,1470879]
["BackhedF_2015__SID590_4M__bin.11","NO",0.9528,"Pasolli et al. 2019",59.6,3.11,1149723]
["BackhedF_2015__SID590_M__bin.25","NO",0.9629,"Pasolli et al. 2019",78,2.92,1612193]
["BackhedF_2015__SID591_4M__bin.8","YES",0.5343,"Pasolli et al. 2019",91.05,0.85,4092914]
["BackhedF_2015__SID591_M__bin.23","YES",0.634,"Pasolli et al. 2019",61.21,0,5081883]
["BackhedF_2015__SID591_M__bin.34","NO",0.6362,"Pasolli et al. 2019",99.32,0.15,4955937]
["BackhedF_2015__SID598_4M__bin.10","NO",0.9753,"Pasolli et al. 2019",98,0.19,1904470]
["BackhedF_2015__SID598_4M__bin.16","NO",0.9536,"Pasolli et al. 2019",78.33,1.86,2129746]
["BackhedF_2015__SID598_4M__bin.18","YES",0.5306,"Pasolli et al. 2019",96.48,0.88,4246680]
["BackhedF_2015__SID598_M__bin.11","NO",0.557,"Pasolli et al. 2019",99.07,0.06,4361374]
["BackhedF_2015__SID598_M__bin.19","NO",0.9739,"Pasolli et al. 2019",99.05,1.39,2073822]
["BackhedF_2015__SID598_M__bin.4","NO",0.7659,"Pasolli et al. 2019",69.06,1.32,2465354]
["BackhedF_2015__SID599_12M__bin.19","NO",0.9742,"Pasolli et al. 2019",96.58,0.78,2660582]
["BackhedF_2015__SID599_12M__bin.29","NO",0.9664,"Pasolli et al. 2019",98.86,1.83,1877151]
["BackhedF_2015__SID599_12M__bin.7","YES",0.5689,"Pasolli et al. 2019",99.32,0.26,4607371]
["BackhedF_2015__SID599_4M__bin.3","NO",0.984,"Pasolli et al. 2019",93.63,1.22,1504595]
["BackhedF_2015__SID599_M__bin.34","NO",0.9264,"Pasolli et al. 2019",70.07,4.3,1211969]
["BackhedF_2015__SID608_12M__bin.7","YES",0.6719,"Pasolli et al. 2019",98.07,0.81,4655811]
["BackhedF_2015__SID608_B__bin.1","NO",0.6126,"Pasolli et al. 2019",97.17,0.09,5339185]
["BackhedF_2015__SID608_M__bin.9","NO",0.9172,"Pasolli et al. 2019",69.1,0.3,2489141]
["BackhedF_2015__SID615_12M__bin.30","NO",0.9518,"Pasolli et al. 2019",88.62,1.49,1650059]
["BackhedF_2015__SID615_4M__bin.8","NO",0.6654,"Pasolli et al. 2019",99.97,0.76,4665306]
["BackhedF_2015__SID615_B__bin.10","NO",0.9671,"Pasolli et al. 2019",99.2,0,1912910]
["BackhedF_2015__SID622_4M__bin.7","YES",0.8476,"Pasolli et al. 2019",99.47,0.74,4658282]
["BackhedF_2015__SID622_B__bin.3","YES",0.5368,"Pasolli et al. 2019",95.76,1.59,4468514]
["BackhedF_2015__SID622_M__bin.16","NO",0.8513,"Pasolli et al. 2019",53.94,0.84,1999831]
["BackhedF_2015__SID622_M__bin.27","NO",0.9265,"Pasolli et al. 2019",92.72,4.26,2396875]
["BackhedF_2015__SID622_M__bin.3","NO",0.5877,"Pasolli et al. 2019",98.03,0.04,4419286]
["BackhedF_2015__SID624_4M__bin.7","YES",0.8764,"Pasolli et al. 2019",58.62,0,3058072]
["BackhedF_2015__SID624_B__bin.4","YES",0.6559,"Pasolli et al. 2019",99.97,0.09,4420610]
["BackhedF_2015__SID624_M__bin.2","NO",0.8779,"Pasolli et al. 2019",85.13,0,2144176]
["BackhedF_2015__SID626_4M__bin.12","YES",0.7952,"Pasolli et al. 2019",98.78,0.04,4669816]
["BackhedF_2015__SID626_B__bin.3","YES",0.8312,"Pasolli et al. 2019",52.57,0,2795301]
["BackhedF_2015__SID626_M__bin.39","NO",0.9711,"Pasolli et al. 2019",86.15,3.44,2276342]
["BackhedF_2015__SID633_12M__bin.2","NO",0.9447,"Pasolli et al. 2019",80.27,1.24,2153807]
["BackhedF_2015__SID633_12M__bin.23","YES",0.7597,"Pasolli et al. 2019",98.3,1.3,4426859]
["BackhedF_2015__SID633_4M__bin.11","NO",0.9607,"Pasolli et al. 2019",87.27,1.24,2276285]
["BackhedF_2015__SID633_4M__bin.7","NO",0.6624,"Pasolli et al. 2019",96.38,0.04,4321103]
["BackhedF_2015__SID635_12M__bin.10","NO",0.9778,"Pasolli et al. 2019",100,2.48,2853864]
["BackhedF_2015__SID635_4M__bin.14","NO",0.6707,"Pasolli et al. 2019",97.31,4.74,4558394]
["BackhedF_2015__SID635_4M__bin.9","NO",0.7479,"Pasolli et al. 2019",94.56,0.38,4344241]
["BackhedF_2015__SID635_M__bin.16","NO",0.9624,"Pasolli et al. 2019",78,0.73,1961603]
["BackhedF_2015__SID635_M__bin.23","NO",0.7291,"Pasolli et al. 2019",76.5,0.79,3689644]
["BackhedF_2015__SID637_12M__bin.13","NO",0.7763,"Pasolli et al. 2019",99.47,0.99,4798278]
["BackhedF_2015__SID637_4M__bin.16","NO",0.9574,"Pasolli et al. 2019",91.93,0.9,2691744]
["BackhedF_2015__SID637_4M__bin.4","YES",0.7619,"Pasolli et al. 2019",99.07,0.04,4596141]
["BackhedF_2015__SID640_12M__bin.5","NO",0.9745,"Pasolli et al. 2019",57.24,1.93,1245477]
["BackhedF_2015__SID640_4M__bin.16","YES",0.5902,"Pasolli et al. 2019",95.92,1.09,3835549]
["BackhedF_2015__SID640_M__bin.1","NO",0.8337,"Pasolli et al. 2019",95.44,0.2,3958616]
["BackhedF_2015__SID640_M__bin.45","NO",0.9034,"Pasolli et al. 2019",68.75,2.21,1311446]
["BackhedF_2015__SID70_12M__bin.22","NO",0.8867,"Pasolli et al. 2019",62.32,1.36,2439651]
["BackhedF_2015__SID70_12M__bin.23","YES",0.8406,"Pasolli et al. 2019",97,1.31,4314182]
["BackhedF_2015__SID70_12M__bin.9","NO",0.9293,"Pasolli et al. 2019",55.68,0.62,1289944]
["BackhedF_2015__SID70_4M__bin.12","NO",0.7345,"Pasolli et al. 2019",90.6,1.64,4068592]
["BackhedF_2015__SID70_B__bin.8","NO",0.9303,"Pasolli et al. 2019",50.8,0.93,1278498]
["BackhedF_2015__SID70_M__bin.14","NO",0.9623,"Pasolli et al. 2019",90.99,2.48,2343719]
["BackhedF_2015__SID78_12M__bin.15","NO",0.9349,"Pasolli et al. 2019",95.7,0,1756398]
["BackhedF_2015__SID78_4M__bin.14","NO",0.8582,"Pasolli et al. 2019",89.89,2.37,3620971]
["BackhedF_2015__SID78_4M__bin.7","NO",0.745,"Pasolli et al. 2019",99.37,0.04,4657775]
["BackhedF_2015__SID78_B__bin.4","NO",0.6995,"Pasolli et al. 2019",68.52,0.05,3269982]
["BackhedF_2015__SID78_M__bin.21","NO",0.9615,"Pasolli et al. 2019",99.09,0.04,3333869]
["BackhedF_2015__SID78_M__bin.30","NO",0.7456,"Pasolli et al. 2019",93.57,1.58,4296129]
["BackhedF_2015__SID78_M__bin.5","NO",0.8272,"Pasolli et al. 2019",96.49,2.73,3117262]
["BackhedF_2015__SID7_12M__bin.1","NO",0.7671,"Pasolli et al. 2019",91.26,1.38,4036873]
["BackhedF_2015__SID7_12M__bin.19","NO",0.9605,"Pasolli et al. 2019",91.93,0.12,2419814]
["BackhedF_2015__SID7_4M__bin.3","YES",0.7849,"Pasolli et al. 2019",99.57,0.09,4705303]
["BackhedF_2015__SID7_B__bin.5","YES",0.8146,"Pasolli et al. 2019",97.78,0.12,4540382]
["BackhedF_2015__SID7_M__bin.1","YES",0.8107,"Pasolli et al. 2019",97.92,0.47,4557479]
["BackhedF_2015__SID7_M__bin.43","NO",0.934,"Pasolli et al. 2019",58.4,1.74,1427480]
["BackhedF_2015__SID82_12M__bin.3","NO",0.9107,"Pasolli et al. 2019",73.54,0.54,1175755]
["BackhedF_2015__SID82_4M__bin.5","NO",0.8329,"Pasolli et al. 2019",88.26,0,3413710]
["BackhedF_2015__SID82_M__bin.20","NO",0.9797,"Pasolli et al. 2019",98.01,0,2463977]
["BackhedF_2015__SID82_M__bin.8","NO",0.9009,"Pasolli et al. 2019",70.47,0.59,2638566]
["BackhedF_2015__SID87_12M__bin.40","NO",0.9366,"Pasolli et al. 2019",94.44,1.08,1574625]
["BackhedF_2015__SID87_4M__bin.5","NO",0.5034,"Pasolli et al. 2019",96.77,0.63,4603750]
["BackhedF_2015__SID87_M__bin.15","YES",0.6847,"Pasolli et al. 2019",99.44,0.39,4805932]
["BackhedF_2015__SID87_M__bin.53","NO",0.9579,"Pasolli et al. 2019",90.06,2.85,2305134]
["BackhedF_2015__SID9_12M__bin.5","YES",0.9126,"Pasolli et al. 2019",75.26,0.09,3637459]
["BackhedF_2015__SID9_4M__bin.13","NO",0.7328,"Pasolli et al. 2019",94.07,0.07,4042005]
["BackhedF_2015__SID9_M__bin.25","NO",0.974,"Pasolli et al. 2019",98.43,0.93,2673554]
["Bengtsson-PalmeJ_2015__TRAVELRES10__bin.121","NO",0.6682,"Pasolli et al. 2019",89.71,1.51,3990477]
["Bengtsson-PalmeJ_2015__TRAVELRES10__bin.147","NO",0.9107,"Pasolli et al. 2019",58.77,0,1540902]
["Bengtsson-PalmeJ_2015__TRAVELRES10__bin.31","NO",0.939,"Pasolli et al. 2019",62.04,1.63,990972]
["Bengtsson-PalmeJ_2015__TRAVELRES10__bin.36","NO",0.9704,"Pasolli et al. 2019",95.96,2.38,2433997]
["Bengtsson-PalmeJ_2015__TRAVELRES11__bin.14","NO",0.9325,"Pasolli et al. 2019",94.62,0.1,1779678]
["Bengtsson-PalmeJ_2015__TRAVELRES11__bin.150","NO",0.7769,"Pasolli et al. 2019",71.47,0.81,2968469]
["Bengtsson-PalmeJ_2015__TRAVELRES11__bin.36","NO",0.9657,"Pasolli et al. 2019",96.15,0,1843595]
["Bengtsson-PalmeJ_2015__TRAVELRES11__bin.39","NO",0.9811,"Pasolli et al. 2019",97.47,0.11,2527617]
["Bengtsson-PalmeJ_2015__TRAVELRES12__bin.104","NO",0.984,"Pasolli et al. 2019",95.57,0.11,2133007]
["Bengtsson-PalmeJ_2015__TRAVELRES12__bin.7","NO",0.9454,"Pasolli et al. 2019",98.92,0,1853411]
["Bengtsson-PalmeJ_2015__TRAVELRES14__bin.22","NO",0.8923,"Pasolli et al. 2019",70.62,2.86,1893221]
["Bengtsson-PalmeJ_2015__TRAVELRES14__bin.32","NO",0.9232,"Pasolli et al. 2019",93.55,0,1553491]
["Bengtsson-PalmeJ_2015__TRAVELRES14__bin.85","NO",0.9227,"Pasolli et al. 2019",96.59,1.08,1860436]
["Bengtsson-PalmeJ_2015__TRAVELRES14__bin.96","NO",0.9394,"Pasolli et al. 2019",88.75,0,1717021]
["Bengtsson-PalmeJ_2015__TRAVELRES15__bin.26","NO",0.981,"Pasolli et al. 2019",93.62,0.55,2252133]
["Bengtsson-PalmeJ_2015__TRAVELRES15__bin.60","NO",0.9374,"Pasolli et al. 2019",71.03,0.59,1429937]
["Bengtsson-PalmeJ_2015__TRAVELRES15__bin.72","NO",0.9371,"Pasolli et al. 2019",76.4,0,1386091]
["Bengtsson-PalmeJ_2015__TRAVELRES15__bin.89","NO",0.9171,"Pasolli et al. 2019",94.67,1.18,3783159]
["Bengtsson-PalmeJ_2015__TRAVELRES16__bin.100","NO",0.9086,"Pasolli et al. 2019",95.7,0,1820833]
["Bengtsson-PalmeJ_2015__TRAVELRES16__bin.28","NO",0.9807,"Pasolli et al. 2019",99.33,0.11,2458839]
["Bengtsson-PalmeJ_2015__TRAVELRES16__bin.39","NO",0.9339,"Pasolli et al. 2019",87.41,0.52,2881596]
["Bengtsson-PalmeJ_2015__TRAVELRES16__bin.67","NO",0.9624,"Pasolli et al. 2019",91.3,0.1,2604712]
["Bengtsson-PalmeJ_2015__TRAVELRES16__bin.75","NO",0.9007,"Pasolli et al. 2019",77.82,0,1354988]
["Bengtsson-PalmeJ_2015__TRAVELRES17__bin.110","NO",0.9268,"Pasolli et al. 2019",60.34,0,1918082]
["Bengtsson-PalmeJ_2015__TRAVELRES17__bin.120","NO",0.9546,"Pasolli et al. 2019",84.61,2.02,1856316]
["Bengtsson-PalmeJ_2015__TRAVELRES17__bin.80","NO",0.9759,"Pasolli et al. 2019",91.13,0.81,2251602]
["Bengtsson-PalmeJ_2015__TRAVELRES17__bin.96","NO",0.9583,"Pasolli et al. 2019",53.91,0.68,945655]
["Bengtsson-PalmeJ_2015__TRAVELRES18__bin.107","NO",0.8808,"Pasolli et al. 2019",95.7,0,1812107]
["Bengtsson-PalmeJ_2015__TRAVELRES18__bin.26","NO",0.9562,"Pasolli et al. 2019",54.24,0.59,1343182]
["Bengtsson-PalmeJ_2015__TRAVELRES18__bin.56","NO",0.9589,"Pasolli et al. 2019",96.21,0.83,1938412]
["Bengtsson-PalmeJ_2015__TRAVELRES18__bin.67","NO",0.9739,"Pasolli et al. 2019",93.17,0.62,2019517]
["Bengtsson-PalmeJ_2015__TRAVELRES18__bin.93","NO",0.7935,"Pasolli et al. 2019",64.14,0.04,2566180]
["Bengtsson-PalmeJ_2015__TRAVELRES19__bin.48","NO",0.9155,"Pasolli et al. 2019",79.03,0,1612314]
["Bengtsson-PalmeJ_2015__TRAVELRES1__bin.43","NO",0.9544,"Pasolli et al. 2019",90.68,0,2527559]
["Bengtsson-PalmeJ_2015__TRAVELRES1__bin.6","NO",0.9765,"Pasolli et al. 2019",88.9,2.22,2310571]
["Bengtsson-PalmeJ_2015__TRAVELRES20__bin.51","NO",0.9563,"Pasolli et al. 2019",86.87,3.52,1744790]
["Bengtsson-PalmeJ_2015__TRAVELRES20__bin.6","NO",0.9349,"Pasolli et al. 2019",78.24,0.29,1449736]
["Bengtsson-PalmeJ_2015__TRAVELRES20__bin.67","NO",0.9383,"Pasolli et al. 2019",91.88,0,1912330]
["Bengtsson-PalmeJ_2015__TRAVELRES22__bin.125","NO",0.9454,"Pasolli et al. 2019",96.77,0.1,2013515]
["Bengtsson-PalmeJ_2015__TRAVELRES22__bin.40","NO",0.9178,"Pasolli et al. 2019",100,0.59,4276331]
["Bengtsson-PalmeJ_2015__TRAVELRES22__bin.84","NO",0.9597,"Pasolli et al. 2019",97.5,0,1827484]
["Bengtsson-PalmeJ_2015__TRAVELRES23__bin.47","NO",0.9545,"Pasolli et al. 2019",84.76,0.12,2001374]
["Bengtsson-PalmeJ_2015__TRAVELRES23__bin.56","NO",0.9533,"Pasolli et al. 2019",98.92,0,1820135]
["Bengtsson-PalmeJ_2015__TRAVELRES23__bin.78","NO",0.9643,"Pasolli et al. 2019",67.24,0,2181873]
["Bengtsson-PalmeJ_2015__TRAVELRES24__bin.57","NO",0.9487,"Pasolli et al. 2019",96.08,0,1766177]
["Bengtsson-PalmeJ_2015__TRAVELRES24__bin.72","NO",0.9227,"Pasolli et al. 2019",96.77,0,1734467]
["Bengtsson-PalmeJ_2015__TRAVELRES24__bin.76","NO",0.8778,"Pasolli et al. 2019",95.27,1.89,3624063]
["Bengtsson-PalmeJ_2015__TRAVELRES24__bin.8","NO",0.9717,"Pasolli et al. 2019",96.89,0.31,2266011]
["Bengtsson-PalmeJ_2015__TRAVELRES25__bin.109","NO",0.9815,"Pasolli et al. 2019",86.18,1.94,1989961]
["Bengtsson-PalmeJ_2015__TRAVELRES25__bin.68","NO",0.9275,"Pasolli et al. 2019",94.62,0,1670668]
["Bengtsson-PalmeJ_2015__TRAVELRES26__bin.124","NO",0.9605,"Pasolli et al. 2019",88.82,0.11,1982230]
["Bengtsson-PalmeJ_2015__TRAVELRES26__bin.131","NO",0.9815,"Pasolli et al. 2019",99.57,0.15,1616364]
["Bengtsson-PalmeJ_2015__TRAVELRES26__bin.2","NO",0.9735,"Pasolli et al. 2019",82.3,0.69,1697558]
["Bengtsson-PalmeJ_2015__TRAVELRES26__bin.20","NO",0.9657,"Pasolli et al. 2019",93.85,0.75,2192515]
["Bengtsson-PalmeJ_2015__TRAVELRES26__bin.37","NO",0.9546,"Pasolli et al. 2019",85.39,1.48,1694911]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.130","NO",0.9622,"Pasolli et al. 2019",85.87,1.57,2145732]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.146","NO",0.879,"Pasolli et al. 2019",71.22,0,1045878]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.187","NO",0.9283,"Pasolli et al. 2019",76.39,0.49,2298714]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.226","NO",0.9801,"Pasolli et al. 2019",62.07,1.72,1732667]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.49","NO",0.9586,"Pasolli et al. 2019",87.58,0.75,2197695]
["Bengtsson-PalmeJ_2015__TRAVELRES27__bin.87","NO",0.9588,"Pasolli et al. 2019",82.35,2.18,1622280]
["Bengtsson-PalmeJ_2015__TRAVELRES28__bin.35","NO",0.8904,"Pasolli et al. 2019",61.76,0,1169205]
["Bengtsson-PalmeJ_2015__TRAVELRES28__bin.40","NO",0.9195,"Pasolli et al. 2019",94.62,1.08,1751835]
["Bengtsson-PalmeJ_2015__TRAVELRES28__bin.59","NO",0.922,"Pasolli et al. 2019",63.77,0.62,1386012]
["Bengtsson-PalmeJ_2015__TRAVELRES28__bin.85","NO",0.888,"Pasolli et al. 2019",69.03,2.2,1157791]
["Bengtsson-PalmeJ_2015__TRAVELRES29__bin.14","YES",0.6877,"Pasolli et al. 2019",94.52,2.17,4184829]
["Bengtsson-PalmeJ_2015__TRAVELRES29__bin.22","NO",0.9615,"Pasolli et al. 2019",99.38,0.29,2523908]
["Bengtsson-PalmeJ_2015__TRAVELRES29__bin.39","NO",0.8643,"Pasolli et al. 2019",74.29,0.06,1320945]
["Bengtsson-PalmeJ_2015__TRAVELRES29__bin.47","NO",0.9799,"Pasolli et al. 2019",98.73,0.63,2437983]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.131","NO",0.9722,"Pasolli et al. 2019",82.72,0.11,2098447]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.137","NO",0.8854,"Pasolli et al. 2019",88.29,3.78,1786024]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.25","NO",0.8756,"Pasolli et al. 2019",83.33,1.53,3432754]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.53","NO",0.8925,"Pasolli et al. 2019",60.25,0,1003393]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.60","NO",0.9012,"Pasolli et al. 2019",65.63,0.1,2264338]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.63","NO",0.9635,"Pasolli et al. 2019",79.64,0.02,2028926]
["Bengtsson-PalmeJ_2015__TRAVELRES2__bin.94","NO",0.5915,"Pasolli et al. 2019",96.89,0.32,4164071]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.100","NO",0.9652,"Pasolli et al. 2019",99.38,0.29,2541303]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.102","NO",0.9452,"Pasolli et al. 2019",97.85,1.08,1811844]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.112","NO",0.5889,"Pasolli et al. 2019",96.12,0.48,3985952]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.3","NO",0.9571,"Pasolli et al. 2019",79.45,1.24,1964120]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.51","NO",0.9445,"Pasolli et al. 2019",94.84,0,1806092]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.83","NO",0.8196,"Pasolli et al. 2019",58.31,0.79,1844423]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.84","NO",0.9694,"Pasolli et al. 2019",93.55,1.61,2345254]
["Bengtsson-PalmeJ_2015__TRAVELRES30__bin.9","NO",0.9457,"Pasolli et al. 2019",92.47,0,1906398]
["Bengtsson-PalmeJ_2015__TRAVELRES31__bin.39","NO",0.9062,"Pasolli et al. 2019",79.38,0,1673767]
["Bengtsson-PalmeJ_2015__TRAVELRES31__bin.46","NO",0.9615,"Pasolli et al. 2019",99.38,0.29,2540293]
["Bengtsson-PalmeJ_2015__TRAVELRES31__bin.60","NO",0.968,"Pasolli et al. 2019",98.07,0.3,1902236]
["Bengtsson-PalmeJ_2015__TRAVELRES32__bin.50","NO",0.8891,"Pasolli et al. 2019",60.62,0,980940]
["Bengtsson-PalmeJ_2015__TRAVELRES33__bin.63","NO",0.8431,"Pasolli et al. 2019",93.85,1.55,3681684]
["Bengtsson-PalmeJ_2015__TRAVELRES33__bin.79","NO",0.9789,"Pasolli et al. 2019",91.14,0.11,1714956]
["Bengtsson-PalmeJ_2015__TRAVELRES34__bin.41","NO",0.9072,"Pasolli et al. 2019",85.98,0.66,3331114]
["Bengtsson-PalmeJ_2015__TRAVELRES34__bin.45","NO",0.9736,"Pasolli et al. 2019",84.18,0.11,1582472]
["Bengtsson-PalmeJ_2015__TRAVELRES35__bin.59","NO",0.9679,"Pasolli et al. 2019",99.14,0.31,2733230]
["Bengtsson-PalmeJ_2015__TRAVELRES35__bin.67","NO",0.9472,"Pasolli et al. 2019",85.55,0,1432468]
["Bengtsson-PalmeJ_2015__TRAVELRES36__bin.120","NO",0.9322,"Pasolli et al. 2019",98.92,4.3,2069443]
["Bengtsson-PalmeJ_2015__TRAVELRES36__bin.13","NO",0.9206,"Pasolli et al. 2019",93.01,0,1696369]
["Bengtsson-PalmeJ_2015__TRAVELRES36__bin.65","NO",0.9209,"Pasolli et al. 2019",56.05,0.81,1208519]
["Bengtsson-PalmeJ_2015__TRAVELRES36__bin.77","NO",0.9495,"Pasolli et al. 2019",63.79,0,2122504]
["Bengtsson-PalmeJ_2015__TRAVELRES36__bin.80","NO",0.9631,"Pasolli et al. 2019",93.95,2.42,1960400]
["Bengtsson-PalmeJ_2015__TRAVELRES38__bin.29","NO",0.514,"Pasolli et al. 2019",90.59,1.43,4180648]
["Bengtsson-PalmeJ_2015__TRAVELRES38__bin.6","NO",0.9505,"Pasolli et al. 2019",81.25,0,1576308]
["Bengtsson-PalmeJ_2015__TRAVELRES38__bin.62","NO",0.9299,"Pasolli et al. 2019",71.42,4.62,1338930]
["Bengtsson-PalmeJ_2015__TRAVELRES39__bin.107","NO",0.9686,"Pasolli et al. 2019",98.29,0.62,2716501]
["Bengtsson-PalmeJ_2015__TRAVELRES39__bin.82","NO",0.9709,"Pasolli et al. 2019",77.96,1.18,1336081]
["Bengtsson-PalmeJ_2015__TRAVELRES3__bin.51","NO",0.9698,"Pasolli et al. 2019",88.19,2.79,1739815]
["Bengtsson-PalmeJ_2015__TRAVELRES3__bin.68","NO",0.9723,"Pasolli et al. 2019",99.37,0,2419367]
["Bengtsson-PalmeJ_2015__TRAVELRES40__bin.19","NO",0.875999999999999,"Pasolli et al. 2019",56.9,0,1089090]
["Bengtsson-PalmeJ_2015__TRAVELRES40__bin.89","NO",0.9663,"Pasolli et al. 2019",86.71,3.53,1572365]
["Bengtsson-PalmeJ_2015__TRAVELRES41__bin.30","NO",0.9707,"Pasolli et al. 2019",96.64,1.95,1875890]
["Bengtsson-PalmeJ_2015__TRAVELRES41__bin.37","NO",0.9295,"Pasolli et al. 2019",96.77,0,1864133]
["Bengtsson-PalmeJ_2015__TRAVELRES41__bin.54","NO",0.951,"Pasolli et al. 2019",97.85,1.08,1773845]
["Bengtsson-PalmeJ_2015__TRAVELRES41__bin.67","NO",0.9755,"Pasolli et al. 2019",96.89,0,2101487]
["Bengtsson-PalmeJ_2015__TRAVELRES41__bin.72","NO",0.9651,"Pasolli et al. 2019",86.65,1.24,2296635]
["Bengtsson-PalmeJ_2015__TRAVELRES42__bin.36","NO",0.9637,"Pasolli et al. 2019",89.75,0.62,2447956]
["Bengtsson-PalmeJ_2015__TRAVELRES42__bin.60","NO",0.9636,"Pasolli et al. 2019",99.38,0.29,2387553]
["Bengtsson-PalmeJ_2015__TRAVELRES42__bin.69","NO",0.9135,"Pasolli et al. 2019",59.48,1.72,1404918]
["Bengtsson-PalmeJ_2015__TRAVELRES43__bin.29","NO",0.9546,"Pasolli et al. 2019",90.06,0,2649451]
["Bengtsson-PalmeJ_2015__TRAVELRES44__bin.23","NO",0.958,"Pasolli et al. 2019",89.44,0,2569622]
["Bengtsson-PalmeJ_2015__TRAVELRES44__bin.58","NO",0.9716,"Pasolli et al. 2019",96.4,2.23,1866633]
["Bengtsson-PalmeJ_2015__TRAVELRES45__bin.11","NO",0.9781,"Pasolli et al. 2019",99.37,0.26,2567464]
["Bengtsson-PalmeJ_2015__TRAVELRES45__bin.119","NO",0.8569,"Pasolli et al. 2019",69.41,0,1136184]
["Bengtsson-PalmeJ_2015__TRAVELRES45__bin.149","NO",0.9679,"Pasolli et al. 2019",81.99,0,1765642]
["Bengtsson-PalmeJ_2015__TRAVELRES45__bin.77","NO",0.9143,"Pasolli et al. 2019",95.7,0,1758038]
["Bengtsson-PalmeJ_2015__TRAVELRES46__bin.12","NO",0.9626,"Pasolli et al. 2019",76.11,0.11,1352807]
["Bengtsson-PalmeJ_2015__TRAVELRES46__bin.25","NO",0.9784,"Pasolli et al. 2019",91.94,1.61,1985004]
["Bengtsson-PalmeJ_2015__TRAVELRES46__bin.86","NO",0.7216,"Pasolli et al. 2019",86.38,1.8,2232567]
["Bengtsson-PalmeJ_2015__TRAVELRES46__bin.9","NO",0.939,"Pasolli et al. 2019",97.85,1.08,1868100]
["Bengtsson-PalmeJ_2015__TRAVELRES47__bin.20","NO",0.8984,"Pasolli et al. 2019",63.79,0,1644465]
["Bengtsson-PalmeJ_2015__TRAVELRES47__bin.64","NO",0.9613,"Pasolli et al. 2019",87.78,0.83,2527215]
["Bengtsson-PalmeJ_2015__TRAVELRES48__bin.103","NO",0.9306,"Pasolli et al. 2019",89.38,0,1836636]
["Bengtsson-PalmeJ_2015__TRAVELRES48__bin.122","NO",0.9204,"Pasolli et al. 2019",53.45,0,2167840]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.104","NO",0.979,"Pasolli et al. 2019",100,0.11,2549068]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.11","NO",0.973,"Pasolli et al. 2019",89.35,2.42,1836831]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.115","NO",0.8877,"Pasolli et al. 2019",54.31,0,879291]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.35","NO",0.9649,"Pasolli et al. 2019",94.24,0.62,2043026]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.8","NO",0.93,"Pasolli et al. 2019",65.07,0,1408185]
["Bengtsson-PalmeJ_2015__TRAVELRES49__bin.94","NO",0.9699,"Pasolli et al. 2019",99.38,0.62,2795662]
["Bengtsson-PalmeJ_2015__TRAVELRES4__bin.5","NO",0.9695,"Pasolli et al. 2019",99.37,0,2352394]
["Bengtsson-PalmeJ_2015__TRAVELRES4__bin.9","NO",0.8732,"Pasolli et al. 2019",89.2,2.07,3504427]
["Bengtsson-PalmeJ_2015__TRAVELRES4__bin.91","YES",0.7513,"Pasolli et al. 2019",98.59,0.1,4590209]
["Bengtsson-PalmeJ_2015__TRAVELRES50__bin.139","NO",0.9681,"Pasolli et al. 2019",98.14,0.78,2776875]
["Bengtsson-PalmeJ_2015__TRAVELRES50__bin.145","NO",0.9656,"Pasolli et al. 2019",93.31,0.75,2122366]
["Bengtsson-PalmeJ_2015__TRAVELRES50__bin.24","YES",0.5096,"Pasolli et al. 2019",84.78,1.42,3609591]
["Bengtsson-PalmeJ_2015__TRAVELRES50__bin.42","NO",0.9763,"Pasolli et al. 2019",97.36,1.5,2378201]
["Bengtsson-PalmeJ_2015__TRAVELRES50__bin.84","NO",0.9388,"Pasolli et al. 2019",92.94,0.03,2015861]
["Bengtsson-PalmeJ_2015__TRAVELRES51__bin.16","NO",0.9769,"Pasolli et al. 2019",97.5,0.62,2098156]
["Bengtsson-PalmeJ_2015__TRAVELRES51__bin.60","NO",0.9324,"Pasolli et al. 2019",96.75,0.59,4150664]
["Bengtsson-PalmeJ_2015__TRAVELRES51__bin.84","NO",0.9688,"Pasolli et al. 2019",98.14,0.62,2778812]
["Bengtsson-PalmeJ_2015__TRAVELRES52__bin.19","NO",0.9693,"Pasolli et al. 2019",100,0.62,2806337]
["Bengtsson-PalmeJ_2015__TRAVELRES52__bin.5","NO",0.9816,"Pasolli et al. 2019",90.37,0.15,1531651]
["Bengtsson-PalmeJ_2015__TRAVELRES52__bin.59","NO",0.9739,"Pasolli et al. 2019",98.75,0.62,2096215]
["Bengtsson-PalmeJ_2015__TRAVELRES52__bin.63","YES",0.6944,"Pasolli et al. 2019",62.72,0.04,2769111]
["Bengtsson-PalmeJ_2015__TRAVELRES52__bin.8","NO",0.9095,"Pasolli et al. 2019",68.97,1.18,2692675]
["Bengtsson-PalmeJ_2015__TRAVELRES53__bin.46","NO",0.9675,"Pasolli et al. 2019",96.89,0.62,2708264]
["Bengtsson-PalmeJ_2015__TRAVELRES53__bin.79","NO",0.8488,"Pasolli et al. 2019",78.93,0.36,3489464]
["Bengtsson-PalmeJ_2015__TRAVELRES54__bin.47","NO",0.6155,"Pasolli et al. 2019",95.96,1.27,4100460]
["Bengtsson-PalmeJ_2015__TRAVELRES54__bin.5","NO",0.9801,"Pasolli et al. 2019",100,0.11,2576160]
["Bengtsson-PalmeJ_2015__TRAVELRES54__bin.83","NO",0.9591,"Pasolli et al. 2019",95.03,0.62,2674965]
["Bengtsson-PalmeJ_2015__TRAVELRES54__bin.85","NO",0.8682,"Pasolli et al. 2019",96.09,1.25,3682964]
["Bengtsson-PalmeJ_2015__TRAVELRES55__bin.115","NO",0.9772,"Pasolli et al. 2019",93.94,1.37,2205416]
["Bengtsson-PalmeJ_2015__TRAVELRES55__bin.144","NO",0.9036,"Pasolli et al. 2019",86.92,1.08,3318687]
["Bengtsson-PalmeJ_2015__TRAVELRES55__bin.2","NO",0.975,"Pasolli et al. 2019",74.53,0,2300258]
["Bengtsson-PalmeJ_2015__TRAVELRES55__bin.28","NO",0.9224,"Pasolli et al. 2019",52.59,1.72,1005763]
["Bengtsson-PalmeJ_2015__TRAVELRES56__bin.33","NO",0.9798,"Pasolli et al. 2019",96.89,0.62,2287370]
["Bengtsson-PalmeJ_2015__TRAVELRES56__bin.91","NO",0.9404,"Pasolli et al. 2019",95.16,2.15,1739530]
["Bengtsson-PalmeJ_2015__TRAVELRES57__bin.22","NO",0.9018,"Pasolli et al. 2019",51.72,0,825695]
["Bengtsson-PalmeJ_2015__TRAVELRES58__bin.20","NO",0.9733,"Pasolli et al. 2019",91.3,1.37,2212555]
["Bengtsson-PalmeJ_2015__TRAVELRES58__bin.43","NO",0.9829,"Pasolli et al. 2019",99.57,0.11,1703180]
["Bengtsson-PalmeJ_2015__TRAVELRES58__bin.78","NO",0.9678,"Pasolli et al. 2019",96.89,0.36,2765891]
["Bengtsson-PalmeJ_2015__TRAVELRES59__bin.12","NO",0.9363,"Pasolli et al. 2019",75.16,0.28,1356348]
["Bengtsson-PalmeJ_2015__TRAVELRES59__bin.50","NO",0.9801,"Pasolli et al. 2019",92.41,0,2190241]
["Bengtsson-PalmeJ_2015__TRAVELRES5__bin.78","NO",0.8634,"Pasolli et al. 2019",89.38,1.78,3426423]
["Bengtsson-PalmeJ_2015__TRAVELRES5__bin.89","NO",0.983,"Pasolli et al. 2019",98.76,0.93,2207681]
["Bengtsson-PalmeJ_2015__TRAVELRES60__bin.51","NO",0.9293,"Pasolli et al. 2019",74.69,2.24,1440737]
["Bengtsson-PalmeJ_2015__TRAVELRES60__bin.52","NO",0.9796,"Pasolli et al. 2019",91.77,0,2166478]
["Bengtsson-PalmeJ_2015__TRAVELRES60__bin.92","NO",0.9318,"Pasolli et al. 2019",97.85,0.1,1957373]
["Bengtsson-PalmeJ_2015__TRAVELRES61__bin.102","NO",0.9421,"Pasolli et al. 2019",56.94,1.72,940844]
["Bengtsson-PalmeJ_2015__TRAVELRES61__bin.96","NO",0.9178,"Pasolli et al. 2019",60.34,0,1215259]
["Bengtsson-PalmeJ_2015__TRAVELRES62__bin.18","NO",0.8392,"Pasolli et al. 2019",56.25,0,2092670]
["Bengtsson-PalmeJ_2015__TRAVELRES62__bin.37","NO",0.9759,"Pasolli et al. 2019",96.89,0.62,2767509]
["Bengtsson-PalmeJ_2015__TRAVELRES62__bin.40","NO",0.9361,"Pasolli et al. 2019",98.92,0,1887340]
["Bengtsson-PalmeJ_2015__TRAVELRES63__bin.108","NO",0.97,"Pasolli et al. 2019",86.96,0.12,2430194]
["Bengtsson-PalmeJ_2015__TRAVELRES63__bin.22","NO",0.9301,"Pasolli et al. 2019",95.01,0,1612213]
["Bengtsson-PalmeJ_2015__TRAVELRES64__bin.21","NO",0.9021,"Pasolli et al. 2019",68.97,0,1786349]
["Bengtsson-PalmeJ_2015__TRAVELRES65__bin.65","NO",0.9718,"Pasolli et al. 2019",98.6,3.42,2664505]
["Bengtsson-PalmeJ_2015__TRAVELRES66__bin.113","NO",0.8773,"Pasolli et al. 2019",50.93,0.62,733329]
["Bengtsson-PalmeJ_2015__TRAVELRES66__bin.26","NO",0.8604,"Pasolli et al. 2019",83.66,0.82,3011306]
["Bengtsson-PalmeJ_2015__TRAVELRES66__bin.27","NO",0.9544,"Pasolli et al. 2019",74.79,2.43,1415440]
["Bengtsson-PalmeJ_2015__TRAVELRES66__bin.51","NO",0.9437,"Pasolli et al. 2019",94.62,0,1771659]
["Bengtsson-PalmeJ_2015__TRAVELRES66__bin.55","NO",0.9312,"Pasolli et al. 2019",97.85,0.2,2081849]
["Bengtsson-PalmeJ_2015__TRAVELRES67__bin.42","NO",0.9639,"Pasolli et al. 2019",89.75,0,2566152]
["Bengtsson-PalmeJ_2015__TRAVELRES68__bin.28","NO",0.9672,"Pasolli et al. 2019",88.2,1.37,1989455]
["Bengtsson-PalmeJ_2015__TRAVELRES68__bin.55","NO",0.9712,"Pasolli et al. 2019",98.14,1.86,2727047]
["Bengtsson-PalmeJ_2015__TRAVELRES68__bin.79","NO",0.6598,"Pasolli et al. 2019",89.45,1.92,3925926]
["Bengtsson-PalmeJ_2015__TRAVELRES69__bin.55","NO",0.9206,"Pasolli et al. 2019",84.95,0.1,1554083]
["Bengtsson-PalmeJ_2015__TRAVELRES69__bin.77","NO",0.7864,"Pasolli et al. 2019",58.31,2.07,2077440]
["Bengtsson-PalmeJ_2015__TRAVELRES69__bin.80","NO",0.9196,"Pasolli et al. 2019",51.16,2.14,926692]
["Bengtsson-PalmeJ_2015__TRAVELRES69__bin.82","NO",0.9566,"Pasolli et al. 2019",86.34,0.52,2424631]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.3","NO",0.9768,"Pasolli et al. 2019",98.24,0.66,2403252]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.31","NO",0.9082,"Pasolli et al. 2019",99.41,0.74,3884675]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.62","NO",0.9342,"Pasolli et al. 2019",66.5,1.53,1160884]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.89","YES",0.9312,"Pasolli et al. 2019",60.34,0,3473333]
["Bengtsson-PalmeJ_2015__TRAVELRES70__bin.118","NO",0.9117,"Pasolli et al. 2019",96.75,0,4056896]
["Bengtsson-PalmeJ_2015__TRAVELRES70__bin.2","NO",0.9519,"Pasolli et al. 2019",63.79,0,1930475]
["Bengtsson-PalmeJ_2015__TRAVELRES70__bin.38","NO",0.9253,"Pasolli et al. 2019",88.17,0.1,1625292]
["Bengtsson-PalmeJ_2015__TRAVELRES7__bin.117","NO",0.9639,"Pasolli et al. 2019",98.24,0.29,2477710]
["Bengtsson-PalmeJ_2015__TRAVELRES7__bin.28","NO",0.9601,"Pasolli et al. 2019",86.76,2.39,1648272]
["Bengtsson-PalmeJ_2015__TRAVELRES7__bin.95","NO",0.9296,"Pasolli et al. 2019",58.99,1.25,1041537]
["Bengtsson-PalmeJ_2015__TRAVELRES8__bin.50","NO",0.8713,"Pasolli et al. 2019",51.72,0,839980]
["Bengtsson-PalmeJ_2015__TRAVELRES8__bin.77","NO",0.9601,"Pasolli et al. 2019",98.24,0.29,2521444]
["Bengtsson-PalmeJ_2015__TRAVELRES8__bin.95","NO",0.5923,"Pasolli et al. 2019",96.49,1.58,4469769]
["Bengtsson-PalmeJ_2015__TRAVELRES9__bin.125","NO",0.7076,"Pasolli et al. 2019",54.76,0.04,2237038]
["Bengtsson-PalmeJ_2015__TRAVELRES9__bin.133","NO",0.8964,"Pasolli et al. 2019",90.76,4.46,1634680]
["Bengtsson-PalmeJ_2015__TRAVELRES9__bin.24","NO",0.7803,"Pasolli et al. 2019",52.63,1.83,1706877]
["Bengtsson-PalmeJ_2015__TRAVELRES9__bin.66","NO",0.7706,"Pasolli et al. 2019",97.74,2.07,2401364]
["BritoIL_2016__M1.1.ST__bin.16","NO",0.9775,"Pasolli et al. 2019",91.13,0,1900219]
["BritoIL_2016__M1.1.ST__bin.85","NO",0.9647,"Pasolli et al. 2019",99.38,0.29,2325900]
["BritoIL_2016__M1.10.ST__bin.37","NO",0.9646,"Pasolli et al. 2019",99.38,0.29,2228030]
["BritoIL_2016__M1.15.ST__bin.22","NO",0.9771,"Pasolli et al. 2019",62.2,0.98,1182264]
["BritoIL_2016__M1.15.ST__bin.78","NO",0.9606,"Pasolli et al. 2019",66.4,1.85,1920920]
["BritoIL_2016__M1.15.ST__bin.84","NO",0.9643,"Pasolli et al. 2019",98.79,0.29,2293266]
["BritoIL_2016__M1.15.ST__bin.9","NO",0.6269,"Pasolli et al. 2019",89.5,1.25,3759976]
["BritoIL_2016__M1.16.ST__bin.117","NO",0.9615,"Pasolli et al. 2019",93.15,0.03,2200952]
["BritoIL_2016__M1.16.ST__bin.118","NO",0.9514,"Pasolli et al. 2019",76.36,1.72,3118056]
["BritoIL_2016__M1.16.ST__bin.42","NO",0.9624,"Pasolli et al. 2019",98.2,0.29,2291411]
["BritoIL_2016__M1.16.ST__bin.46","NO",0.9628,"Pasolli et al. 2019",84.87,4.84,2203936]
["BritoIL_2016__M1.16.ST__bin.78","NO",0.7529,"Pasolli et al. 2019",99.25,0.14,4565929]
["BritoIL_2016__M1.20.SA__bin.2","NO",0.9746,"Pasolli et al. 2019",62.03,3.97,1254002]
["BritoIL_2016__M1.20.ST__bin.17","NO",0.9665,"Pasolli et al. 2019",98.2,0.29,2149518]
["BritoIL_2016__M1.20.ST__bin.46","NO",0.9723,"Pasolli et al. 2019",88.84,0.81,2091533]
["BritoIL_2016__M1.20.ST__bin.55","NO",0.9291,"Pasolli et al. 2019",67.87,0,1333237]
["BritoIL_2016__M1.22.ST__bin.77","NO",0.9645,"Pasolli et al. 2019",96.88,0.62,1935747]
["BritoIL_2016__M1.23.ST__bin.12","NO",0.6145,"Pasolli et al. 2019",69.58,2.57,3359231]
["BritoIL_2016__M1.23.ST__bin.48","NO",0.903,"Pasolli et al. 2019",51.73,0,914802]
["BritoIL_2016__M1.24.ST__bin.40","NO",0.9446,"Pasolli et al. 2019",77.24,0.05,1927562]
["BritoIL_2016__M1.24.ST__bin.73","NO",0.9689,"Pasolli et al. 2019",99.38,0.29,2515761]
["BritoIL_2016__M1.24.ST__bin.93","NO",0.9546,"Pasolli et al. 2019",93.23,0.73,2027132]
["BritoIL_2016__M1.26.ST__bin.18","NO",0.9558,"Pasolli et al. 2019",78,1.6,1492531]
["BritoIL_2016__M1.26.ST__bin.2","NO",0.9543,"Pasolli et al. 2019",90.95,2.5,1760941]
["BritoIL_2016__M1.26.ST__bin.33","NO",0.9376,"Pasolli et al. 2019",82.91,0.29,1685872]
["BritoIL_2016__M1.26.ST__bin.72","NO",0.9589,"Pasolli et al. 2019",77.39,1.82,1601988]
["BritoIL_2016__M1.27.ST__bin.117","NO",0.9565,"Pasolli et al. 2019",77.24,0.05,1827128]
["BritoIL_2016__M1.27.ST__bin.15","NO",0.9678,"Pasolli et al. 2019",93.73,3.15,1841412]
["BritoIL_2016__M1.27.ST__bin.24","NO",0.9502,"Pasolli et al. 2019",86.08,1.08,1586238]
["BritoIL_2016__M1.27.ST__bin.47","NO",0.9571,"Pasolli et al. 2019",95,0,1772805]
["BritoIL_2016__M1.27.ST__bin.59","NO",0.9722,"Pasolli et al. 2019",99.38,0.29,2338278]
["BritoIL_2016__M1.27.ST__bin.69","NO",0.9758,"Pasolli et al. 2019",91.13,3.23,2218989]
["BritoIL_2016__M1.29.ST__bin.30","NO",0.8616,"Pasolli et al. 2019",60.34,0,1007800]
["BritoIL_2016__M1.29.ST__bin.42","NO",0.9565,"Pasolli et al. 2019",95.56,0.29,2166184]
["BritoIL_2016__M1.29.ST__bin.52","NO",0.9648,"Pasolli et al. 2019",88.51,1.61,1843328]
["BritoIL_2016__M1.29.ST__bin.59","NO",0.8896,"Pasolli et al. 2019",56.76,0.62,936577]
["BritoIL_2016__M1.29.ST__bin.74","NO",0.6051,"Pasolli et al. 2019",61.28,1.55,1611322]
["BritoIL_2016__M1.3.ST__bin.88","NO",0.8766,"Pasolli et al. 2019",54.12,0,697322]
["BritoIL_2016__M1.35.ST__bin.29","NO",0.9448,"Pasolli et al. 2019",95.26,0.29,1922137]
["BritoIL_2016__M1.35.ST__bin.73","NO",0.9625,"Pasolli et al. 2019",93.35,1.61,1864672]
["BritoIL_2016__M1.35.ST__bin.87","NO",0.5648,"Pasolli et al. 2019",66.38,0,3024196]
["BritoIL_2016__M1.36.SA__bin.2","NO",0.988,"Pasolli et al. 2019",78.26,3.02,1509992]
["BritoIL_2016__M1.36.ST__bin.21","NO",0.8868,"Pasolli et al. 2019",51.72,0,798888]
["BritoIL_2016__M1.36.ST__bin.23","NO",0.9597,"Pasolli et al. 2019",98.24,0.29,2357254]
["BritoIL_2016__M1.36.ST__bin.39","NO",0.9413,"Pasolli et al. 2019",54.36,1.88,1013948]
["BritoIL_2016__M1.37.ST__bin.32","NO",0.9652,"Pasolli et al. 2019",97.61,0.29,2299364]
["BritoIL_2016__M1.37.ST__bin.53","NO",0.9622,"Pasolli et al. 2019",79.23,1.14,1913067]
["BritoIL_2016__M1.37.ST__bin.69","NO",0.9583,"Pasolli et al. 2019",90.12,0.81,1811690]
["BritoIL_2016__M1.38.SA__bin.2","NO",0.9781,"Pasolli et al. 2019",93.75,0.75,1965450]
["BritoIL_2016__M1.38.ST__bin.20","NO",0.9589,"Pasolli et al. 2019",80.88,1.56,1508304]
["BritoIL_2016__M1.38.ST__bin.39","NO",0.9297,"Pasolli et al. 2019",86.54,1.33,1758933]
["BritoIL_2016__M1.38.ST__bin.57","NO",0.8083,"Pasolli et al. 2019",74.91,0.79,1541797]
["BritoIL_2016__M1.38.ST__bin.77","YES",0.7988,"Pasolli et al. 2019",94.59,2.2,4293385]
["BritoIL_2016__M1.42.SA__bin.1","NO",0.9555,"Pasolli et al. 2019",93.63,1.52,1938761]
["BritoIL_2016__M1.42.ST__bin.22","NO",0.9543,"Pasolli et al. 2019",89.38,0.29,2063026]
["BritoIL_2016__M1.42.ST__bin.9","NO",0.9607,"Pasolli et al. 2019",98.75,0,2025541]
["BritoIL_2016__M1.44.ST__bin.11","NO",0.9657,"Pasolli et al. 2019",93.35,0.81,1797972]
["BritoIL_2016__M1.44.ST__bin.93","NO",0.9474,"Pasolli et al. 2019",88.2,0.29,1841658]
["BritoIL_2016__M1.48.SA__bin.1","NO",0.9791,"Pasolli et al. 2019",73.97,1.72,2089369]
["BritoIL_2016__M1.48.ST__bin.41","NO",0.9698,"Pasolli et al. 2019",88.95,2.49,2366627]
["BritoIL_2016__M1.48.ST__bin.57","YES",0.5282,"Pasolli et al. 2019",97.3,1.51,4298208]
["BritoIL_2016__M1.48.ST__bin.84","NO",0.9703,"Pasolli et al. 2019",99.38,0.62,1877225]
["BritoIL_2016__M1.48.ST__bin.9","NO",0.9537,"Pasolli et al. 2019",98.2,0.29,2297975]
["BritoIL_2016__M1.52.SA__bin.4","NO",0.9665,"Pasolli et al. 2019",63.79,0,1324811]
["BritoIL_2016__M1.52.SA__bin.8","NO",0.9748,"Pasolli et al. 2019",73.81,3.36,1462823]
["BritoIL_2016__M1.52.ST__bin.2","NO",0.9204,"Pasolli et al. 2019",61.94,2.03,1141209]
["BritoIL_2016__M1.52.ST__bin.57","NO",0.5644,"Pasolli et al. 2019",86.55,2.51,3442574]
["BritoIL_2016__M1.52.ST__bin.71","NO",0.9649,"Pasolli et al. 2019",97.61,0.29,2172119]
["BritoIL_2016__M1.57.ST__bin.79","NO",0.9564,"Pasolli et al. 2019",92.94,0.29,1923304]
["BritoIL_2016__M1.59.ST__bin.10","NO",0.9664,"Pasolli et al. 2019",98.2,0.29,2160962]
["BritoIL_2016__M1.59.ST__bin.34","NO",0.9774,"Pasolli et al. 2019",69.34,0.56,1677617]
["BritoIL_2016__M1.59.ST__bin.65","NO",0.9735,"Pasolli et al. 2019",79.64,0.36,2291064]
["BritoIL_2016__M1.59.ST__bin.85","NO",0.9643,"Pasolli et al. 2019",96.25,2.08,2115250]
["BritoIL_2016__M1.59.ST__bin.96","NO",0.7682,"Pasolli et al. 2019",94.05,0.31,2004161]
["BritoIL_2016__M1.6.ST__bin.2","NO",0.9357,"Pasolli et al. 2019",71.18,0.29,1277419]
["BritoIL_2016__M1.6.ST__bin.28","NO",0.9785,"Pasolli et al. 2019",96.27,1.55,2253830]
["BritoIL_2016__M1.6.ST__bin.38","NO",0.7779,"Pasolli et al. 2019",99.37,0.37,4633514]
["BritoIL_2016__M1.61.ST__bin.100","NO",0.6522,"Pasolli et al. 2019",96.99,0.11,4061262]
["BritoIL_2016__M1.61.ST__bin.101","NO",0.9034,"Pasolli et al. 2019",51.8,3.49,1074090]
["BritoIL_2016__M1.61.ST__bin.56","NO",0.9391,"Pasolli et al. 2019",56.29,2.62,1001044]
["BritoIL_2016__M1.61.ST__bin.79","NO",0.9704,"Pasolli et al. 2019",99.38,0.88,2142443]
["BritoIL_2016__M1.61.ST__bin.86","NO",0.9665,"Pasolli et al. 2019",87.34,4.4,1678916]
["BritoIL_2016__M1.62.SA__bin.1","NO",0.953,"Pasolli et al. 2019",73.72,2.45,1647788]
["BritoIL_2016__M1.62.ST__bin.78","NO",0.9713,"Pasolli et al. 2019",98.24,0.29,2215963]
["BritoIL_2016__M1.63.ST__bin.10","NO",0.9608,"Pasolli et al. 2019",98.2,0.88,2341141]
["BritoIL_2016__M1.63.ST__bin.39","NO",0.9682,"Pasolli et al. 2019",68.97,0,1603977]
["BritoIL_2016__M1.63.ST__bin.9","NO",0.6317,"Pasolli et al. 2019",89.77,1.81,4066342]
["BritoIL_2016__M1.64.ST__bin.40","NO",0.9574,"Pasolli et al. 2019",86.73,0,1909485]
["BritoIL_2016__M1.64.ST__bin.66","NO",0.9227,"Pasolli et al. 2019",91.25,0,1764808]
["BritoIL_2016__M1.64.ST__bin.94","NO",0.7702,"Pasolli et al. 2019",52.5,2.07,1207832]
["BritoIL_2016__M1.65.SA__bin.1","NO",0.9694,"Pasolli et al. 2019",79.96,1.03,1804538]
["BritoIL_2016__M1.65.ST__bin.29","NO",0.9578,"Pasolli et al. 2019",94.08,0.29,2167697]
["BritoIL_2016__M1.65.ST__bin.49","NO",0.9673,"Pasolli et al. 2019",80.46,1.09,1594425]
["BritoIL_2016__M1.7.ST__bin.34","NO",0.7133,"Pasolli et al. 2019",97.69,1.15,4535613]
["BritoIL_2016__M1.7.ST__bin.69","NO",0.9645,"Pasolli et al. 2019",95.88,0.29,2197481]
["BritoIL_2016__M1.8.ST__bin.22","NO",0.9746,"Pasolli et al. 2019",91.3,0.62,2151364]
["BritoIL_2016__M1.8.ST__bin.31","NO",0.9271,"Pasolli et al. 2019",56.03,0,1512938]
["BritoIL_2016__M2.11.ST__bin.59","NO",0.9551,"Pasolli et al. 2019",86.77,0.68,1742027]
["BritoIL_2016__M2.11.ST__bin.78","NO",0.7683,"Pasolli et al. 2019",99.43,0.45,4694369]
["BritoIL_2016__M2.3.ST__bin.16","NO",0.9732,"Pasolli et al. 2019",91.94,2.42,2243490]
["BritoIL_2016__M2.3.ST__bin.28","NO",0.9598,"Pasolli et al. 2019",96.25,1.88,1894234]
["BritoIL_2016__M2.3.ST__bin.54","NO",0.9762,"Pasolli et al. 2019",91.94,1.81,1849829]
["BritoIL_2016__M2.31.ST__bin.11","NO",0.941,"Pasolli et al. 2019",81.73,0.29,1656823]
["BritoIL_2016__M2.32.ST__bin.36","NO",0.6461,"Pasolli et al. 2019",87.6,3.82,4388460]
["BritoIL_2016__M2.32.ST__bin.5","NO",0.9691,"Pasolli et al. 2019",98.24,0.29,2199914]
["BritoIL_2016__M2.33.ST__bin.17","NO",0.9274,"Pasolli et al. 2019",71.14,0.29,1323181]
["BritoIL_2016__M2.36.SA__bin.7","NO",0.9742,"Pasolli et al. 2019",77.59,0,2033445]
["BritoIL_2016__M2.36.SA__bin.8","NO",0.9305,"Pasolli et al. 2019",55.6,1.84,1042026]
["BritoIL_2016__M2.36.ST__bin.48","NO",0.9565,"Pasolli et al. 2019",77.24,0.05,1808614]
["BritoIL_2016__M2.36.ST__bin.55","NO",0.9067,"Pasolli et al. 2019",58,0.88,1185038]
["BritoIL_2016__M2.36.ST__bin.9","NO",0.96,"Pasolli et al. 2019",98.2,0.29,2435248]
["BritoIL_2016__M2.37.ST__bin.16","NO",0.958,"Pasolli et al. 2019",91.88,0.68,1765211]
["BritoIL_2016__M2.37.ST__bin.34","NO",0.9477,"Pasolli et al. 2019",96.44,0.29,2173156]
["BritoIL_2016__M2.37.ST__bin.50","NO",0.9614,"Pasolli et al. 2019",85.43,2.42,1943837]
["BritoIL_2016__M2.37.ST__bin.53","NO",0.9104,"Pasolli et al. 2019",50.74,0,1332683]
["BritoIL_2016__M2.37.ST__bin.88","YES",0.5834,"Pasolli et al. 2019",74.83,2.59,4118336]
["BritoIL_2016__M2.38.ST__bin.24","YES",0.8393,"Pasolli et al. 2019",98.12,0.09,4684443]
["BritoIL_2016__M2.38.ST__bin.30","NO",0.9721,"Pasolli et al. 2019",98.24,0.29,2238329]
["BritoIL_2016__M2.39.ST__bin.23","NO",0.9589,"Pasolli et al. 2019",74.25,0.05,1779566]
["BritoIL_2016__M2.39.ST__bin.32","NO",0.9629,"Pasolli et al. 2019",98.79,0.29,2327883]
["BritoIL_2016__M2.39.ST__bin.51","NO",0.8807,"Pasolli et al. 2019",51.75,0,1083374]
["BritoIL_2016__M2.39.ST__bin.56","NO",0.9599,"Pasolli et al. 2019",82.95,2.95,1630225]
["BritoIL_2016__M2.40.ST__bin.13","NO",0.9658,"Pasolli et al. 2019",93.35,0.81,1971744]
["BritoIL_2016__M2.40.ST__bin.31","NO",0.9677,"Pasolli et al. 2019",90.56,0.29,2174185]
["BritoIL_2016__M2.40.ST__bin.77","NO",0.9243,"Pasolli et al. 2019",63.24,0,1151026]
["BritoIL_2016__M2.40.ST__bin.8","YES",0.9181,"Pasolli et al. 2019",56.9,0,3134791]
["BritoIL_2016__M2.40.ST__bin.83","NO",0.9097,"Pasolli et al. 2019",62.49,0.63,1125154]
["BritoIL_2016__M2.41.ST__bin.26","NO",0.9329,"Pasolli et al. 2019",75.85,0.29,1438226]
["BritoIL_2016__M2.41.ST__bin.45","NO",0.9344,"Pasolli et al. 2019",68.67,2.59,1194555]
["BritoIL_2016__M2.44.ST__bin.67","NO",0.9673,"Pasolli et al. 2019",99.38,0.88,2322181]
["BritoIL_2016__M2.44.ST__bin.72","NO",0.9625,"Pasolli et al. 2019",85.31,2.1,1759891]
["BritoIL_2016__M2.45.SA__bin.1","NO",0.963,"Pasolli et al. 2019",90.16,1.64,2043611]
["BritoIL_2016__M2.45.ST__bin.22","NO",0.9385,"Pasolli et al. 2019",76.58,1.2,1938480]
["BritoIL_2016__M2.45.ST__bin.36","NO",0.9683,"Pasolli et al. 2019",98.2,0.29,2304264]
["BritoIL_2016__M2.45.ST__bin.6","NO",0.8922,"Pasolli et al. 2019",51.71,3.25,995528]
["BritoIL_2016__M2.45.ST__bin.60","NO",0.92,"Pasolli et al. 2019",55.17,0,1336385]
["BritoIL_2016__M2.46.ST__bin.25","NO",0.9699,"Pasolli et al. 2019",99.38,0.29,2363970]
["BritoIL_2016__M2.48.SA__bin.11","NO",0.9597,"Pasolli et al. 2019",52.04,0.46,927380]
["BritoIL_2016__M2.48.ST__bin.1","NO",0.9658,"Pasolli et al. 2019",97.91,0.95,2201796]
["BritoIL_2016__M2.48.ST__bin.51","NO",0.9459,"Pasolli et al. 2019",87.03,1.69,1615430]
["BritoIL_2016__M2.49.ST__bin.20","NO",0.904,"Pasolli et al. 2019",58.6,2.54,1041866]
["BritoIL_2016__M2.49.ST__bin.22","NO",0.981,"Pasolli et al. 2019",91.94,0,1951388]
["BritoIL_2016__M2.49.ST__bin.44","NO",0.963,"Pasolli et al. 2019",77.35,0.81,1359855]
["BritoIL_2016__M2.49.ST__bin.46","NO",0.7653,"Pasolli et al. 2019",96.44,1.89,4332269]
["BritoIL_2016__M2.49.ST__bin.77","NO",0.9617,"Pasolli et al. 2019",91.62,0.79,1739524]
["BritoIL_2016__M2.49.ST__bin.8","NO",0.9592,"Pasolli et al. 2019",77.74,0.05,1796464]
["BritoIL_2016__M2.49.ST__bin.97","NO",0.9351,"Pasolli et al. 2019",67.65,0.29,1217976]
["BritoIL_2016__M2.5.ST__bin.32","NO",0.9676,"Pasolli et al. 2019",98.24,0.29,2331675]
["BritoIL_2016__M2.5.ST__bin.34","NO",0.9613,"Pasolli et al. 2019",96.88,2.97,2164928]
["BritoIL_2016__M2.50.SA__bin.1","NO",0.9773,"Pasolli et al. 2019",78.51,2.8,1642931]
["BritoIL_2016__M2.50.ST__bin.31","NO",0.9426,"Pasolli et al. 2019",80,0.29,1739524]
["BritoIL_2016__M2.50.ST__bin.48","NO",0.9113,"Pasolli et al. 2019",50.34,0,1182643]
["BritoIL_2016__M2.50.ST__bin.49","NO",0.959,"Pasolli et al. 2019",86.04,3.22,1761066]
["BritoIL_2016__M2.50.ST__bin.76","NO",0.9388,"Pasolli et al. 2019",84.99,0.94,1812995]
["BritoIL_2016__M2.51.ST__bin.44","NO",0.9763,"Pasolli et al. 2019",76.76,1.61,1668293]
["BritoIL_2016__M2.51.ST__bin.46","NO",0.9419,"Pasolli et al. 2019",79.86,2.21,1590416]
["BritoIL_2016__M2.51.ST__bin.62","NO",0.9236,"Pasolli et al. 2019",52.74,1.72,913514]
["BritoIL_2016__M2.51.ST__bin.68","NO",0.9669,"Pasolli et al. 2019",99.38,0.88,2263572]
["BritoIL_2016__M2.52.ST__bin.21","NO",0.9615,"Pasolli et al. 2019",89.6,2.75,1933150]
["BritoIL_2016__M2.56.ST__bin.16","NO",0.9212,"Pasolli et al. 2019",79.68,1.9,1691159]
["BritoIL_2016__M2.57.ST__bin.21","NO",0.9272,"Pasolli et al. 2019",79.31,0,1707020]
["BritoIL_2016__M2.57.ST__bin.58","NO",0.9147,"Pasolli et al. 2019",87.72,1.55,3072263]
["BritoIL_2016__M2.57.ST__bin.77","NO",0.6189,"Pasolli et al. 2019",63.93,2.06,2744140]
["BritoIL_2016__M2.58.ST__bin.21","NO",0.6808,"Pasolli et al. 2019",80.17,3.23,4152152]
["BritoIL_2016__M2.58.ST__bin.26","NO",0.9643,"Pasolli et al. 2019",90.41,2.02,1852932]
["BritoIL_2016__M2.58.ST__bin.65","NO",0.9692,"Pasolli et al. 2019",99.38,0.29,2463177]
["BritoIL_2016__M2.60.ST__bin.15","NO",0.9297,"Pasolli et al. 2019",60.64,1.28,1134623]
["BritoIL_2016__M2.60.ST__bin.65","NO",0.9555,"Pasolli et al. 2019",99.38,0.29,2365634]
["BritoIL_2016__M2.63.ST__bin.43","NO",0.9664,"Pasolli et al. 2019",97.32,0,2131261]
["BritoIL_2016__W1.1.ST__bin.10","NO",0.9388,"Pasolli et al. 2019",84.98,3.51,1686990]
["BritoIL_2016__W1.1.ST__bin.63","NO",0.9636,"Pasolli et al. 2019",98.79,0.29,2311104]
["BritoIL_2016__W1.1.ST__bin.77","NO",0.9612,"Pasolli et al. 2019",79.65,2.57,1870360]
["BritoIL_2016__W1.11.ST__bin.23","NO",0.9705,"Pasolli et al. 2019",99.38,0.29,2530528]
["BritoIL_2016__W1.11.ST__bin.50","NO",0.9673,"Pasolli et al. 2019",96.88,0.62,1941265]
["BritoIL_2016__W1.11.ST__bin.56","NO",0.9707,"Pasolli et al. 2019",85.3,4.64,2183717]
["BritoIL_2016__W1.13.ST__bin.14","NO",0.9794,"Pasolli et al. 2019",91.36,1.88,1764721]
["BritoIL_2016__W1.13.ST__bin.51","NO",0.5403,"Pasolli et al. 2019",92.03,2.7,3974997]
["BritoIL_2016__W1.15.ST__bin.34","NO",0.9371,"Pasolli et al. 2019",72.91,0.29,1341629]
["BritoIL_2016__W1.18.SA__bin.7","NO",0.9571,"Pasolli et al. 2019",84.58,4.53,2293888]
["BritoIL_2016__W1.18.ST__bin.34","NO",0.8591,"Pasolli et al. 2019",50.85,0,1528819]
["BritoIL_2016__W1.18.ST__bin.35","NO",0.9392,"Pasolli et al. 2019",76.74,0.05,1886755]
["BritoIL_2016__W1.18.ST__bin.74","NO",0.9672,"Pasolli et al. 2019",91.94,1.61,1999443]
["BritoIL_2016__W1.18.ST__bin.79","NO",0.9631,"Pasolli et al. 2019",92.14,2.62,1767437]
["BritoIL_2016__W1.2.SA__bin.3","NO",0.9897,"Pasolli et al. 2019",74.19,1.55,1441190]
["BritoIL_2016__W1.2.ST__bin.104","NO",0.9587,"Pasolli et al. 2019",92.6,0.62,1848360]
["BritoIL_2016__W1.2.ST__bin.69","NO",0.9645,"Pasolli et al. 2019",97.03,0.29,2294322]
["BritoIL_2016__W1.2.ST__bin.91","NO",0.9778,"Pasolli et al. 2019",69.11,2.24,1364220]
["BritoIL_2016__W1.20.ST__bin.1","NO",0.9615,"Pasolli et al. 2019",84.99,3.11,1645914]
["BritoIL_2016__W1.20.ST__bin.19","NO",0.9659,"Pasolli et al. 2019",97.06,0.29,2525719]
["BritoIL_2016__W1.21.ST__bin.48","NO",0.9566,"Pasolli et al. 2019",99.38,0.88,2373919]
["BritoIL_2016__W1.22.SA__bin.2","NO",0.9706,"Pasolli et al. 2019",85.03,2.45,1748013]
["BritoIL_2016__W1.22.ST__bin.16","NO",0.9698,"Pasolli et al. 2019",98.2,0.29,2372108]
["BritoIL_2016__W1.22.ST__bin.48","NO",0.9322,"Pasolli et al. 2019",53.31,0,1332128]
["BritoIL_2016__W1.22.ST__bin.82","NO",0.6164,"Pasolli et al. 2019",89.94,0.89,2206272]
["BritoIL_2016__W1.22.ST__bin.99","YES",0.5297,"Pasolli et al. 2019",66.15,3.45,3787607]
["BritoIL_2016__W1.26.ST__bin.10","NO",0.8869,"Pasolli et al. 2019",53.89,1.72,925396]
["BritoIL_2016__W1.26.ST__bin.16","NO",0.937,"Pasolli et al. 2019",82.79,2.59,1538640]
["BritoIL_2016__W1.26.ST__bin.23","NO",0.9748,"Pasolli et al. 2019",92.26,1.55,1975705]
["BritoIL_2016__W1.26.ST__bin.3","NO",0.9752,"Pasolli et al. 2019",99.38,0.29,2373131]
["BritoIL_2016__W1.27.ST__bin.26","NO",0.9669,"Pasolli et al. 2019",96,1.95,2270057]
["BritoIL_2016__W1.27.ST__bin.36","NO",0.966,"Pasolli et al. 2019",98.44,0.62,1949844]
["BritoIL_2016__W1.3.ST__bin.12","NO",0.9672,"Pasolli et al. 2019",90.69,0.81,2647539]
["BritoIL_2016__W1.3.ST__bin.29","YES",0.5253,"Pasolli et al. 2019",99.36,0.18,4518996]
["BritoIL_2016__W1.3.ST__bin.63","NO",0.9638,"Pasolli et al. 2019",74.14,0.81,1438258]
["BritoIL_2016__W1.31.ST__bin.42","NO",0.9394,"Pasolli et al. 2019",60.6,1.61,1120168]
["BritoIL_2016__W1.31.ST__bin.81","NO",0.9603,"Pasolli et al. 2019",74.12,0.29,1475148]
["BritoIL_2016__W1.33.ST__bin.71","NO",0.9638,"Pasolli et al. 2019",98.79,0.29,2296773]
["BritoIL_2016__W1.33.ST__bin.72","NO",0.9672,"Pasolli et al. 2019",88.58,1.56,1657422]
["BritoIL_2016__W1.36.SA__bin.11","NO",0.9715,"Pasolli et al. 2019",88,0.79,2124195]
["BritoIL_2016__W1.36.ST__bin.27","NO",0.9697,"Pasolli et al. 2019",97.06,0.29,2432009]
["BritoIL_2016__W1.36.ST__bin.47","NO",0.9125,"Pasolli et al. 2019",60.78,1.81,1040843]
["BritoIL_2016__W1.37.ST__bin.75","NO",0.9604,"Pasolli et al. 2019",99.38,0.29,2527953]
["BritoIL_2016__W1.37.ST__bin.8","NO",0.9668,"Pasolli et al. 2019",78.29,1.35,1618882]
["BritoIL_2016__W1.38.SA__bin.1","NO",0.946,"Pasolli et al. 2019",60.93,1.72,1361556]
["BritoIL_2016__W1.38.ST__bin.25","NO",0.6694,"Pasolli et al. 2019",86.48,2.63,3757759]
["BritoIL_2016__W1.38.ST__bin.4","NO",0.9668,"Pasolli et al. 2019",99.38,0.29,2313445]
["BritoIL_2016__W1.39.SA__bin.2","NO",0.9652,"Pasolli et al. 2019",83.53,0.87,1808526]
["BritoIL_2016__W1.39.ST__bin.33","NO",0.9335,"Pasolli et al. 2019",59.71,1.61,1085723]
["BritoIL_2016__W1.39.ST__bin.48","NO",0.9649,"Pasolli et al. 2019",99.38,0.88,2346324]
["BritoIL_2016__W1.39.ST__bin.59","NO",0.9751,"Pasolli et al. 2019",98.12,0.75,1884254]
["BritoIL_2016__W1.4.ST__bin.16","YES",0.7611,"Pasolli et al. 2019",94.77,3.48,4440889]
["BritoIL_2016__W1.4.ST__bin.43","NO",0.9706,"Pasolli et al. 2019",99.38,0.62,1940151]
["BritoIL_2016__W1.4.ST__bin.44","NO",0.5385,"Pasolli et al. 2019",72.92,0.43,3293805]
["BritoIL_2016__W1.4.ST__bin.54","NO",0.9669,"Pasolli et al. 2019",98.45,1.14,1810668]
["BritoIL_2016__W1.4.ST__bin.61","NO",0.9585,"Pasolli et al. 2019",89.71,1.66,3029025]
["BritoIL_2016__W1.4.ST__bin.78","NO",0.9701,"Pasolli et al. 2019",98.24,0.88,2283156]
["BritoIL_2016__W1.40.SA__bin.2","NO",0.9769,"Pasolli et al. 2019",55.5,2.59,1756739]
["BritoIL_2016__W1.40.ST__bin.19","NO",0.8865,"Pasolli et al. 2019",56.47,0,909994]
["BritoIL_2016__W1.40.ST__bin.48","NO",0.9683,"Pasolli et al. 2019",99.38,0.62,1954969]
["BritoIL_2016__W1.41.ST__bin.53","NO",0.9747,"Pasolli et al. 2019",98.62,1.88,1918630]
["BritoIL_2016__W1.41.ST__bin.67","NO",0.9201,"Pasolli et al. 2019",70.72,0.81,1440633]
["BritoIL_2016__W1.41.ST__bin.69","NO",0.9118,"Pasolli et al. 2019",57.85,1.72,1130576]
["BritoIL_2016__W1.41.ST__bin.92","NO",0.9348,"Pasolli et al. 2019",68.95,1.61,1181156]
["BritoIL_2016__W1.42.SA__bin.4","NO",0.9728,"Pasolli et al. 2019",75.33,2.16,1671645]
["BritoIL_2016__W1.42.ST__bin.23","NO",0.9619,"Pasolli et al. 2019",96.44,1.08,2202088]
["BritoIL_2016__W1.42.ST__bin.44","YES",0.6798,"Pasolli et al. 2019",70.69,0,4118366]
["BritoIL_2016__W1.42.ST__bin.8","NO",0.7303,"Pasolli et al. 2019",93.28,1.15,4356063]
["BritoIL_2016__W1.44.SA__bin.1","NO",0.9745,"Pasolli et al. 2019",83.75,2.23,1679005]
["BritoIL_2016__W1.44.ST__bin.40","NO",0.964,"Pasolli et al. 2019",99.38,0.29,2594720]
["BritoIL_2016__W1.5.SA__bin.2","NO",0.9695,"Pasolli et al. 2019",80.89,3.63,1629404]
["BritoIL_2016__W1.5.ST__bin.18","NO",0.9713,"Pasolli et al. 2019",98.24,0.29,2394163]
["BritoIL_2016__W1.5.ST__bin.22","NO",0.9666,"Pasolli et al. 2019",76.55,0.81,1496353]
["BritoIL_2016__W1.5.ST__bin.84","NO",0.9495,"Pasolli et al. 2019",79.31,4.31,1783146]
["BritoIL_2016__W1.51.ST__bin.1","NO",0.9672,"Pasolli et al. 2019",97.03,0.29,2132125]
["BritoIL_2016__W1.51.ST__bin.43","NO",0.9562,"Pasolli et al. 2019",67.37,0.67,1128138]
["BritoIL_2016__W1.51.ST__bin.61","YES",0.6273,"Pasolli et al. 2019",50.3,0.04,2093109]
["BritoIL_2016__W1.54.ST__bin.49","NO",0.5446,"Pasolli et al. 2019",65.62,0.29,2851609]
["BritoIL_2016__W1.54.ST__bin.69","NO",0.6112,"Pasolli et al. 2019",50.16,1.72,3803582]
["BritoIL_2016__W1.54.ST__bin.8","NO",0.9351,"Pasolli et al. 2019",71.14,0.29,1327931]
["BritoIL_2016__W1.55.ST__bin.54","NO",0.9523,"Pasolli et al. 2019",98.2,0.88,2478590]
["BritoIL_2016__W1.6.ST__bin.8","NO",0.9802,"Pasolli et al. 2019",95.66,1.72,2575385]
["BritoIL_2016__W1.8.ST__bin.28","NO",0.9474,"Pasolli et al. 2019",75.85,0.29,1380298]
["BritoIL_2016__W1.8.ST__bin.46","NO",0.9622,"Pasolli et al. 2019",89.44,0,2470725]
["BritoIL_2016__W1.9.SA__bin.2","NO",0.9762,"Pasolli et al. 2019",77.21,1.37,1681287]
["BritoIL_2016__W1.9.ST__bin.20","NO",0.9258,"Pasolli et al. 2019",80,0.29,1531600]
["BritoIL_2016__W1.9.ST__bin.22","NO",0.9649,"Pasolli et al. 2019",100,1.93,1914784]
["BritoIL_2016__W1.9.ST__bin.44","NO",0.9463,"Pasolli et al. 2019",77.74,0.05,1876051]
["BritoIL_2016__W1.9.ST__bin.66","NO",0.9722,"Pasolli et al. 2019",76.88,4.03,1648012]
["BritoIL_2016__W2.1.ST__bin.50","NO",0.9192,"Pasolli et al. 2019",68.79,0.29,1249506]
["BritoIL_2016__W2.11.ST__bin.3","NO",0.969,"Pasolli et al. 2019",99.38,0.29,2442551]
["BritoIL_2016__W2.13.ST__bin.36","NO",0.9505,"Pasolli et al. 2019",73.5,0.29,1414684]
["BritoIL_2016__W2.15.ST__bin.35","NO",0.9664,"Pasolli et al. 2019",97.65,0.29,2466396]
["BritoIL_2016__W2.15.ST__bin.36","NO",0.9586,"Pasolli et al. 2019",81.38,0,1907239]
["BritoIL_2016__W2.17.ST__bin.11","NO",0.9471,"Pasolli et al. 2019",92.35,0.29,2082447]
["BritoIL_2016__W2.17.ST__bin.34","NO",0.5069,"Pasolli et al. 2019",86.84,1.57,3889330]
["BritoIL_2016__W2.17.ST__bin.4","NO",0.9612,"Pasolli et al. 2019",68.53,1.91,1301546]
["BritoIL_2016__W2.19.ST__bin.62","YES",0.5509,"Pasolli et al. 2019",97.1,0.31,4209091]
["BritoIL_2016__W2.19.ST__bin.74","NO",0.9375,"Pasolli et al. 2019",81.14,0.29,1598539]
["BritoIL_2016__W2.19.ST__bin.87","NO",0.9675,"Pasolli et al. 2019",93.73,2.02,2022263]
["BritoIL_2016__W2.21.ST__bin.27","NO",0.9143,"Pasolli et al. 2019",82.91,0.29,1996631]
["BritoIL_2016__W2.23.SA__bin.4","NO",0.9823,"Pasolli et al. 2019",97.78,1.47,2091147]
["BritoIL_2016__W2.23.ST__bin.20","NO",0.5239,"Pasolli et al. 2019",76.88,1.72,4509650]
["BritoIL_2016__W2.23.ST__bin.5","NO",0.8849,"Pasolli et al. 2019",83.24,0.54,2315337]
["BritoIL_2016__W2.23.ST__bin.56","NO",0.6725,"Pasolli et al. 2019",66.38,0,3480029]
["BritoIL_2016__W2.25.ST__bin.42","NO",0.9594,"Pasolli et al. 2019",93.69,1.36,1824263]
["BritoIL_2016__W2.25.ST__bin.53","NO",0.9291,"Pasolli et al. 2019",84.41,0,1598807]
["BritoIL_2016__W2.25.ST__bin.6","NO",0.9694,"Pasolli et al. 2019",98.42,0.35,1869856]
["BritoIL_2016__W2.26.ST__bin.18","NO",0.9629,"Pasolli et al. 2019",94.04,1.27,1783525]
["BritoIL_2016__W2.26.ST__bin.45","NO",0.9457,"Pasolli et al. 2019",81.25,0,1492210]
["BritoIL_2016__W2.26.ST__bin.6","NO",0.9688,"Pasolli et al. 2019",98.42,0.7,1827001]
["BritoIL_2016__W2.33.ST__bin.76","NO",0.9349,"Pasolli et al. 2019",64.38,0.05,1422516]
["BritoIL_2016__W2.33.ST__bin.81","NO",0.858,"Pasolli et al. 2019",53.78,2.16,915155]
["BritoIL_2016__W2.33.ST__bin.90","NO",0.9649,"Pasolli et al. 2019",97.61,0.29,2408270]
["BritoIL_2016__W2.34.ST__bin.29","NO",0.5788,"Pasolli et al. 2019",83.05,2.35,3523190]
["BritoIL_2016__W2.34.ST__bin.38","NO",0.9647,"Pasolli et al. 2019",93.35,2.42,1847579]
["BritoIL_2016__W2.34.ST__bin.67","NO",0.7126,"Pasolli et al. 2019",51.72,1.72,2404829]
["BritoIL_2016__W2.34.ST__bin.78","NO",0.9686,"Pasolli et al. 2019",97.61,0.29,2313749]
["BritoIL_2016__W2.35.ST__bin.49","NO",0.5365,"Pasolli et al. 2019",80.76,1.81,3438573]
["BritoIL_2016__W2.35.ST__bin.83","NO",0.969,"Pasolli et al. 2019",98.79,0.29,2316114]
["BritoIL_2016__W2.36.SA__bin.2","NO",0.9381,"Pasolli et al. 2019",66.29,0.45,1549961]
["BritoIL_2016__W2.36.ST__bin.20","NO",0.968,"Pasolli et al. 2019",99.38,0.29,2335815]
["BritoIL_2016__W2.36.ST__bin.23","NO",0.6071,"Pasolli et al. 2019",97.4,0.46,4709225]
["BritoIL_2016__W2.36.ST__bin.29","NO",0.9828,"Pasolli et al. 2019",96.89,0.62,2278092]
["BritoIL_2016__W2.36.ST__bin.46","YES",0.5415,"Pasolli et al. 2019",62.07,0,4476102]
["BritoIL_2016__W2.36.ST__bin.59","NO",0.9561,"Pasolli et al. 2019",89.65,1.31,1669574]
["BritoIL_2016__W2.39.ST__bin.16","NO",0.971,"Pasolli et al. 2019",99.38,0.29,2334459]
["BritoIL_2016__W2.39.ST__bin.33","NO",0.9574,"Pasolli et al. 2019",83.2,1.81,2067929]
["BritoIL_2016__W2.39.ST__bin.54","NO",0.5784,"Pasolli et al. 2019",95.51,0.44,4650575]
["BritoIL_2016__W2.39.ST__bin.6","NO",0.5776,"Pasolli et al. 2019",95.55,2,4159836]
["BritoIL_2016__W2.4.SA__bin.1","NO",0.9555,"Pasolli et al. 2019",65.52,0,1647063]
["BritoIL_2016__W2.4.ST__bin.31","NO",0.9682,"Pasolli et al. 2019",97.03,0.29,2451603]
["BritoIL_2016__W2.4.ST__bin.57","NO",0.9706,"Pasolli et al. 2019",99.38,0.62,1915990]
["BritoIL_2016__W2.40.ST__bin.25","NO",0.9272,"Pasolli et al. 2019",75.63,1.61,1326270]
["BritoIL_2016__W2.40.ST__bin.62","NO",0.9535,"Pasolli et al. 2019",89.97,0.29,1841792]
["BritoIL_2016__W2.41.SA__bin.3","NO",0.8996,"Pasolli et al. 2019",55.27,1.72,1424308]
["BritoIL_2016__W2.41.ST__bin.26","NO",0.969,"Pasolli et al. 2019",97.03,0.29,2139147]
["BritoIL_2016__W2.42.ST__bin.8","YES",0.7432,"Pasolli et al. 2019",98.01,0.52,4483259]
["BritoIL_2016__W2.43.SA__bin.4","NO",0.9271,"Pasolli et al. 2019",61.78,0.23,1294950]
["BritoIL_2016__W2.43.SA__bin.6","NO",0.924,"Pasolli et al. 2019",58.71,1.56,1089508]
["BritoIL_2016__W2.43.SA__bin.7","NO",0.9574,"Pasolli et al. 2019",61.21,1.72,1946856]
["BritoIL_2016__W2.43.ST__bin.37","NO",0.9185,"Pasolli et al. 2019",72.67,0.78,1336523]
["BritoIL_2016__W2.43.ST__bin.71","YES",0.5879,"Pasolli et al. 2019",56.38,0,4482061]
["BritoIL_2016__W2.44.ST__bin.15","NO",0.8733,"Pasolli et al. 2019",58.1,0.76,2028166]
["BritoIL_2016__W2.44.ST__bin.48","NO",0.9436,"Pasolli et al. 2019",53.45,0,1509213]
["BritoIL_2016__W2.44.ST__bin.77","NO",0.9135,"Pasolli et al. 2019",72.41,0,1491094]
["BritoIL_2016__W2.44.ST__bin.83","NO",0.6252,"Pasolli et al. 2019",66.54,1.72,3475269]
["BritoIL_2016__W2.45.SA__bin.3","NO",0.9747,"Pasolli et al. 2019",70.69,0,2213510]
["BritoIL_2016__W2.45.ST__bin.13","NO",0.9294,"Pasolli et al. 2019",69.97,0.29,1235493]
["BritoIL_2016__W2.45.ST__bin.21","YES",0.8279,"Pasolli et al. 2019",93.98,0.47,4218991]
["BritoIL_2016__W2.46.SA__bin.5","NO",0.9709,"Pasolli et al. 2019",77.59,0.86,2178685]
["BritoIL_2016__W2.46.ST__bin.25","NO",0.9678,"Pasolli et al. 2019",95.34,1.29,2200741]
["BritoIL_2016__W2.46.ST__bin.26","NO",0.953,"Pasolli et al. 2019",98.79,0.29,2427341]
["BritoIL_2016__W2.46.ST__bin.38","NO",0.9758,"Pasolli et al. 2019",88.71,0,2043068]
["BritoIL_2016__W2.46.ST__bin.61","NO",0.9634,"Pasolli et al. 2019",90.12,0.81,1765431]
["BritoIL_2016__W2.47.ST__bin.35","NO",0.9542,"Pasolli et al. 2019",79.52,0.16,1386297]
["BritoIL_2016__W2.47.ST__bin.45","NO",0.9572,"Pasolli et al. 2019",73.64,2.55,1649641]
["BritoIL_2016__W2.47.ST__bin.49","NO",0.5818,"Pasolli et al. 2019",95.26,0.42,4080380]
["BritoIL_2016__W2.48.ST__bin.41","NO",0.9032,"Pasolli et al. 2019",74.12,0.29,1440067]
["BritoIL_2016__W2.48.ST__bin.53","NO",0.9736,"Pasolli et al. 2019",86.65,1.24,1477264]
["BritoIL_2016__W2.49.ST__bin.26","NO",0.97,"Pasolli et al. 2019",98.79,0.29,2350502]
["BritoIL_2016__W2.49.ST__bin.40","NO",0.9428,"Pasolli et al. 2019",59.91,0.98,921014]
["BritoIL_2016__W2.5.ST__bin.30","NO",0.9326,"Pasolli et al. 2019",72.32,0.29,1429851]
["BritoIL_2016__W2.5.ST__bin.70","YES",0.8054,"Pasolli et al. 2019",98.36,0.47,4115882]
["BritoIL_2016__W2.5.ST__bin.75","NO",0.9372,"Pasolli et al. 2019",51.1,1.72,1340013]
["BritoIL_2016__W2.52.ST__bin.21","NO",0.9644,"Pasolli et al. 2019",97.06,0.29,2332850]
["BritoIL_2016__W2.52.ST__bin.34","NO",0.9788,"Pasolli et al. 2019",94.72,1.7,1989084]
["BritoIL_2016__W2.53.ST__bin.20","NO",0.9669,"Pasolli et al. 2019",99.38,0.29,2606590]
["BritoIL_2016__W2.54.ST__bin.29","YES",0.8197,"Pasolli et al. 2019",96.67,1.63,4135833]
["BritoIL_2016__W2.54.ST__bin.33","NO",0.9829,"Pasolli et al. 2019",91.41,0.72,1751907]
["BritoIL_2016__W2.56.ST__bin.38","NO",0.8673,"Pasolli et al. 2019",65.85,0.29,1513974]
["BritoIL_2016__W2.56.ST__bin.39","NO",0.9789,"Pasolli et al. 2019",94,2.95,2126887]
["BritoIL_2016__W2.59.ST__bin.61","NO",0.9639,"Pasolli et al. 2019",99.38,0.29,2384067]
["BritoIL_2016__W2.6.ST__bin.8","NO",0.9591,"Pasolli et al. 2019",99.38,0.29,2271851]
["BritoIL_2016__W2.61.SA__bin.13","NO",0.9872,"Pasolli et al. 2019",96.95,1.64,2108577]
["BritoIL_2016__W2.61.ST__bin.46","NO",0.9598,"Pasolli et al. 2019",99.38,0.29,2476495]
["BritoIL_2016__W2.61.ST__bin.99","NO",0.8315,"Pasolli et al. 2019",58.62,0,1299825]
["BritoIL_2016__W2.62.ST__bin.4","YES",0.5643,"Pasolli et al. 2019",57.92,1.72,4410475]
["BritoIL_2016__W2.62.ST__bin.47","NO",0.8775,"Pasolli et al. 2019",55.26,1.86,801504]
["BritoIL_2016__W2.62.ST__bin.64","NO",0.536,"Pasolli et al. 2019",94.86,1.07,4013194]
["BritoIL_2016__W2.63.SA__bin.7","NO",0.9703,"Pasolli et al. 2019",55.69,2.28,1216963]
["BritoIL_2016__W2.63.ST__bin.43","NO",0.7067,"Pasolli et al. 2019",62.07,0,2737326]
["BritoIL_2016__W2.63.ST__bin.61","NO",0.6955,"Pasolli et al. 2019",78.46,0.33,3155011]
["BritoIL_2016__W2.63.ST__bin.63","NO",0.9316,"Pasolli et al. 2019",80,0.29,1443044]
["BritoIL_2016__W2.65.SA__bin.1","NO",0.925,"Pasolli et al. 2019",88.75,0.06,2061523]
["BritoIL_2016__W2.65.ST__bin.19","NO",0.8832,"Pasolli et al. 2019",51.14,0,949132]
["BritoIL_2016__W2.65.ST__bin.28","NO",0.9695,"Pasolli et al. 2019",99.38,0.62,1909253]
["BritoIL_2016__W2.65.ST__bin.50","NO",0.8679,"Pasolli et al. 2019",53.45,0,1433013]
["BritoIL_2016__W2.67.ST__bin.11","YES",0.7975,"Pasolli et al. 2019",98.14,0.86,4098325]
["BritoIL_2016__W2.67.ST__bin.35","NO",0.9383,"Pasolli et al. 2019",61.29,0,1609504]
["BritoIL_2016__W2.67.ST__bin.38","NO",0.9688,"Pasolli et al. 2019",99.38,0.29,2473127]
["BritoIL_2016__W2.67.ST__bin.43","NO",0.9584,"Pasolli et al. 2019",66.03,2.53,1168801]
["BritoIL_2016__W2.68.SA__bin.20","NO",0.989,"Pasolli et al. 2019",81.09,2.6,1470969]
["BritoIL_2016__W2.68.ST__bin.67","NO",0.9623,"Pasolli et al. 2019",93.15,1.61,2087195]
["BritoIL_2016__W2.69.ST__bin.10","NO",0.9599,"Pasolli et al. 2019",99.38,0.29,2518254]
["BritoIL_2016__W2.7.ST__bin.28","NO",0.9587,"Pasolli et al. 2019",95,0.29,1854947]
["BritoIL_2016__W2.7.ST__bin.3","NO",0.9307,"Pasolli et al. 2019",59.27,1.61,1272052]
["BritoIL_2016__W2.7.ST__bin.77","NO",0.5554,"Pasolli et al. 2019",97.51,0.54,4057997]
["BritoIL_2016__W2.8.ST__bin.30","NO",0.9639,"Pasolli et al. 2019",99.38,0.29,2415100]
["BritoIL_2016__W2.8.ST__bin.34","NO",0.9641,"Pasolli et al. 2019",93.5,1.61,2226186]
["BritoIL_2016__W2.8.ST__bin.5","NO",0.961,"Pasolli et al. 2019",98.12,0,2022315]
["BritoIL_2016__W2.9.ST__bin.14","YES",0.749,"Pasolli et al. 2019",98.63,0.06,4445515]
["BritoIL_2016__W2.9.ST__bin.41","NO",0.8938,"Pasolli et al. 2019",50.37,0,1189916]
["BritoIL_2016__W2.9.ST__bin.42","NO",0.9594,"Pasolli et al. 2019",98.2,0.88,2258678]
["BritoIL_2016__W2.9.ST__bin.43","NO",0.5141,"Pasolli et al. 2019",65,0,4154557]
["BritoIL_2016__W2.9.ST__bin.74","NO",0.865,"Pasolli et al. 2019",50.34,0.81,938631]
["BritoIL_2016__W3.1.ST__bin.59","NO",0.9517,"Pasolli et al. 2019",65.97,1.8,1291878]
["BritoIL_2016__W3.16.SA__bin.7","NO",0.9359,"Pasolli et al. 2019",71.35,1.32,1527771]
["BritoIL_2016__W3.16.ST__bin.22","YES",0.5478,"Pasolli et al. 2019",95.06,0.87,4053968]
["BritoIL_2016__W3.16.ST__bin.6","NO",0.7927,"Pasolli et al. 2019",63.79,0,1175710]
["BritoIL_2016__W3.16.ST__bin.7","NO",0.9447,"Pasolli et al. 2019",63.42,3.31,1021935]
["BritoIL_2016__W3.17.ST__bin.58","NO",0.9785,"Pasolli et al. 2019",76.95,0.56,1393848]
["BritoIL_2016__W3.17.ST__bin.6","NO",0.961,"Pasolli et al. 2019",97.61,0.29,2358249]
["BritoIL_2016__W3.17.ST__bin.63","YES",0.7602,"Pasolli et al. 2019",98.22,0.4,4230132]
["BritoIL_2016__W3.18.ST__bin.34","NO",0.9697,"Pasolli et al. 2019",83.54,0,1906401]
["BritoIL_2016__W3.18.ST__bin.5","NO",0.9468,"Pasolli et al. 2019",51.86,0.87,1069741]
["BritoIL_2016__W3.18.ST__bin.67","NO",0.9638,"Pasolli et al. 2019",91.53,1.81,2405998]
["BritoIL_2016__W3.19.SA__bin.2","NO",0.9501,"Pasolli et al. 2019",60.34,0,1326020]
["BritoIL_2016__W3.19.ST__bin.4","NO",0.9285,"Pasolli et al. 2019",82.32,0.29,1598813]
["BritoIL_2016__W3.19.ST__bin.64","NO",0.9341,"Pasolli et al. 2019",74.44,0.97,1536942]
["BritoIL_2016__W3.20.SA__bin.4","NO",0.9593,"Pasolli et al. 2019",75.86,1.72,1860245]
["BritoIL_2016__W3.20.ST__bin.23","NO",0.9653,"Pasolli et al. 2019",95.88,0.29,2219612]
["BritoIL_2016__W3.20.ST__bin.3","NO",0.9761,"Pasolli et al. 2019",97.52,0.62,2190816]
["BritoIL_2016__W3.20.ST__bin.36","NO",0.9582,"Pasolli et al. 2019",86.49,1.25,1790541]
["BritoIL_2016__W3.21.ST__bin.13","NO",0.6396,"Pasolli et al. 2019",52.59,0,2866065]
["BritoIL_2016__W3.21.ST__bin.28","NO",0.8504,"Pasolli et al. 2019",52.17,0,706158]
["BritoIL_2016__W3.21.ST__bin.61","NO",0.8449,"Pasolli et al. 2019",51.72,0,1034797]
["BritoIL_2016__W3.22.SA__bin.20","NO",0.984,"Pasolli et al. 2019",97.29,0,2095664]
["BritoIL_2016__W3.22.ST__bin.116","NO",0.7697,"Pasolli et al. 2019",59.38,0.06,2518663]
["BritoIL_2016__W3.22.ST__bin.143","NO",0.6641,"Pasolli et al. 2019",89.86,0.59,2440300]
["BritoIL_2016__W3.22.ST__bin.52","YES",0.6272,"Pasolli et al. 2019",64.29,0,4098924]
["BritoIL_2016__W3.22.ST__bin.77","NO",0.8476,"Pasolli et al. 2019",62.07,0,1771584]
["BritoIL_2016__W3.23.ST__bin.35","NO",0.9571,"Pasolli et al. 2019",88.79,0.29,1864069]
["BritoIL_2016__WL.1.SA__bin.5","NO",0.9584,"Pasolli et al. 2019",57.64,2.42,1099354]
["BritoIL_2016__WL.1.ST__bin.20","NO",0.6886,"Pasolli et al. 2019",81.38,4.31,2155254]
["BritoIL_2016__WL.10.SA__bin.2","NO",0.9897,"Pasolli et al. 2019",93.51,1.43,1823927]
["BritoIL_2016__WL.10.SA__bin.8","NO",0.9813,"Pasolli et al. 2019",68.1,2.59,1878830]
["BritoIL_2016__WL.10.ST__bin.40","NO",0.9605,"Pasolli et al. 2019",79.41,0.29,1421450]
["BritoIL_2016__WL.10.ST__bin.87","NO",0.9217,"Pasolli et al. 2019",50.86,0,809259]
["BritoIL_2016__WL.11.ST__bin.27","NO",0.9694,"Pasolli et al. 2019",95.62,1.38,2206387]
["BritoIL_2016__WL.11.ST__bin.31","NO",0.9528,"Pasolli et al. 2019",88.79,0.29,2028967]
["BritoIL_2016__WL.12.ST__bin.35","NO",0.9712,"Pasolli et al. 2019",99.06,0.62,1910212]
["BritoIL_2016__WL.12.ST__bin.56","NO",0.9313,"Pasolli et al. 2019",84.08,0.29,1659332]
["BritoIL_2016__WL.13.ST__bin.22","NO",0.9318,"Pasolli et al. 2019",55.52,0,980726]
["BritoIL_2016__WL.13.ST__bin.50","NO",0.9654,"Pasolli et al. 2019",98.79,0.29,2534912]
["BritoIL_2016__WL.14.ST__bin.31","NO",0.9683,"Pasolli et al. 2019",98.75,1.25,1907177]
["BritoIL_2016__WL.14.ST__bin.40","NO",0.9444,"Pasolli et al. 2019",97.61,0.29,2224188]
["BritoIL_2016__WL.15.ST__bin.16","NO",0.9381,"Pasolli et al. 2019",68.04,2.75,1378022]
["BritoIL_2016__WL.15.ST__bin.20","NO",0.9402,"Pasolli et al. 2019",69.76,2.42,1304244]
["BritoIL_2016__WL.15.ST__bin.35","NO",0.9524,"Pasolli et al. 2019",97.06,0.29,2457604]
["BritoIL_2016__WL.15.ST__bin.72","NO",0.52,"Pasolli et al. 2019",83.01,2.23,3805940]
["BritoIL_2016__WL.17.SA__bin.5","NO",0.984,"Pasolli et al. 2019",98.15,1.03,2173865]
["BritoIL_2016__WL.17.ST__bin.27","NO",0.5205,"Pasolli et al. 2019",83.12,0.37,3649242]
["BritoIL_2016__WL.17.ST__bin.44","NO",0.9661,"Pasolli et al. 2019",99.38,0.29,2279209]
["BritoIL_2016__WL.2.SA__bin.2","NO",0.9543,"Pasolli et al. 2019",77.65,1.1,1477121]
["BritoIL_2016__WL.2.ST__bin.37","NO",0.7812,"Pasolli et al. 2019",52.32,0.29,1226811]
["BritoIL_2016__WL.20.ST__bin.11","NO",0.963,"Pasolli et al. 2019",81.45,1.61,2120411]
["BritoIL_2016__WL.20.ST__bin.58","NO",0.9681,"Pasolli et al. 2019",97.97,1.25,1914971]
["BritoIL_2016__WL.25.SA__bin.1","NO",0.9478,"Pasolli et al. 2019",61.55,1.72,2130705]
["BritoIL_2016__WL.25.SA__bin.5","NO",0.9698,"Pasolli et al. 2019",58.6,1.88,1211211]
["BritoIL_2016__WL.25.SA__bin.7","NO",0.9334,"Pasolli et al. 2019",53.21,0.86,1045214]
["BritoIL_2016__WL.25.ST__bin.24","NO",0.9561,"Pasolli et al. 2019",87.61,0.29,1892321]
["BritoIL_2016__WL.25.ST__bin.35","YES",0.5099,"Pasolli et al. 2019",54.27,0.04,2544193]
["BritoIL_2016__WL.25.ST__bin.64","NO",0.9204,"Pasolli et al. 2019",56.69,0.62,912163]
["BritoIL_2016__WL.25.ST__bin.68","NO",0.9618,"Pasolli et al. 2019",91.95,0.81,1759033]
["BritoIL_2016__WL.26.ST__bin.38","NO",0.9424,"Pasolli et al. 2019",93.75,0,1908478]
["BritoIL_2016__WL.26.ST__bin.6","NO",0.9369,"Pasolli et al. 2019",82.94,0.29,1650316]
["BritoIL_2016__WL.28.SA__bin.2","NO",0.9817,"Pasolli et al. 2019",62.07,3.45,1528583]
["BritoIL_2016__WL.28.SA__bin.7","NO",0.9749,"Pasolli et al. 2019",93.28,2.47,3037445]
["BritoIL_2016__WL.28.ST__bin.3","NO",0.9667,"Pasolli et al. 2019",94.38,1.47,2258721]
["BritoIL_2016__WL.28.ST__bin.33","NO",0.9419,"Pasolli et al. 2019",76.37,2.62,1482311]
["BritoIL_2016__WL.3.ST__bin.37","NO",0.9651,"Pasolli et al. 2019",92.94,0.81,1797353]
["BritoIL_2016__WL.3.ST__bin.5","NO",0.9344,"Pasolli et al. 2019",88.79,0.29,1819894]
["BritoIL_2016__WL.30.ST__bin.59","NO",0.9687,"Pasolli et al. 2019",96.47,0.29,2522709]
["BritoIL_2016__WL.32.SA__bin.2","NO",0.9671,"Pasolli et al. 2019",94.32,1.13,2297689]
["BritoIL_2016__WL.32.ST__bin.37","NO",0.9622,"Pasolli et al. 2019",99.38,0.29,2521697]
["BritoIL_2016__WL.33.SA__bin.17","NO",0.9514,"Pasolli et al. 2019",51.76,3.21,1639895]
["BritoIL_2016__WL.33.ST__bin.13","YES",0.5332,"Pasolli et al. 2019",94.79,0.51,4328812]
["BritoIL_2016__WL.33.ST__bin.42","NO",0.880999999999999,"Pasolli et al. 2019",70.56,0.29,1814816]
["BritoIL_2016__WL.34.ST__bin.24","NO",0.9193,"Pasolli et al. 2019",51.73,0,910910]
["BritoIL_2016__WL.34.ST__bin.31","NO",0.8495,"Pasolli et al. 2019",53.45,0,1578108]
["BritoIL_2016__WL.35.ST__bin.26","NO",0.9387,"Pasolli et al. 2019",63.8,1.56,1083541]
["BritoIL_2016__WL.35.ST__bin.55","NO",0.9658,"Pasolli et al. 2019",95.88,0.88,2424493]
["BritoIL_2016__WL.36.ST__bin.43","NO",0.9739,"Pasolli et al. 2019",99.38,0.29,2315079]
["BritoIL_2016__WL.37.ST__bin.17","NO",0.9397,"Pasolli et al. 2019",54.31,0.34,1299749]
["BritoIL_2016__WL.37.ST__bin.22","NO",0.9365,"Pasolli et al. 2019",53.28,0.08,1367058]
["BritoIL_2016__WL.37.ST__bin.41","NO",0.8675,"Pasolli et al. 2019",52.07,0.29,1625860]
["BritoIL_2016__WL.37.ST__bin.53","NO",0.8703,"Pasolli et al. 2019",74.14,0,1748878]
["BritoIL_2016__WL.39.SA__bin.1","NO",0.9733,"Pasolli et al. 2019",84.57,1.85,2485441]
["BritoIL_2016__WL.39.ST__bin.32","NO",0.9257,"Pasolli et al. 2019",55.09,0.36,1125256]
["BritoIL_2016__WL.43.ST__bin.14","NO",0.9473,"Pasolli et al. 2019",96.44,0.29,2095457]
["BritoIL_2016__WL.43.ST__bin.26","YES",0.597,"Pasolli et al. 2019",71.19,1.72,3987383]
["BritoIL_2016__WL.43.ST__bin.31","NO",0.97,"Pasolli et al. 2019",93.95,2.42,1914478]
["BritoIL_2016__WL.43.ST__bin.38","NO",0.9591,"Pasolli et al. 2019",90.93,0.81,1738810]
["BritoIL_2016__WL.43.ST__bin.72","NO",0.9778,"Pasolli et al. 2019",70.59,1.36,2129936]
["BritoIL_2016__WL.44.SA__bin.33","NO",0.9455,"Pasolli et al. 2019",56.41,0.41,1203217]
["BritoIL_2016__WL.44.SA__bin.6","NO",0.8628,"Pasolli et al. 2019",50,0,1233022]
["BritoIL_2016__WL.44.SA__bin.7","NO",0.9608,"Pasolli et al. 2019",86.79,0.51,1705797]
["BritoIL_2016__WL.44.ST__bin.31","NO",0.9679,"Pasolli et al. 2019",88.2,0.62,1635645]
["BritoIL_2016__WL.44.ST__bin.37","NO",0.9622,"Pasolli et al. 2019",91.94,1.61,2078264]
["BritoIL_2016__WL.44.ST__bin.53","NO",0.7973,"Pasolli et al. 2019",81.54,1.92,2905193]
["BritoIL_2016__WL.44.ST__bin.6","NO",0.9456,"Pasolli et al. 2019",66.1,1.37,1336632]
["BritoIL_2016__WL.45.ST__bin.15","NO",0.9684,"Pasolli et al. 2019",79.66,1.8,1496043]
["BritoIL_2016__WL.5.ST__bin.19","NO",0.9633,"Pasolli et al. 2019",98.79,0.29,2350015]
["BritoIL_2016__WL.5.ST__bin.35","NO",0.7466,"Pasolli et al. 2019",97.93,0.75,2283169]
["BritoIL_2016__WL.7.ST__bin.27","NO",0.9552,"Pasolli et al. 2019",99.38,0.29,2331650]
["BritoIL_2016__WL.7.ST__bin.29","NO",0.6594,"Pasolli et al. 2019",82.04,2.32,3578265]
["BritoIL_2016__WL.7.ST__bin.34","NO",0.8191,"Pasolli et al. 2019",52.29,0,1200399]
["BritoIL_2016__WL.8.ST__bin.5","NO",0.9707,"Pasolli et al. 2019",99.38,0.29,2313979]
["BritoIL_2016__WL.8.ST__bin.79","NO",0.9419,"Pasolli et al. 2019",65.52,0,1654686]
["BritoIL_2016__WL.9.ST__bin.2","NO",0.9326,"Pasolli et al. 2019",79.5,0,1114047]
["BritoIL_2016__WL.9.ST__bin.34","NO",0.8313,"Pasolli et al. 2019",54.38,0.29,891820]
["CM_cf__CF_FIFC001SS_t6M17__bin.10","NO",0.8972,"Pasolli et al. 2019",98.06,0,3919761]
["CM_cf__CF_FIFC003SS_t3M17__bin.2","YES",0.9584,"Pasolli et al. 2019",91.28,1.74,5726970]
["CM_cf__CF_FIFC003SS_t5M16__bin.1","NO",0.9761,"Pasolli et al. 2019",84.76,2.18,1915609]
["CM_cf__CF_FIFC004SS_t1M16__bin.1","NO",0.9759,"Pasolli et al. 2019",98.39,0.66,1767679]
["CM_cf__CF_FIFC004SS_t4M16__bin.2","NO",0.9771,"Pasolli et al. 2019",83.05,0.62,1490550]
["CM_cf__CF_FIFC004SS_t7M16__bin.1","NO",0.9768,"Pasolli et al. 2019",98.61,0.95,1825770]
["CM_cf__CF_FIFC009SS_t4M16__bin.1","NO",0.6859,"Pasolli et al. 2019",70.08,0.95,4531329]
["CM_cf__CF_FIFC009SS_t6M16__bin.8","NO",0.962,"Pasolli et al. 2019",91.18,1.17,1718288]
["CM_cf__CF_FIFC009SS_t6M16__bin.9","NO",0.6784,"Pasolli et al. 2019",97.23,0.38,5856717]
["CM_cf__CF_FIFC010SS_t5M16__bin.1","NO",0.9405,"Pasolli et al. 2019",56.48,1.3,992619]
["CM_cf__CF_FIFC010SS_t5M16__bin.8","NO",0.6877,"Pasolli et al. 2019",99.94,0.19,5997730]
["CM_cf__CF_FIFC013SS_t1M15__bin.1","YES",0.937,"Pasolli et al. 2019",76.72,1.02,4154791]
["CM_cf__CF_FIFC013SS_t4M15__bin.2","YES",0.9547,"Pasolli et al. 2019",84.06,2.47,5205267]
["CM_cf__CF_FIFC013SS_t6M16__bin.1","YES",0.9647,"Pasolli et al. 2019",83.1,1.65,5280122]
["CM_cf__CF_FIFC013SS_t7M17__bin.1","YES",0.9833,"Pasolli et al. 2019",98.35,0.87,6656882]
["CM_cf__CF_FIFC013SS_t8M17__bin.3","NO",0.679,"Pasolli et al. 2019",60.46,1.01,4371461]
["CM_cf__CF_FIFC013SS_t9M16__bin.2","YES",0.8809,"Pasolli et al. 2019",69.93,0.59,4382805]
["CM_cf__CF_TNFC002IS_t1M15__bin.3","YES",0.967,"Pasolli et al. 2019",85.75,2.09,5501327]
["CM_cf__CF_TNFC002IS_t3M15__bin.1","YES",0.9239,"Pasolli et al. 2019",68.75,1.54,3597696]
["CM_cf__CF_TNFC002SA_t1M15__bin.16","NO",0.9817,"Pasolli et al. 2019",99.47,0.45,2264702]
["CM_cf__CF_TNFC002SA_t1M15__bin.21","NO",0.9859,"Pasolli et al. 2019",99.51,0.86,1904968]
["CM_cf__CF_TNFC003IS_t1M15__bin.11","YES",0.9654,"Pasolli et al. 2019",80.6,0.6,5377421]
["CM_cf__CF_TNFC003IS_t2M15__bin.14","YES",0.9795,"Pasolli et al. 2019",97.09,0.22,6247631]
["CM_cf__CF_TNFC003IS_t5M16__bin.3","NO",0.9508,"Pasolli et al. 2019",88.6,2.08,2018747]
["CM_cf__CF_TNFC003SA_t1M15__bin.5","NO",0.9856,"Pasolli et al. 2019",97.1,0.93,1685621]
["CM_cf__CF_TNFC003SA_t1M15__bin.6","NO",0.9739,"Pasolli et al. 2019",96.94,1.26,1846844]
["CM_cf__CF_TNFC004SS_t1M15__bin.8","NO",0.8312,"Pasolli et al. 2019",97.33,2.63,7637218]
["CM_cf__CF_TNFC005IS_t1M15__bin.1","NO",0.9678,"Pasolli et al. 2019",94.8,1.35,1852367]
["CM_cf__CF_TNFC005IS_t1M15__bin.13","NO",0.9761,"Pasolli et al. 2019",76.37,1.24,1663647]
["CM_cf__CF_TNFC005IS_t3M15__bin.7","NO",0.9682,"Pasolli et al. 2019",53.44,0.36,1283118]
["CM_cf__CF_TNFC005SA_t1M15__bin.14","NO",0.9733,"Pasolli et al. 2019",66.72,1.72,1935399]
["CM_cf__CF_TNFC007IS_t2M15__bin.2","NO",0.9783,"Pasolli et al. 2019",93.28,1.47,2082579]
["CM_cf__CF_TNFC008IS_t3M15__bin.14","NO",0.9622,"Pasolli et al. 2019",84.48,2.73,1744014]
["CM_cf__CF_TNFC008IS_t3M15__bin.15","NO",0.6893,"Pasolli et al. 2019",96.6,2.37,5849596]
["CM_cf__CF_TNFC017IS_t2M15__bin.13","NO",0.9577,"Pasolli et al. 2019",71.07,2,1268846]
["CM_cf__CF_TNFC017IS_t2M15__bin.15","NO",0.8196,"Pasolli et al. 2019",99.73,0.36,7756122]
["CM_cf__CF_TNFC017SA_t1M16__bin.20","NO",0.9806,"Pasolli et al. 2019",77.06,0.74,1389798]
["CM_cf__CF_TNFC017SA_t1M16__bin.25","NO",0.9875,"Pasolli et al. 2019",82.76,0,2058574]
["CM_cf__CF_TNFC017SA_t3M17__bin.1","NO",0.6828,"Pasolli et al. 2019",99.94,0.19,5984985]
["CM_cf__CF_TNFC018IS_t1M15__bin.13","YES",0.5354,"Pasolli et al. 2019",90.98,0.39,5254395]
["CM_cf__CF_TNFC018IS_t3M15__bin.2","NO",0.695,"Pasolli et al. 2019",58.38,0.04,3441317]
["CM_cf__CF_TNFC018IS_t4M15__bin.2","NO",0.5012,"Pasolli et al. 2019",89.93,0.73,5127857]
["CM_cf__CF_TNFC018SA_t5M17__bin.1","NO",0.6266,"Pasolli et al. 2019",50.07,0,3227994]
["CM_cf__CF_TNFC018SA_t5M17__bin.12","NO",0.9706,"Pasolli et al. 2019",97.3,1.95,2024949]
["CM_cf__CF_TNFC018SA_t5M17__bin.2","NO",0.6187,"Pasolli et al. 2019",85.17,1.15,5361052]
["CM_cf__CF_TNFC022IS_t1M15__bin.22","NO",0.8291,"Pasolli et al. 2019",99.73,0.57,7746044]
["CM_cf__CF_TNFC023IS_t1M15__bin.10","NO",0.979,"Pasolli et al. 2019",98.23,0.34,2164622]
["CM_cf__CF_TNFC023IS_t3M15__bin.8","NO",0.8196,"Pasolli et al. 2019",99.73,0.36,7751688]
["CM_cf__CF_TNFC023SA_t1M16__bin.1","NO",0.9788,"Pasolli et al. 2019",99.47,0.23,2213528]
["CM_cf__CF_TNFC034IS_t3M15__bin.1","YES",0.9768,"Pasolli et al. 2019",84.23,0.56,5219660]
["CM_cf__CF_TNFC034IS_t5M16__bin.2","YES",0.9785,"Pasolli et al. 2019",98.95,0.19,6231012]
["CM_cf__CF_TNFC034SA_t1M16__bin.5","NO",0.9202,"Pasolli et al. 2019",56.03,0,997287]
["CM_cf__CF_TNFC034SS_t1M15__bin.12","YES",0.9771,"Pasolli et al. 2019",98.41,0.19,5981613]
["CM_cf__CF_TNFC034SS_t1M15__bin.3","NO",0.8306,"Pasolli et al. 2019",96.77,1.23,7600427]
["CM_cf__CF_TNFC034SS_t2M15__bin.2","NO",0.8196,"Pasolli et al. 2019",99.73,0.36,7742561]
["CM_cf__CF_TNFC038SA_t1M16__bin.3","NO",0.9701,"Pasolli et al. 2019",99.71,0.76,1834317]
["CM_cf__CF_TNFC038SA_t1M16__bin.7","NO",0.9872,"Pasolli et al. 2019",96.72,0,1791787]
["CM_cf__CF_TNFC039IS_t1M15__bin.16","NO",0.9834,"Pasolli et al. 2019",100,0,2209590]
["CM_cf__CF_TNFC039IS_t1M15__bin.32","NO",0.9654,"Pasolli et al. 2019",52.1,0.19,903796]
["CM_cf__CF_TNFC039IS_t2M15__bin.3","NO",0.9208,"Pasolli et al. 2019",50,0,991968]
["CM_cf__CF_TNFC039IS_t3M15__bin.1","YES",0.9741,"Pasolli et al. 2019",98.21,0.22,6458960]
["CM_cf__CF_TNFC039SA_t1M16__bin.19","NO",0.9756,"Pasolli et al. 2019",99.13,0.34,1948429]
["CM_cf__CF_TNFC039SA_t1M16__bin.3","NO",0.9834,"Pasolli et al. 2019",100,0,2203550]
["CM_cf__CF_TNFC039SA_t1M16__bin.4","NO",0.9818,"Pasolli et al. 2019",87.82,3.21,1817966]
["CM_cf__CF_TNFC040IS_t1M15__bin.2","NO",0.9712,"Pasolli et al. 2019",61.21,3.45,1847192]
["CM_cf__CF_TNFC040IS_t1M15__bin.4","NO",0.9423,"Pasolli et al. 2019",76.34,3.81,1537192]
["CM_cf__CF_TNFC040IS_t1M15__bin.6","NO",0.9792,"Pasolli et al. 2019",99.28,0.81,1898176]
["CM_cf__CF_TNFC040IS_t2M15__bin.4","NO",0.8791,"Pasolli et al. 2019",53.43,0.62,1040697]
["CM_cf__CF_TNFC040IS_t2M15__bin.5","NO",0.9785,"Pasolli et al. 2019",98.91,0,2107684]
["CM_cf__CF_TNFC040IS_t3M15__bin.16","NO",0.9787,"Pasolli et al. 2019",98.52,0.61,1971993]
["CM_cf__CF_TNFC040IS_t3M15__bin.17","NO",0.9838,"Pasolli et al. 2019",95.07,0.56,1995415]
["CM_cf__CF_TNFC040IS_t3M15__bin.4","NO",0.953,"Pasolli et al. 2019",85.29,2.56,1807701]
["CM_cf__CF_TNFC041IS_t1M15__bin.11","NO",0.9842,"Pasolli et al. 2019",86.9,1.81,1852020]
["CM_cf__CF_TNFC041IS_t1M15__bin.12","NO",0.9471,"Pasolli et al. 2019",89.89,3.44,1806029]
["CM_cf__CF_TNFC041IS_t2M15__bin.1","NO",0.9609,"Pasolli et al. 2019",93.06,1.93,1862921]
["CM_cf__CF_TNFC041IS_t2M15__bin.4","NO",0.9638,"Pasolli et al. 2019",63.79,0,1481667]
["CM_cf__CF_TNFC041IS_t4M16__bin.15","NO",0.9606,"Pasolli et al. 2019",66.82,0.68,1164920]
["CM_cf__CF_TNFC041IS_t4M16__bin.19","NO",0.9577,"Pasolli et al. 2019",93.07,1.38,1828940]
["CM_cf__CF_TNFC041IS_t4M16__bin.3","NO",0.9792,"Pasolli et al. 2019",83.1,4.31,2066603]
["CM_cf__CF_TNFC041SA_t1M15__bin.11","NO",0.9624,"Pasolli et al. 2019",99.2,0.34,1866025]
["CM_cf__CF_TNFC041SA_t1M15__bin.14","NO",0.9518,"Pasolli et al. 2019",52.8,0.99,926979]
["CM_cf__CF_TNFC041SA_t1M15__bin.22","NO",0.9761,"Pasolli et al. 2019",85.82,1.66,1902288]
["CM_cf__CF_TNFC045IS_t1M15__bin.5","YES",0.979,"Pasolli et al. 2019",96.92,0.76,6117247]
["CM_cf__CF_TNFC045IS_t2M15__bin.5","YES",0.98,"Pasolli et al. 2019",98.95,0.41,6203418]
["CM_cf__CF_TNFC045IS_t3M15__bin.1","YES",0.9771,"Pasolli et al. 2019",98.64,0.22,6194113]
["CM_cf__CF_TNFC045IS_t4M15__bin.2","YES",0.9812,"Pasolli et al. 2019",98.23,0.97,6113059]
["CM_cf__CF_TNFC046IS_t1M15__bin.10","NO",0.9717,"Pasolli et al. 2019",95.9,0.34,4495503]
["CM_cf__CF_TNFC046IS_t1M15__bin.22","NO",0.5836,"Pasolli et al. 2019",73.36,1.54,4804979]
["CM_cf__CF_TNFC046IS_t1M15__bin.4","NO",0.9718,"Pasolli et al. 2019",58.39,0,1291511]
["CM_cf__CF_TNFC046IS_t2M15__bin.36","NO",0.9768,"Pasolli et al. 2019",87.58,0.68,1702977]
["CM_cf__CF_TNFC046IS_t2M15__bin.37","NO",0.9658,"Pasolli et al. 2019",91.03,2.92,1936938]
["CM_cf__CF_TNFC046IS_t3M15__bin.10","NO",0.9662,"Pasolli et al. 2019",96.03,0.69,4402633]
["CM_cf__CF_TNFC047IS_t1M15__bin.13","NO",0.9671,"Pasolli et al. 2019",96.44,0.34,4448333]
["CM_cf__CF_TNFC047IS_t1M15__bin.16","NO",0.9841,"Pasolli et al. 2019",99.92,0,2143065]
["CM_cf__CF_TNFC048IS_t2M15__bin.3","YES",0.9538,"Pasolli et al. 2019",89.5,0.83,5405518]
["CM_cf__CF_TNFC051IS_t1M15__bin.3","YES",0.9716,"Pasolli et al. 2019",88.09,2.48,5405718]
["CM_cf__CF_TNFC051IS_t3M15__bin.4","YES",0.9708,"Pasolli et al. 2019",98.78,0.92,6443834]
["CM_cf__CF_TNFC051IS_t4M15__bin.1","YES",0.9829,"Pasolli et al. 2019",91.28,2.88,5715879]
["CM_cf__CF_TNFC051IS_t5M16__bin.1","YES",0.8986,"Pasolli et al. 2019",66.38,0.86,4074185]
["CM_cf__CF_TNFC051SA_t1M16__bin.13","NO",0.9868,"Pasolli et al. 2019",99.25,0.5,2135407]
["CM_cf__CF_TNFC051SA_t1M16__bin.26","NO",0.9768,"Pasolli et al. 2019",86.11,2.22,1565315]
["CM_cf__CF_TNFC054IS_t1M15__bin.10","NO",0.6748,"Pasolli et al. 2019",99.94,0.19,5703544]
["CM_cf__CF_TNFC054IS_t1M15__bin.20","NO",0.9852,"Pasolli et al. 2019",86.93,2.96,3968118]
["CM_cf__CF_TNFC057IS_t2M15__bin.12","NO",0.5564,"Pasolli et al. 2019",66.83,1.48,3743682]
["CM_cf__CF_TNFC057IS_t3M15__bin.12","NO",0.6906,"Pasolli et al. 2019",60.77,0.61,4382810]
["CM_cf__CF_TNFC057IS_t3M15__bin.8","YES",0.5954,"Pasolli et al. 2019",99.07,1.46,5771667]
["CM_cf__CF_TNFC057IS_t4M16__bin.12","NO",0.9597,"Pasolli et al. 2019",97.95,0.92,1942390]
["CM_cf__CF_TNFC057IS_t4M16__bin.8","YES",0.5819,"Pasolli et al. 2019",87.84,2.89,4851251]
["CM_cf__CF_TNFC059IS_t1M15__bin.3","YES",0.9645,"Pasolli et al. 2019",85.01,1.35,4967678]
["CM_cf__CF_TNFC059IS_t2M15__bin.9","YES",0.7958,"Pasolli et al. 2019",73.88,1.53,4219621]
["CM_cf__CF_TNFC060IS_t1M15__bin.5","YES",0.97,"Pasolli et al. 2019",87.46,2.43,5278361]
["CM_cf__CF_TNFC060IS_t3M15__bin.4","NO",0.9861,"Pasolli et al. 2019",94.72,4.61,4150272]
["CM_cf__CF_TNFC065IS_t2M15__bin.1","YES",0.977,"Pasolli et al. 2019",99.02,0.11,6211428]
["CM_madagascar__A01_02_1FE__bin.3","NO",0.6404,"Pasolli et al. 2019",85.26,0.14,3806043]
["CM_madagascar__A02_01_1FE__bin.10","NO",0.9594,"Pasolli et al. 2019",98.24,0.29,2395224]
["CM_madagascar__A02_01_1FE__bin.5","NO",0.9709,"Pasolli et al. 2019",98.02,1.06,1895198]
["CM_madagascar__A02_01_1FE__bin.7","YES",0.518,"Pasolli et al. 2019",98.01,0.06,4400080]
["CM_madagascar__A03_01_1FE__bin.3","NO",0.975,"Pasolli et al. 2019",99.38,0.29,2285134]
["CM_madagascar__A04_01_1FE__bin.29","NO",0.9601,"Pasolli et al. 2019",94.36,0.68,1975964]
["CM_madagascar__A04_01_1FE__bin.30","NO",0.9702,"Pasolli et al. 2019",98.24,0.88,2274284]
["CM_madagascar__A04_01_1FE__bin.44","NO",0.5571,"Pasolli et al. 2019",96.95,0.33,3979966]
["CM_madagascar__A04_04_1FE__bin.32","NO",0.9692,"Pasolli et al. 2019",98.2,0.88,2352825]
["CM_madagascar__A04_04_1FE__bin.43","NO",0.83,"Pasolli et al. 2019",65.38,0.3,2500297]
["CM_madagascar__A04_04_1FE__bin.51","NO",0.9815,"Pasolli et al. 2019",98.76,0.62,2243629]
["CM_madagascar__A04_04_1FE__bin.67","NO",0.9003,"Pasolli et al. 2019",55.46,2.14,1720134]
["CM_madagascar__A07_01_1FE__bin.68","NO",0.8369,"Pasolli et al. 2019",50.53,1.78,1359427]
["CM_madagascar__A08_01_1FE__bin.36","NO",0.9652,"Pasolli et al. 2019",99.38,0.29,2288578]
["CM_madagascar__A08_01_1FE__bin.64","YES",0.6704,"Pasolli et al. 2019",60.63,0.1,2696822]
["CM_madagascar__A09_01_1FE__bin.1","NO",0.9411,"Pasolli et al. 2019",71.55,0,1726861]
["CM_madagascar__A09_01_1FE__bin.11","NO",0.6451,"Pasolli et al. 2019",60.5,1.72,4503427]
["CM_madagascar__A09_01_1FE__bin.18","YES",0.8912,"Pasolli et al. 2019",99.28,0.67,4663369]
["CM_madagascar__A09_01_1FE__bin.9","NO",0.963,"Pasolli et al. 2019",99.38,1.47,2415175]
["CM_madagascar__A09_02_1FE__bin.16","NO",0.9626,"Pasolli et al. 2019",99.38,0.29,2421595]
["CM_madagascar__A09_02_1FE__bin.17","NO",0.512,"Pasolli et al. 2019",98.95,0.08,4850452]
["CM_madagascar__A09_02_1FE__bin.30","NO",0.9597,"Pasolli et al. 2019",81.38,0.81,1485595]
["CM_madagascar__A10_01_1FE__bin.14","NO",0.9624,"Pasolli et al. 2019",68.3,3.1,1489774]
["CM_madagascar__A10_01_1FE__bin.15","NO",0.972,"Pasolli et al. 2019",98.24,0.29,2346259]
["CM_madagascar__A10_02_1FE__bin.2","NO",0.9705,"Pasolli et al. 2019",99.38,0.29,2328415]
["CM_madagascar__A11_01_1FE__bin.18","NO",0.9699,"Pasolli et al. 2019",99.38,0.29,2364358]
["CM_madagascar__A11_01_1FE__bin.34","NO",0.9448,"Pasolli et al. 2019",60.13,0.62,1094177]
["CM_madagascar__A11_01_1FE__bin.8","YES",0.9114,"Pasolli et al. 2019",97.98,0.21,4665985]
["CM_madagascar__A13_01_1FE__bin.15","NO",0.6712,"Pasolli et al. 2019",89.96,1.82,3918850]
["CM_madagascar__A13_01_1FE__bin.24","NO",0.9343,"Pasolli et al. 2019",84.32,2.84,1640226]
["CM_madagascar__A13_01_1FE__bin.37","NO",0.9727,"Pasolli et al. 2019",99.38,0.88,2320999]
["CM_madagascar__A13_03_1FE__bin.12","NO",0.9303,"Pasolli et al. 2019",77.39,0.6,2496527]
["CM_madagascar__A13_03_1FE__bin.3","NO",0.9676,"Pasolli et al. 2019",99.38,0.29,2363065]
["CM_madagascar__A14_01_1FE__bin.17","NO",0.9328,"Pasolli et al. 2019",82.94,0.29,2211004]
["CM_madagascar__A14_01_1FE__bin.19","YES",0.9054,"Pasolli et al. 2019",95.2,0.69,4284426]
["CM_madagascar__A14_01_1FE__bin.26","NO",0.895999999999999,"Pasolli et al. 2019",55.5,0.62,1029999]
["CM_madagascar__A15_02_1FE__bin.3","YES",0.5279,"Pasolli et al. 2019",92.79,2,4261298]
["CM_madagascar__A19_01_1FE__bin.11","NO",0.7262,"Pasolli et al. 2019",94.73,0.89,4171560]
["CM_madagascar__A19_01_1FE__bin.12","NO",0.9192,"Pasolli et al. 2019",98.92,0,1426046]
["CM_madagascar__A19_01_1FE__bin.15","YES",0.8597,"Pasolli et al. 2019",97.79,0.65,4344254]
["CM_madagascar__A19_01_1FE__bin.3","NO",0.9602,"Pasolli et al. 2019",82.7,2.05,2741552]
["CM_madagascar__A19_03_1FE__bin.12","NO",0.9194,"Pasolli et al. 2019",81.67,0.29,2141445]
["CM_madagascar__A19_03_1FE__bin.6","NO",0.7703,"Pasolli et al. 2019",58.15,0.04,2438388]
["CM_madagascar__A20_01_1FE__bin.10","NO",0.5681,"Pasolli et al. 2019",94.51,0.6,4001919]
["CM_madagascar__A20_01_1FE__bin.6","NO",0.9431,"Pasolli et al. 2019",75.38,0.29,1993524]
["CM_madagascar__A23_01_1FE__bin.12","NO",0.7761,"Pasolli et al. 2019",50,0,2207095]
["CM_madagascar__A24_02_1FE__bin.20","YES",0.8184,"Pasolli et al. 2019",99.62,0.44,4524231]
["CM_madagascar__A25_01_1FE__bin.16","NO",0.9543,"Pasolli et al. 2019",97.06,0.29,2324298]
["CM_madagascar__A27_02_1FE__bin.3","NO",0.9692,"Pasolli et al. 2019",99.38,0.29,2423561]
["CM_madagascar__A28_02_1FE__bin.46","NO",0.9611,"Pasolli et al. 2019",96.1,0.74,3203140]
["CM_madagascar__A28_02_1FE__bin.55","NO",0.9665,"Pasolli et al. 2019",97.03,0.88,2419190]
["CM_madagascar__A28_02_1FE__bin.63","YES",0.7564,"Pasolli et al. 2019",98.34,0.14,4383279]
["CM_madagascar__A29_01_1FE__bin.28","NO",0.9682,"Pasolli et al. 2019",97.32,0.29,2268308]
["CM_madagascar__A32_01_1FE__bin.8","NO",0.9624,"Pasolli et al. 2019",90.59,0.29,2123017]
["CM_madagascar__A34_01_1FE__bin.10","NO",0.9686,"Pasolli et al. 2019",98.24,0.29,2337290]
["CM_madagascar__A34_01_1FE__bin.14","NO",0.5359,"Pasolli et al. 2019",81.49,1.35,3410586]
["CM_madagascar__A34_02_1FE__bin.19","NO",0.7265,"Pasolli et al. 2019",92.9,1.18,2437365]
["CM_madagascar__A34_02_1FE__bin.9","NO",0.9696,"Pasolli et al. 2019",99.38,0.29,2411617]
["CM_madagascar__A36_01_1FE__bin.11","YES",0.8371,"Pasolli et al. 2019",97.18,0.1,4473629]
["CM_madagascar__A36_01_1FE__bin.24","NO",0.974,"Pasolli et al. 2019",96.47,0.29,2242626]
["CM_madagascar__A36_02_1FE__bin.15","NO",0.628,"Pasolli et al. 2019",84.78,1.03,3181314]
["CM_madagascar__A36_02_1FE__bin.18","NO",0.9605,"Pasolli et al. 2019",84.89,1.62,2778392]
["CM_madagascar__A36_02_1FE__bin.5","NO",0.9442,"Pasolli et al. 2019",62.07,1.72,1581527]
["CM_madagascar__A39_01_1FE__bin.10","NO",0.976,"Pasolli et al. 2019",99.38,0.29,2209199]
["CM_madagascar__A39_02_1FE__bin.26","YES",0.5049,"Pasolli et al. 2019",98.79,0.76,4637084]
["CM_madagascar__A39_02_1FE__bin.43","NO",0.9539,"Pasolli et al. 2019",94.08,0.29,2216128]
["CM_madagascar__A39_04_1FE__bin.24","YES",0.6846,"Pasolli et al. 2019",56.71,0.1,2848485]
["CM_madagascar__A40_02_1FE__bin.23","YES",0.8012,"Pasolli et al. 2019",99.17,0.1,4434787]
["CM_madagascar__A40_02_1FE__bin.4","NO",0.9603,"Pasolli et al. 2019",99.38,0.4,2317025]
["CM_madagascar__A41_01_1FE__bin.11","NO",0.9556,"Pasolli et al. 2019",97.29,0.75,1890736]
["CM_madagascar__A41_01_1FE__bin.21","NO",0.9653,"Pasolli et al. 2019",98.24,0.29,2317705]
["CM_madagascar__A41_01_1FE__bin.28","NO",0.6612,"Pasolli et al. 2019",95.51,0.35,3949152]
["CM_madagascar__A42_02_1FE__bin.18","NO",0.9756,"Pasolli et al. 2019",99.38,0.88,2326812]
["CM_madagascar__A43_02_1FE__bin.1","NO",0.9624,"Pasolli et al. 2019",98.24,0.29,2320236]
["CM_madagascar__A43_02_1FE__bin.24","YES",0.7812,"Pasolli et al. 2019",96.62,1.45,4352608]
["CM_madagascar__A44_01_1FE__bin.23","YES",0.809,"Pasolli et al. 2019",98.54,0.17,4448715]
["CM_madagascar__A44_01_1FE__bin.6","NO",0.8725,"Pasolli et al. 2019",55.27,0.56,1292848]
["CM_madagascar__A44_01_1FE__bin.9","NO",0.9638,"Pasolli et al. 2019",95.95,0.88,2160137]
["CM_madagascar__A45_02_1FE__bin.14","NO",0.9676,"Pasolli et al. 2019",97.65,0.29,2241989]
["CM_madagascar__A46_01_1FE__bin.14","NO",0.9453,"Pasolli et al. 2019",78.29,4.32,1599459]
["CM_madagascar__A46_02_1FE__bin.18","NO",0.7562,"Pasolli et al. 2019",97.82,1.92,4369856]
["CM_madagascar__A46_02_1FE__bin.24","NO",0.9663,"Pasolli et al. 2019",99.38,0.29,2532056]
["CM_madagascar__A47_01_1FE__bin.5","NO",0.9775,"Pasolli et al. 2019",98.2,0.88,2408043]
["CM_madagascar__A47_01_1FE__bin.9","NO",0.5603,"Pasolli et al. 2019",99.36,0.54,4372959]
["CM_madagascar__A47_02_1FE__bin.12","YES",0.701,"Pasolli et al. 2019",63.88,0.1,3040803]
["CM_madagascar__A47_02_1FE__bin.5","NO",0.962,"Pasolli et al. 2019",99.38,0.29,2288249]
["CM_madagascar__A48_01_1FE__bin.6","NO",0.9713,"Pasolli et al. 2019",97.06,0.29,2378099]
["CM_madagascar__A48_05_1FE__bin.1","NO",0.9743,"Pasolli et al. 2019",89.51,1.65,2028077]
["CM_madagascar__A48_05_1FE__bin.12","YES",0.9275,"Pasolli et al. 2019",79.85,0.04,3708937]
["CM_madagascar__A48_05_1FE__bin.16","NO",0.9666,"Pasolli et al. 2019",99.38,0.29,2414538]
["CM_madagascar__A53_01_1FE__bin.42","NO",0.6152,"Pasolli et al. 2019",94.75,0.26,3995041]
["CM_madagascar__A53_01_1FE__bin.64","NO",0.9672,"Pasolli et al. 2019",97.65,0.29,2321633]
["CM_madagascar__A54_02_1FE__bin.15","NO",0.7361,"Pasolli et al. 2019",63.38,0.1,2709073]
["CM_madagascar__A54_02_1FE__bin.16","NO",0.9625,"Pasolli et al. 2019",98.24,0.29,2300904]
["CM_madagascar__A55_01_1FE__bin.5","NO",0.7022,"Pasolli et al. 2019",94.88,1.25,2414886]
["CM_madagascar__A55_02_1FE__bin.31","YES",0.5975,"Pasolli et al. 2019",56.94,0.04,2658141]
["CM_madagascar__A55_02_1FE__bin.32","NO",0.9614,"Pasolli et al. 2019",96.81,0.68,3327461]
["CM_madagascar__A55_02_1FE__bin.4","NO",0.9581,"Pasolli et al. 2019",50.88,0.1,757119]
["CM_madagascar__A55_02_1FE__bin.57","NO",0.9673,"Pasolli et al. 2019",85.31,1.47,1777293]
["CM_madagascar__A56_01_1FE__bin.30","NO",0.9504,"Pasolli et al. 2019",98.24,0.88,2399564]
["CM_madagascar__A56_01_1FE__bin.35","NO",0.6041,"Pasolli et al. 2019",98.12,0.67,4393769]
["CM_madagascar__A58_01_1FE__bin.11","NO",0.9426,"Pasolli et al. 2019",91.88,0,1955138]
["CM_madagascar__A58_03_1FE__bin.14","NO",0.9248,"Pasolli et al. 2019",76.44,0.29,2306958]
["CM_madagascar__A59_01_1FE__bin.21","NO",0.9759,"Pasolli et al. 2019",98.24,0.29,2454659]
["CM_madagascar__A59_01_1FE__bin.25","NO",0.9377,"Pasolli et al. 2019",92.36,2.29,3050478]
["CM_madagascar__A59_01_1FE__bin.3","NO",0.9382,"Pasolli et al. 2019",86.88,0,1777169]
["CM_madagascar__A59_01_1FE__bin.31","NO",0.539,"Pasolli et al. 2019",97.51,0.8,4586510]
["CM_madagascar__A59_01_1FE__bin.32","NO",0.9734,"Pasolli et al. 2019",86.34,0.62,2297909]
["CM_madagascar__A59_01_1FE__bin.8","NO",0.9747,"Pasolli et al. 2019",94.5,1.88,2240209]
["CM_madagascar__A62_01_1FE__bin.14","NO",0.9656,"Pasolli et al. 2019",98.79,0.29,2361309]
["CM_madagascar__A62_01_1FE__bin.34","NO",0.9127,"Pasolli et al. 2019",81.72,1.61,1155437]
["CM_madagascar__A62_03_1FE__bin.5","YES",0.8677,"Pasolli et al. 2019",99.67,0.14,4722840]
["CM_madagascar__A68_01_1FE__bin.9","NO",0.9633,"Pasolli et al. 2019",94.51,0.29,2045248]
["CM_madagascar__A69_02_1FE__bin.37","YES",0.6414,"Pasolli et al. 2019",97.4,0.2,4138807]
["CM_madagascar__A70_01_1FE__bin.22","YES",0.5485,"Pasolli et al. 2019",99.03,0.21,4566197]
["CM_madagascar__A70_01_1FE__bin.32","NO",0.9687,"Pasolli et al. 2019",98.24,0.29,2432951]
["CM_madagascar__A70_03_1FE__bin.4","NO",0.9563,"Pasolli et al. 2019",87.1,0,1563505]
["CM_madagascar__A72_02_1FE__bin.13","NO",0.6767,"Pasolli et al. 2019",77.79,1.43,3194020]
["CM_madagascar__A72_02_1FE__bin.25","NO",0.9696,"Pasolli et al. 2019",99.38,0.29,2405889]
["CM_madagascar__A73_01_1FE__bin.8","NO",0.5804,"Pasolli et al. 2019",96.43,0.59,4311905]
["CM_madagascar__A73_02_1FE__bin.21","NO",0.9636,"Pasolli et al. 2019",98.24,0.29,2340945]
["CM_madagascar__A73_02_1FE__bin.40","YES",0.5841,"Pasolli et al. 2019",71.13,1.72,3944008]
["CM_madagascar__A75_02_1FE__bin.54","NO",0.7388,"Pasolli et al. 2019",67.68,0.59,1689178]
["CM_madagascar__A75_02_1FE__bin.70","NO",0.9654,"Pasolli et al. 2019",92.81,0,1914186]
["CM_madagascar__A79_02_1FE__bin.51","NO",0.971,"Pasolli et al. 2019",99.38,0.29,2492288]
["CM_madagascar__A81_01_1FE__bin.53","NO",0.9137,"Pasolli et al. 2019",54.57,0,1051754]
["CM_madagascar__A81_01_1FE__bin.58","NO",0.968,"Pasolli et al. 2019",98.2,0.29,2204012]
["CM_madagascar__A81_03_1FE__bin.1","NO",0.779,"Pasolli et al. 2019",97.23,0.37,4398573]
["CM_madagascar__A81_03_1FE__bin.17","NO",0.9581,"Pasolli et al. 2019",93.75,0,1958963]
["CM_madagascar__A81_03_1FE__bin.23","NO",0.9606,"Pasolli et al. 2019",82.48,1.7,2646485]
["CM_madagascar__A81_03_1FE__bin.43","NO",0.9621,"Pasolli et al. 2019",99.38,0.29,2321452]
["CM_madagascar__A82_02_1FE__bin.3","NO",0.6105,"Pasolli et al. 2019",84.33,1.02,3412408]
["CM_madagascar__A82_02_1FE__bin.5","NO",0.9342,"Pasolli et al. 2019",73.55,2.06,1488127]
["CM_madagascar__A82_02_1FE__bin.7","NO",0.9368,"Pasolli et al. 2019",87.96,1.1,2955205]
["CM_madagascar__A83_02_1FE__bin.26","NO",0.8353,"Pasolli et al. 2019",53.73,0.05,1767654]
["CM_madagascar__A83_02_1FE__bin.28","NO",0.9661,"Pasolli et al. 2019",98.24,0.29,2280326]
["CM_madagascar__A83_02_1FE__bin.56","YES",0.6207,"Pasolli et al. 2019",83.3,0.06,3651881]
["CM_madagascar__A85_01_1FE__bin.1","NO",0.9738,"Pasolli et al. 2019",98.24,0.29,2279452]
["CM_madagascar__A85_01_1FE__bin.33","YES",0.5732,"Pasolli et al. 2019",77.4,0.99,3142212]
["CM_madagascar__A88_02_1FE__bin.20","NO",0.5985,"Pasolli et al. 2019",96.02,0.59,4383887]
["CM_madagascar__A88_02_1FE__bin.36","NO",0.977,"Pasolli et al. 2019",89.26,0,1572862]
["CM_madagascar__A88_02_1FE__bin.4","NO",0.6917,"Pasolli et al. 2019",58.6,0.59,1596939]
["CM_madagascar__A88_02_1FE__bin.43","NO",0.9698,"Pasolli et al. 2019",99.38,0.29,2352597]
["CM_madagascar__A89_01_1FE__bin.61","NO",0.9557,"Pasolli et al. 2019",92.08,3.33,1544664]
["CM_madagascar__A89_01_1FE__bin.87","NO",0.9637,"Pasolli et al. 2019",99.38,0.29,2342990]
["CM_madagascar__A89_02_1FE__bin.20","NO",0.9479,"Pasolli et al. 2019",86.76,2.42,1979051]
["CM_madagascar__A89_02_1FE__bin.51","NO",0.9542,"Pasolli et al. 2019",85.7,0.29,1962827]
["CM_madagascar__A89_02_1FE__bin.52","NO",0.9567,"Pasolli et al. 2019",79.23,0.31,1438734]
["CM_madagascar__A90_03_1FE__bin.28","NO",0.9654,"Pasolli et al. 2019",99.38,0.88,2398302]
["CM_madagascar__A90_04_1FE__bin.38","NO",0.9701,"Pasolli et al. 2019",92.94,0.29,2264262]
["CM_madagascar__A90_04_1FE__bin.43","NO",0.9156,"Pasolli et al. 2019",51.72,0,1458388]
["CM_madagascar__A90_04_1FE__bin.57","NO",0.9432,"Pasolli et al. 2019",65.89,1.24,1498745]
["CM_madagascar__A91_01_1FE__bin.29","YES",0.8299,"Pasolli et al. 2019",97.34,0.64,4387580]
["CM_madagascar__A91_02_1FE__bin.16","NO",0.9661,"Pasolli et al. 2019",84.8,0.43,1289388]
["CM_madagascar__A92_01_1FE__bin.28","NO",0.9649,"Pasolli et al. 2019",95.85,0.29,2091404]
["CM_madagascar__A92_01_1FE__bin.38","NO",0.7721,"Pasolli et al. 2019",67.21,0.1,2682144]
["CM_madagascar__A93_01_1FE__bin.10","NO",0.942,"Pasolli et al. 2019",66.47,0.29,1625208]
["CM_madagascar__A94_01_1FE__bin.2","NO",0.9588,"Pasolli et al. 2019",95.26,0.29,2258247]
["CM_madagascar__A94_01_1FE__bin.38","NO",0.9585,"Pasolli et al. 2019",89.18,0.75,2342628]
["CM_madagascar__A94_02_1FE__bin.15","NO",0.9466,"Pasolli et al. 2019",91.12,0.62,1876159]
["CM_madagascar__A94_02_1FE__bin.31","NO",0.979,"Pasolli et al. 2019",94.94,2.66,2427641]
["CM_madagascar__A94_02_1FE__bin.44","NO",0.9669,"Pasolli et al. 2019",99.38,0.29,2361408]
["CM_madagascar__A94_03_1FE__bin.1","NO",0.9486,"Pasolli et al. 2019",85.26,0.29,1809600]
["CM_madagascar__A94_03_1FE__bin.2","NO",0.955,"Pasolli et al. 2019",91.49,0.26,3013908]
["CM_madagascar__A94_03_1FE__bin.4","YES",0.8891,"Pasolli et al. 2019",73.74,0.1,3599486]
["CM_madagascar__A95_01_1FE__bin.1","NO",0.9703,"Pasolli et al. 2019",99.38,0.88,2312471]
["CM_madagascar__A95_01_1FE__bin.28","NO",0.5365,"Pasolli et al. 2019",91.77,3.38,4063991]
["CM_madagascar__V01_01_1FE__bin.29","YES",0.6678,"Pasolli et al. 2019",97.16,0.37,4435385]
["CM_madagascar__V01_01_1FE__bin.49","NO",0.9615,"Pasolli et al. 2019",98.24,0.29,2208742]
["CM_madagascar__V06_02_1FE__bin.10","NO",0.965,"Pasolli et al. 2019",94.12,0.29,2281105]
["CM_madagascar__V07_02_2FE__bin.1","NO",0.9666,"Pasolli et al. 2019",92.35,0.29,2252920]
["CM_madagascar__V12_01_2FE__bin.28","NO",0.5977,"Pasolli et al. 2019",94.91,0.51,3989187]
["CM_madagascar__V12_01_2FE__bin.42","NO",0.969,"Pasolli et al. 2019",92.05,0.93,2314202]
["CM_madagascar__V12_01_2FE__bin.8","NO",0.9667,"Pasolli et al. 2019",95.72,0.49,2225899]
["CM_madagascar__V18_02_1FE__bin.17","NO",0.9425,"Pasolli et al. 2019",57.65,1.18,1666565]
["CM_madagascar__V19_01_2FE__bin.16","NO",0.8514,"Pasolli et al. 2019",92.24,2.02,1994102]
["CM_madagascar__V19_01_2FE__bin.18","NO",0.6862,"Pasolli et al. 2019",70.26,0.1,2835704]
["CM_madagascar__V19_02_2FE__bin.10","NO",0.6813,"Pasolli et al. 2019",81.51,0.48,3551084]
["CM_madagascar__V30_01_1FE__bin.27","NO",0.9455,"Pasolli et al. 2019",68.8,0,1301151]
["CM_madagascar__V30_01_1FE__bin.46","NO",0.9399,"Pasolli et al. 2019",77.64,0,1323585]
["CM_madagascar__V30_01_1FE__bin.71","NO",0.9663,"Pasolli et al. 2019",99.38,0.29,2263784]
["CM_madagascar__V30_01_1FE__bin.85","NO",0.5843,"Pasolli et al. 2019",51.5,1.22,2298111]
["CM_madagascar__V31_01_2FE__bin.26","YES",0.6904,"Pasolli et al. 2019",98.56,0.16,4214891]
["CM_madagascar__V31_01_2FE__bin.28","NO",0.9534,"Pasolli et al. 2019",96.3,0.95,3240017]
["CM_madagascar__V31_01_2FE__bin.50","NO",0.9682,"Pasolli et al. 2019",99.38,0.29,2409620]
["CM_madagascar__V31_01_2FE__bin.52","NO",0.9585,"Pasolli et al. 2019",77.59,0.62,1526549]
["CM_madagascar__V32_02_2FE__bin.2","YES",0.5092,"Pasolli et al. 2019",98.68,0.33,4329079]
["CM_madagascar__V32_02_2FE__bin.7","NO",0.9694,"Pasolli et al. 2019",95.26,0.29,2251489]
["CM_madagascar__V36_02_2FE__bin.19","NO",0.9645,"Pasolli et al. 2019",97.03,0.88,2254260]
["CM_madagascar__V36_02_2FE__bin.28","YES",0.7414,"Pasolli et al. 2019",97.63,0.44,4608764]
["CM_madagascar__V40_01_1FE__bin.35","NO",0.9638,"Pasolli et al. 2019",98.79,0.29,2263750]
["CM_madagascar__V40_01_1FE__bin.63","NO",0.5776,"Pasolli et al. 2019",77.74,0,3717211]
["CM_madagascar__V50_01_1FE__bin.3","NO",0.638,"Pasolli et al. 2019",77.37,1.15,3242054]
["CM_madagascar__V50_01_1FE__bin.5","NO",0.9705,"Pasolli et al. 2019",78.07,1.96,1674948]
["CM_madagascar__V50_01_2FE__bin.12","YES",0.6904,"Pasolli et al. 2019",98.9,0.41,4444481]
["CM_madagascar__V50_02_1FE__bin.14","NO",0.9671,"Pasolli et al. 2019",99.38,0.29,2338978]
["CM_madagascar__V53_02_1FE__bin.20","NO",0.6492,"Pasolli et al. 2019",96.83,0.46,4093642]
["CM_madagascar__V54_01_1FE__bin.10","NO",0.6735,"Pasolli et al. 2019",93.66,0.78,4497109]
["CM_madagascar__V54_01_1FE__bin.16","NO",0.9631,"Pasolli et al. 2019",99.38,0.29,2483291]
["CM_periimplantitis__SP_101SPI_T016__bin.11","NO",0.9699,"Pasolli et al. 2019",96.19,0.12,3082725]
["CM_periimplantitis__SP_101SPI_T016__bin.18","NO",0.9614,"Pasolli et al. 2019",95.03,0.59,2292489]
["CM_periimplantitis__SP_124SPI_T016__bin.4","NO",0.959,"Pasolli et al. 2019",74.14,3.45,2114667]
["CM_periimplantitis__SP_161SPI_T016__bin.4","NO",0.9752,"Pasolli et al. 2019",86.79,1.33,1588185]
["CM_periimplantitis__SP_162SPI_T016__bin.14","NO",0.966,"Pasolli et al. 2019",88.6,0.4,2107316]
["CM_periimplantitis__SP_162SPI_T016__bin.31","NO",0.9556,"Pasolli et al. 2019",99.24,0.38,2138198]
["CM_periimplantitis__SP_162SPT_T016__bin.1","NO",0.9689,"Pasolli et al. 2019",89.23,0,2083451]
["CM_periimplantitis__SP_162SPT_T016__bin.6","NO",0.8581,"Pasolli et al. 2019",55.3,0,1144271]
["CM_periimplantitis__SP_164SPI_T016__bin.12","NO",0.9756,"Pasolli et al. 2019",84.98,1.74,2065774]
["CM_periimplantitis__SP_164SPI_T016__bin.17","NO",0.9782,"Pasolli et al. 2019",95.35,1.37,2058726]
["CM_periimplantitis__SP_164SPI_T016__bin.6","NO",0.9705,"Pasolli et al. 2019",54.47,0,1699746]
["CM_periimplantitis__SP_164SPT_T016__bin.14","NO",0.9742,"Pasolli et al. 2019",94.34,0.74,2972390]
["CM_periimplantitis__SP_164SPT_T016__bin.15","NO",0.9479,"Pasolli et al. 2019",55.17,0,1607126]
["CM_periimplantitis__SP_164SPT_T016__bin.17","NO",0.9634,"Pasolli et al. 2019",72.75,2.24,1429370]
["CM_periimplantitis__SP_186SPI_T016_R__bin.2","NO",0.9641,"Pasolli et al. 2019",67.43,0.62,2172910]
["CM_periimplantitis__SP_186SPI_T016_R__bin.5","NO",0.9542,"Pasolli et al. 2019",77.69,2.89,1813263]
["CM_periimplantitis__SP_186SPI_T016_R__bin.9","NO",0.9528,"Pasolli et al. 2019",78.27,1.56,1541422]
["CM_periimplantitis__SP_187SPT_T016_R__bin.15","NO",0.9859,"Pasolli et al. 2019",98.34,0.49,2405381]
["CM_periimplantitis__SP_191SPI_T016__bin.9","NO",0.9869,"Pasolli et al. 2019",98.12,0.34,2398370]
["CM_periimplantitis__SP_201SPI_T016__bin.1","NO",0.981,"Pasolli et al. 2019",77.87,3.92,1832256]
["CM_periimplantitis__SP_201SPT_T016__bin.1","NO",0.9666,"Pasolli et al. 2019",63.44,0.62,1481014]
["CM_periimplantitis__SP_242SPT_T016_R__bin.2","NO",0.9727,"Pasolli et al. 2019",94.96,0.74,3023219]
["CM_periimplantitis__SP_242SPT_T016_R__bin.8","NO",0.951,"Pasolli et al. 2019",75.09,0.98,1678050]
["CM_periimplantitis__SP_242SPT_T016_R__bin.9","NO",0.9782,"Pasolli et al. 2019",98.98,0,2029561]
["CM_periimplantitis__SP_264SPI_T016__bin.5","NO",0.9547,"Pasolli et al. 2019",95.54,0.6,2384029]
["CM_periimplantitis__SP_282SPT_T016_R__bin.32","NO",0.9776,"Pasolli et al. 2019",96.99,0,2120020]
["CM_periimplantitis__SP_283SPT_T016__bin.14","NO",0.9824,"Pasolli et al. 2019",96.67,0.56,1783026]
["CM_periimplantitis__SP_283SPT_T016__bin.28","NO",0.9838,"Pasolli et al. 2019",93.45,4.67,2107937]
["CM_periimplantitis__SP_283SPT_T016__bin.3","NO",0.9714,"Pasolli et al. 2019",65.52,1.72,1870706]
["CM_periimplantitis__SP_283SPT_T016__bin.5","NO",0.8705,"Pasolli et al. 2019",79.59,0.48,2206081]
["CM_periimplantitis__SP_283SPT_T016__bin.8","NO",0.9822,"Pasolli et al. 2019",97.35,1.85,1673228]
["CM_periimplantitis__SP_287SPT_T016__bin.13","NO",0.9735,"Pasolli et al. 2019",78.09,2.03,1714102]
["CM_periimplantitis__SP_287SPT_T016__bin.20","NO",0.9853,"Pasolli et al. 2019",71.55,1.72,1985809]
["CM_periimplantitis__SP_287SPT_T016__bin.24","NO",0.9873,"Pasolli et al. 2019",95.58,2.59,2129281]
["CM_periimplantitis__SP_288SPT_T016__bin.1","NO",0.9603,"Pasolli et al. 2019",92.02,0.85,2366329]
["CM_periimplantitis__SP_288SPT_T016__bin.4","NO",0.9719,"Pasolli et al. 2019",63.84,1.31,2059978]
["CM_periimplantitis__SP_302SPT_T016__bin.3","NO",0.9857,"Pasolli et al. 2019",98.3,0.23,2315667]
["CM_periimplantitis__SP_305SPI_T016__bin.7","NO",0.9546,"Pasolli et al. 2019",90.77,0.6,2288235]
["CM_periimplantitis__SP_344SPT_T016__bin.16","NO",0.9774,"Pasolli et al. 2019",91.62,1.75,2487885]
["CM_periimplantitis__SP_344SPT_T016__bin.3","NO",0.9776,"Pasolli et al. 2019",96.33,0.34,1784509]
["CM_periimplantitis__SP_344SPT_T016__bin.39","NO",0.9754,"Pasolli et al. 2019",77.2,1.62,1707851]
["CM_periimplantitis__SP_344SPT_T016__bin.9","NO",0.9895,"Pasolli et al. 2019",99.13,0.5,2133169]
["CM_periimplantitis__SP_345SPT_T016__bin.6","NO",0.9762,"Pasolli et al. 2019",98.66,0,3078555]
["CM_periimplantitis__SP_381SPT_T016__bin.19","NO",0.9844,"Pasolli et al. 2019",94.03,1.62,2284955]
["CM_periimplantitis__SP_381SPT_T016__bin.7","NO",0.9745,"Pasolli et al. 2019",88.33,4.33,1659686]
["CM_periimplantitis__SP_383SPT_T016__bin.4","NO",0.9789,"Pasolli et al. 2019",85.06,0.68,1970307]
["CM_periimplantitis__SP_384SPT_T016__bin.9","NO",0.9736,"Pasolli et al. 2019",93.28,2.15,2036597]
["CM_periimplantitis__SP_386SPT_T016__bin.6","NO",0.9708,"Pasolli et al. 2019",61.77,1.11,1217278]
["CM_periimplantitis__SP_401SPT_T016__bin.1","NO",0.9778,"Pasolli et al. 2019",99.43,0.26,2009731]
["CM_periimplantitis__SP_403SPT_T016__bin.15","NO",0.9775,"Pasolli et al. 2019",84.14,0.56,1942838]
["CM_periimplantitis__SP_502SPI_T016__bin.3","NO",0.9786,"Pasolli et al. 2019",95.86,0.81,2117019]
["CM_periimplantitis__SP_503SPT_T016__bin.2","NO",0.9784,"Pasolli et al. 2019",96.36,0.37,2117150]
["CM_periimplantitis__SP_602SPI_T016__bin.4","NO",0.9761,"Pasolli et al. 2019",90.38,0.23,2027779]
["CM_periimplantitis__SP_602SPI_T016__bin.5","NO",0.9764,"Pasolli et al. 2019",97.43,0.12,3120314]
["Castro-NallarE_2015__ES_024__bin.1","NO",0.966,"Pasolli et al. 2019",88.09,0.72,1984489]
["Castro-NallarE_2015__ES_043__bin.6","NO",0.8,"Pasolli et al. 2019",66.62,1.13,3442318]
["Castro-NallarE_2015__ES_069__bin.4","NO",0.9169,"Pasolli et al. 2019",59.32,1.15,3194978]
["Castro-NallarE_2015__ES_080__bin.12","NO",0.9471,"Pasolli et al. 2019",73.94,1.39,1361825]
["Castro-NallarE_2015__ES_088__bin.1","NO",0.9648,"Pasolli et al. 2019",84.07,3.13,1805003]
["Castro-NallarE_2015__ES_104__bin.20","NO",0.9533,"Pasolli et al. 2019",51.72,0,1039598]
["Castro-NallarE_2015__ES_106__bin.30","NO",0.9425,"Pasolli et al. 2019",56.09,1.32,1080064]
["Castro-NallarE_2015__ES_110__bin.16","NO",0.9657,"Pasolli et al. 2019",81.03,0,2084013]
["Castro-NallarE_2015__ES_110__bin.30","NO",0.9725,"Pasolli et al. 2019",58.95,2.59,1098277]
["Castro-NallarE_2015__ES_158__bin.12","NO",0.8739,"Pasolli et al. 2019",92.09,0.95,5621429]
["Castro-NallarE_2015__ES_207__bin.1","NO",0.9158,"Pasolli et al. 2019",66.73,1.93,3486411]
["ChengpingW_2017__AS101raw__bin.19","NO",0.750999999999999,"Pasolli et al. 2019",83.1,0,2316299]
["ChengpingW_2017__AS101raw__bin.41","NO",0.8547,"Pasolli et al. 2019",65.59,0,1001987]
["ChengpingW_2017__AS103raw__bin.27","NO",0.9722,"Pasolli et al. 2019",98.75,0.62,2345892]
["ChengpingW_2017__AS103raw__bin.28","NO",0.8604,"Pasolli et al. 2019",84.16,1.08,3208426]
["ChengpingW_2017__AS103raw__bin.8","NO",0.6116,"Pasolli et al. 2019",63.26,0.81,2776287]
["ChengpingW_2017__AS105raw__bin.17","NO",0.9621,"Pasolli et al. 2019",92.55,0,2716129]
["ChengpingW_2017__AS105raw__bin.29","NO",0.9111,"Pasolli et al. 2019",95.7,0,1672175]
["ChengpingW_2017__AS106raw__bin.40","NO",0.9336,"Pasolli et al. 2019",82.76,3.29,1799321]
["ChengpingW_2017__AS106raw__bin.5","NO",0.9579,"Pasolli et al. 2019",80.97,1.58,1779547]
["ChengpingW_2017__AS108raw__bin.11","NO",0.9773,"Pasolli et al. 2019",98.11,0.91,1936802]
["ChengpingW_2017__AS108raw__bin.28","NO",0.9705,"Pasolli et al. 2019",68.97,0,1669389]
["ChengpingW_2017__AS109raw__bin.15","NO",0.981,"Pasolli et al. 2019",86.39,1.86,2016895]
["ChengpingW_2017__AS10raw__bin.44","NO",0.7992,"Pasolli et al. 2019",59.49,0.39,2291491]
["ChengpingW_2017__AS10raw__bin.5","NO",0.9683,"Pasolli et al. 2019",85.23,1.47,1518904]
["ChengpingW_2017__AS111raw__bin.17","NO",0.9651,"Pasolli et al. 2019",95,0,1734314]
["ChengpingW_2017__AS111raw__bin.7","YES",0.5913,"Pasolli et al. 2019",97.08,0.7,4202227]
["ChengpingW_2017__AS114raw__bin.2","NO",0.5439,"Pasolli et al. 2019",97.42,0.97,4365452]
["ChengpingW_2017__AS115raw__bin.3","NO",0.9742,"Pasolli et al. 2019",95.03,0.62,1993752]
["ChengpingW_2017__AS116raw__bin.13","NO",0.9824,"Pasolli et al. 2019",99.37,0.14,2532816]
["ChengpingW_2017__AS117raw__bin.17","NO",0.7392,"Pasolli et al. 2019",61.01,0.63,2552828]
["ChengpingW_2017__AS119raw__bin.30","NO",0.9606,"Pasolli et al. 2019",91.3,0,2677410]
["ChengpingW_2017__AS11raw__bin.14","NO",0.9646,"Pasolli et al. 2019",59.49,1.39,1130724]
["ChengpingW_2017__AS120raw__bin.12","NO",0.9408,"Pasolli et al. 2019",97.85,0,1757847]
["ChengpingW_2017__AS120raw__bin.27","NO",0.9654,"Pasolli et al. 2019",85.13,0.11,1530813]
["ChengpingW_2017__AS120raw__bin.5","NO",0.9763,"Pasolli et al. 2019",92.92,1.28,2180370]
["ChengpingW_2017__AS121raw__bin.25","NO",0.9594,"Pasolli et al. 2019",85.44,0.11,1382037]
["ChengpingW_2017__AS121raw__bin.3","NO",0.8939,"Pasolli et al. 2019",91.4,0.25,3501943]
["ChengpingW_2017__AS121raw__bin.7","NO",0.9031,"Pasolli et al. 2019",92.18,0.61,2321069]
["ChengpingW_2017__AS122raw__bin.23","NO",0.9717,"Pasolli et al. 2019",99.95,0.11,2282044]
["ChengpingW_2017__AS122raw__bin.30","NO",0.9121,"Pasolli et al. 2019",79.54,0,3226902]
["ChengpingW_2017__AS123raw__bin.30","NO",0.974,"Pasolli et al. 2019",99.95,0.11,2421648]
["ChengpingW_2017__AS123raw__bin.44","NO",0.7599,"Pasolli et al. 2019",67.44,0.87,2798224]
["ChengpingW_2017__AS126raw__bin.11","NO",0.9775,"Pasolli et al. 2019",100,0.11,2319389]
["ChengpingW_2017__AS126raw__bin.24","NO",0.8208,"Pasolli et al. 2019",61.01,0.04,2586455]
["ChengpingW_2017__AS127raw__bin.21","NO",0.8021,"Pasolli et al. 2019",58.33,0.04,2492403]
["ChengpingW_2017__AS127raw__bin.8","NO",0.9027,"Pasolli et al. 2019",63.33,0.62,784529]
["ChengpingW_2017__AS128raw__bin.8","NO",0.7043,"Pasolli et al. 2019",62.08,0.5,2397130]
["ChengpingW_2017__AS12raw__bin.18","NO",0.974,"Pasolli et al. 2019",98.75,0.62,2318519]
["ChengpingW_2017__AS12raw__bin.4","NO",0.975,"Pasolli et al. 2019",94.25,0.21,2304748]
["ChengpingW_2017__AS130raw__bin.10","NO",0.9699,"Pasolli et al. 2019",100,0.11,2828498]
["ChengpingW_2017__AS130raw__bin.26","NO",0.5387,"Pasolli et al. 2019",92.13,1.46,3836542]
["ChengpingW_2017__AS131raw__bin.19","NO",0.6038,"Pasolli et al. 2019",61.13,0,3272157]
["ChengpingW_2017__AS131raw__bin.34","NO",0.7035,"Pasolli et al. 2019",83.1,0,2263037]
["ChengpingW_2017__AS132raw__bin.14","NO",0.6336,"Pasolli et al. 2019",90.82,0.89,2442048]
["ChengpingW_2017__AS132raw__bin.33","NO",0.9117,"Pasolli et al. 2019",56.64,0.62,937288]
["ChengpingW_2017__AS132raw__bin.48","NO",0.6253,"Pasolli et al. 2019",84.5,1.58,2226054]
["ChengpingW_2017__AS133raw__bin.17","NO",0.9441,"Pasolli et al. 2019",95.7,0,1725070]
["ChengpingW_2017__AS133raw__bin.29","NO",0.7268,"Pasolli et al. 2019",70.61,1.48,2443046]
["ChengpingW_2017__AS133raw__bin.36","NO",0.9633,"Pasolli et al. 2019",82.59,1.25,1311729]
["ChengpingW_2017__AS134raw__bin.41","NO",0.9095,"Pasolli et al. 2019",95.66,0.59,3836092]
["ChengpingW_2017__AS136raw__bin.14","NO",0.9704,"Pasolli et al. 2019",90.52,1.88,1656869]
["ChengpingW_2017__AS137raw__bin.32","NO",0.792999999999999,"Pasolli et al. 2019",56.75,0.59,1603885]
["ChengpingW_2017__AS137raw__bin.36","NO",0.9757,"Pasolli et al. 2019",100,0,2808844]
["ChengpingW_2017__AS138raw__bin.12","NO",0.7057,"Pasolli et al. 2019",72.75,1.12,3037438]
["ChengpingW_2017__AS138raw__bin.2","NO",0.9595,"Pasolli et al. 2019",55.17,0,1727103]
["ChengpingW_2017__AS15raw__bin.17","NO",0.9263,"Pasolli et al. 2019",54.06,0.79,1663781]
["ChengpingW_2017__AS15raw__bin.55","NO",0.6091,"Pasolli et al. 2019",78.17,0.62,2250158]
["ChengpingW_2017__AS15raw__bin.68","NO",0.988,"Pasolli et al. 2019",95.54,0.68,1538481]
["ChengpingW_2017__AS17raw__bin.13","NO",0.9261,"Pasolli et al. 2019",97.85,0,1726301]
["ChengpingW_2017__AS17raw__bin.32","NO",0.5388,"Pasolli et al. 2019",98.45,1.1,5068722]
["ChengpingW_2017__AS17raw__bin.33","NO",0.726,"Pasolli et al. 2019",94.67,0.59,2410137]
["ChengpingW_2017__AS17raw__bin.43","NO",0.8753,"Pasolli et al. 2019",57.9,0,949402]
["ChengpingW_2017__AS18raw__bin.23","NO",0.9819,"Pasolli et al. 2019",97.52,0.62,2387119]
["ChengpingW_2017__AS19raw__bin.54","NO",0.977,"Pasolli et al. 2019",95.57,0.11,2306032]
["ChengpingW_2017__AS20raw__bin.22","NO",0.91,"Pasolli et al. 2019",60.87,0,975390]
["ChengpingW_2017__AS21raw__bin.40","NO",0.9736,"Pasolli et al. 2019",97.78,0.11,2323613]
["ChengpingW_2017__AS22raw__bin.11","NO",0.9692,"Pasolli et al. 2019",91.12,1.22,1895850]
["ChengpingW_2017__AS22raw__bin.17","NO",0.7236,"Pasolli et al. 2019",76.71,2.07,1968742]
["ChengpingW_2017__AS22raw__bin.24","NO",0.9771,"Pasolli et al. 2019",100,0,2814282]
["ChengpingW_2017__AS24raw__bin.46","NO",0.9475,"Pasolli et al. 2019",96.77,0,1763129]
["ChengpingW_2017__AS24raw__bin.6","NO",0.9556,"Pasolli et al. 2019",81.03,0.86,2304984]
["ChengpingW_2017__AS25raw__bin.34","NO",0.9646,"Pasolli et al. 2019",98.12,0,2412998]
["ChengpingW_2017__AS25raw__bin.37","NO",0.5681,"Pasolli et al. 2019",99.22,0.63,4535977]
["ChengpingW_2017__AS25raw__bin.43","NO",0.8565,"Pasolli et al. 2019",63.87,0.66,2136264]
["ChengpingW_2017__AS26raw__bin.15","NO",0.6568,"Pasolli et al. 2019",89.9,0.43,3953231]
["ChengpingW_2017__AS28raw__bin.37","NO",0.6651,"Pasolli et al. 2019",89.69,1.49,4009478]
["ChengpingW_2017__AS29raw__bin.26","NO",0.9775,"Pasolli et al. 2019",98.1,0,2301617]
["ChengpingW_2017__AS2raw__bin.32","NO",0.9505,"Pasolli et al. 2019",72.78,0,1255420]
["ChengpingW_2017__AS35raw__bin.14","NO",0.9677,"Pasolli et al. 2019",91.3,0,2620705]
["ChengpingW_2017__AS36raw__bin.13","NO",0.9467,"Pasolli et al. 2019",74.14,0,1751186]
["ChengpingW_2017__AS36raw__bin.28","NO",0.5185,"Pasolli et al. 2019",86.25,0.91,3699347]
["ChengpingW_2017__AS37raw__bin.37","NO",0.9668,"Pasolli et al. 2019",86.08,2.8,1994762]
["ChengpingW_2017__AS37raw__bin.5","NO",0.8398,"Pasolli et al. 2019",50.55,1.04,1923284]
["ChengpingW_2017__AS38raw__bin.42","NO",0.9735,"Pasolli et al. 2019",96.77,1.88,1837303]
["ChengpingW_2017__AS3raw__bin.3","YES",0.8703,"Pasolli et al. 2019",99.24,0.31,4935258]
["ChengpingW_2017__AS3raw__bin.34","NO",0.9752,"Pasolli et al. 2019",99.05,0.11,2444921]
["ChengpingW_2017__AS40raw__bin.10","NO",0.8678,"Pasolli et al. 2019",75.79,0.66,1913799]
["ChengpingW_2017__AS40raw__bin.24","NO",0.9787,"Pasolli et al. 2019",97.5,0.62,2406994]
["ChengpingW_2017__AS40raw__bin.49","NO",0.8807,"Pasolli et al. 2019",61.92,0,1121747]
["ChengpingW_2017__AS40raw__bin.68","NO",0.7109,"Pasolli et al. 2019",86.75,0.62,2171506]
["ChengpingW_2017__AS41raw__bin.26","YES",0.9221,"Pasolli et al. 2019",55.17,0,3076899]
["ChengpingW_2017__AS42raw__bin.16","NO",0.8982,"Pasolli et al. 2019",98.22,1.08,3867192]
["ChengpingW_2017__AS42raw__bin.70","NO",0.9587,"Pasolli et al. 2019",89.38,0.62,2089643]
["ChengpingW_2017__AS42raw__bin.91","NO",0.6269,"Pasolli et al. 2019",95.03,0.62,2263481]
["ChengpingW_2017__AS43raw__bin.36","NO",0.9563,"Pasolli et al. 2019",87.57,0.03,1651947]
["ChengpingW_2017__AS43raw__bin.54","NO",0.9427,"Pasolli et al. 2019",51.72,0,1692598]
["ChengpingW_2017__AS45raw__bin.47","NO",0.9565,"Pasolli et al. 2019",66.8,1.25,1288121]
["ChengpingW_2017__AS46raw__bin.8","NO",0.9511,"Pasolli et al. 2019",66.12,0.9,1451999]
["ChengpingW_2017__AS48raw__bin.31","NO",0.9319,"Pasolli et al. 2019",62.66,0,1015998]
["ChengpingW_2017__AS49raw__bin.13","NO",0.9216,"Pasolli et al. 2019",55.57,0,891122]
["ChengpingW_2017__AS49raw__bin.30","NO",0.9575,"Pasolli et al. 2019",65.52,0,2090928]
["ChengpingW_2017__AS4raw__bin.30","NO",0.9378,"Pasolli et al. 2019",50.18,0.87,911760]
["ChengpingW_2017__AS4raw__bin.34","NO",0.9734,"Pasolli et al. 2019",97.5,1.25,2227558]
["ChengpingW_2017__AS50raw__bin.19","NO",0.9424,"Pasolli et al. 2019",62.66,0,1047365]
["ChengpingW_2017__AS50raw__bin.21","NO",0.8078,"Pasolli et al. 2019",84.61,0.59,3125639]
["ChengpingW_2017__AS50raw__bin.37","NO",0.9233,"Pasolli et al. 2019",51.18,0.16,935043]
["ChengpingW_2017__AS54raw__bin.1","NO",0.9201,"Pasolli et al. 2019",50.34,0,884724]
["ChengpingW_2017__AS54raw__bin.32","NO",0.956,"Pasolli et al. 2019",97.26,0,2275739]
["ChengpingW_2017__AS56raw__bin.13","NO",0.8141,"Pasolli et al. 2019",80.61,1.48,2087358]
["ChengpingW_2017__AS56raw__bin.29","NO",0.976,"Pasolli et al. 2019",91.46,0.11,2019448]
["ChengpingW_2017__AS57raw__bin.17","NO",0.9757,"Pasolli et al. 2019",92.05,1.11,2112569]
["ChengpingW_2017__AS58raw__bin.27","NO",0.9223,"Pasolli et al. 2019",51.88,0.62,1051422]
["ChengpingW_2017__AS58raw__bin.9","NO",0.8477,"Pasolli et al. 2019",50,0,1393859]
["ChengpingW_2017__AS5raw__bin.30","NO",0.9647,"Pasolli et al. 2019",98.12,0,2347477]
["ChengpingW_2017__AS61raw__bin.47","NO",0.7671,"Pasolli et al. 2019",97.38,1.25,2403736]
["ChengpingW_2017__AS62raw__bin.18","NO",0.7109,"Pasolli et al. 2019",75.19,0.74,3128311]
["ChengpingW_2017__AS62raw__bin.20","NO",0.9781,"Pasolli et al. 2019",98.73,0.11,2292854]
["ChengpingW_2017__AS63raw__bin.20","NO",0.9755,"Pasolli et al. 2019",98.75,0.62,2214355]
["ChengpingW_2017__AS64raw__bin.3","NO",0.8116,"Pasolli et al. 2019",58.49,0.53,1834787]
["ChengpingW_2017__AS65raw__bin.19","NO",0.9563,"Pasolli et al. 2019",94.41,0.62,1817742]
["ChengpingW_2017__AS66raw__bin.8","NO",0.9696,"Pasolli et al. 2019",93.83,1.9,2158430]
["ChengpingW_2017__AS67raw__bin.32","YES",0.6012,"Pasolli et al. 2019",60.59,0.09,1675984]
["ChengpingW_2017__AS67raw__bin.48","NO",0.9672,"Pasolli et al. 2019",87.78,0.62,2115383]
["ChengpingW_2017__AS68raw__bin.26","NO",0.8941,"Pasolli et al. 2019",92.6,0.74,3714631]
["ChengpingW_2017__AS68raw__bin.39","NO",0.9663,"Pasolli et al. 2019",98.48,0.64,1952431]
["ChengpingW_2017__AS6raw__bin.29","NO",0.9748,"Pasolli et al. 2019",94.58,1.25,1748073]
["ChengpingW_2017__AS6raw__bin.40","NO",0.9669,"Pasolli et al. 2019",97.5,0.62,2376248]
["ChengpingW_2017__AS71raw__bin.20","NO",0.9537,"Pasolli et al. 2019",74.68,0.11,1184049]
["ChengpingW_2017__AS73raw__bin.20","NO",0.5474,"Pasolli et al. 2019",93.87,0.52,4074999]
["ChengpingW_2017__AS73raw__bin.8","NO",0.8733,"Pasolli et al. 2019",94.08,0.59,3589761]
["ChengpingW_2017__AS74raw__bin.10","NO",0.9422,"Pasolli et al. 2019",94.38,0,1493748]
["ChengpingW_2017__AS76raw__bin.1","NO",0.8117,"Pasolli et al. 2019",97.11,0.33,4688349]
["ChengpingW_2017__AS76raw__bin.4","NO",0.9744,"Pasolli et al. 2019",98.75,0.62,2363930]
["ChengpingW_2017__AS77raw__bin.17","NO",0.9751,"Pasolli et al. 2019",98.75,2.2,2242260]
["ChengpingW_2017__AS77raw__bin.26","NO",0.956,"Pasolli et al. 2019",69.44,0,1436491]
["ChengpingW_2017__AS78raw__bin.1","NO",0.9301,"Pasolli et al. 2019",59.17,0.59,1497223]
["ChengpingW_2017__AS78raw__bin.11","NO",0.9337,"Pasolli et al. 2019",68.12,0,1434878]
["ChengpingW_2017__AS78raw__bin.49","NO",0.962,"Pasolli et al. 2019",69.05,1.32,1575968]
["ChengpingW_2017__AS78raw__bin.8","NO",0.9683,"Pasolli et al. 2019",78.27,0.78,1662146]
["ChengpingW_2017__AS79raw__bin.22","NO",0.5851,"Pasolli et al. 2019",97.39,0.44,4623263]
["ChengpingW_2017__AS79raw__bin.3","NO",0.895999999999999,"Pasolli et al. 2019",60.76,0.11,1037339]
["ChengpingW_2017__AS80raw__bin.11","NO",0.9454,"Pasolli et al. 2019",59.65,2.19,1193832]
["ChengpingW_2017__AS80raw__bin.12","YES",0.5246,"Pasolli et al. 2019",59.28,1.72,5063512]
["ChengpingW_2017__AS80raw__bin.25","NO",0.6456,"Pasolli et al. 2019",95.13,0.41,5048581]
["ChengpingW_2017__AS80raw__bin.5","NO",0.9606,"Pasolli et al. 2019",59.08,2.69,1352678]
["ChengpingW_2017__AS81raw__bin.15","NO",0.9567,"Pasolli et al. 2019",61.49,0.62,1770588]
["ChengpingW_2017__AS81raw__bin.20","NO",0.7941,"Pasolli et al. 2019",73.8,1.39,2825674]
["ChengpingW_2017__AS82raw__bin.11","NO",0.8705,"Pasolli et al. 2019",73.91,0,1470148]
["ChengpingW_2017__AS82raw__bin.23","NO",0.9778,"Pasolli et al. 2019",82.44,0.73,1568783]
["ChengpingW_2017__AS84raw__bin.39","NO",0.9731,"Pasolli et al. 2019",95.38,1.16,2070481]
["ChengpingW_2017__AS90raw__bin.1","NO",0.9817,"Pasolli et al. 2019",95.36,3.43,2046682]
["ChengpingW_2017__AS90raw__bin.6","NO",0.9232,"Pasolli et al. 2019",74.63,0,1165714]
["ChengpingW_2017__AS92raw__bin.22","NO",0.9809,"Pasolli et al. 2019",92.92,2,1924234]
["ChengpingW_2017__AS92raw__bin.41","YES",0.5569,"Pasolli et al. 2019",89.48,0.19,5062271]
["ChengpingW_2017__AS92raw__bin.7","NO",0.9443,"Pasolli et al. 2019",87.38,0.75,1496585]
["ChengpingW_2017__AS94raw__bin.9","NO",0.9641,"Pasolli et al. 2019",92.5,0.96,2011205]
["ChengpingW_2017__AS96raw__bin.26","NO",0.9688,"Pasolli et al. 2019",93.54,0.62,2254155]
["ChengpingW_2017__AS97raw__bin.19","NO",0.9226,"Pasolli et al. 2019",54.42,1.85,2024069]
["ChengpingW_2017__AS97raw__bin.21","NO",0.9405,"Pasolli et al. 2019",52.93,0,812074]
["ChengpingW_2017__AS97raw__bin.38","NO",0.9818,"Pasolli et al. 2019",98.76,1.05,2697003]
["ChengpingW_2017__AS97raw__bin.47","NO",0.8428,"Pasolli et al. 2019",66.74,1.58,1581307]
["ChengpingW_2017__AS97raw__bin.71","NO",0.9074,"Pasolli et al. 2019",74.44,0.59,2073144]
["ChengpingW_2017__AS98raw__bin.11","NO",0.8612,"Pasolli et al. 2019",56.68,0.79,2114168]
["ChengpingW_2017__AS98raw__bin.36","NO",0.9324,"Pasolli et al. 2019",95.18,0,1780784]
["ChengpingW_2017__AS98raw__bin.8","NO",0.9678,"Pasolli et al. 2019",98.02,1.25,1906485]
["ChengpingW_2017__AS99raw__bin.12","NO",0.9663,"Pasolli et al. 2019",96.25,0.62,2283750]
["ChengpingW_2017__AS9raw__bin.26","NO",0.7439,"Pasolli et al. 2019",98.22,2.37,2471126]
["ChengpingW_2017__AS9raw__bin.32","NO",0.9832,"Pasolli et al. 2019",98.05,0.13,2201708]
["ChengpingW_2017__AS9raw__bin.35","NO",0.8811,"Pasolli et al. 2019",78.17,2.55,1921362]
["ChngKR_2016__WBE003__bin.1","NO",0.7889,"Pasolli et al. 2019",71.08,3.86,5881155]
["ChngKR_2016__WBE003__bin.3","YES",0.5249,"Pasolli et al. 2019",95.57,1.82,4775319]
["ChngKR_2016__WBE007__bin.3","NO",0.987,"Pasolli et al. 2019",73.76,3.38,1895575]
["ChngKR_2016__WBE008__bin.2","NO",0.989,"Pasolli et al. 2019",82.38,2.23,2239643]
["ChngKR_2016__WBE014__bin.5","NO",0.9846,"Pasolli et al. 2019",98.28,2.91,2447413]
["ChngKR_2016__WBE015__bin.3","NO",0.9764,"Pasolli et al. 2019",97.22,0.43,2458339]
["ChngKR_2016__WBE016__bin.2","NO",0.9573,"Pasolli et al. 2019",62.31,0.38,1503119]
["ChngKR_2016__WBE019__bin.1","NO",0.9838,"Pasolli et al. 2019",87.8,1.25,1873003]
["ChngKR_2016__WBE019__bin.4","NO",0.9332,"Pasolli et al. 2019",85.99,2.4,4726363]
["ChngKR_2016__WBE019__bin.6","NO",0.9072,"Pasolli et al. 2019",91.87,1.6,2854103]
["ChngKR_2016__WBE020__bin.2","NO",0.985,"Pasolli et al. 2019",93.49,4.31,2334068]
["ChngKR_2016__WBE028__bin.1","NO",0.9217,"Pasolli et al. 2019",88.16,1.01,2530613]
["ChngKR_2016__WBE028__bin.2","NO",0.9848,"Pasolli et al. 2019",77.82,1.85,2202218]
["ChngKR_2016__WBE031__bin.2","NO",0.9829,"Pasolli et al. 2019",88.98,1.58,2256845]
["ChngKR_2016__WBE036__bin.1","NO",0.9585,"Pasolli et al. 2019",93.1,1.28,3811482]
["ChngKR_2016__WBS018__bin.8","NO",0.9649,"Pasolli et al. 2019",67.24,0.89,1559998]
["ChngKR_2016__WBS023__bin.2","NO",0.9502,"Pasolli et al. 2019",51.57,2.71,3347430]
["ChngKR_2016__WBU004__bin.1","NO",0.9459,"Pasolli et al. 2019",55.51,0.13,1681112]
["ChngKR_2016__WBU005__bin.12","NO",0.9949,"Pasolli et al. 2019",98.44,0.09,2110710]
["ChngKR_2016__WBU006__bin.5","NO",0.9946,"Pasolli et al. 2019",98.23,0,2278484]
["ChngKR_2016__WBU010__bin.1","NO",0.9242,"Pasolli et al. 2019",55.43,0.71,1093964]
["ChngKR_2016__WBU017__bin.6","NO",0.9395,"Pasolli et al. 2019",51.33,1.15,1243889]
["ChngKR_2016__WBU018__bin.6","NO",0.9526,"Pasolli et al. 2019",58.43,0.77,1317708]
["CosteaPI_2017__SID713A002-11-0-0__bin.19","NO",0.9797,"Pasolli et al. 2019",98.76,0.62,2717078]
["CosteaPI_2017__SID713A002-11-0-0__bin.50","NO",0.9048,"Pasolli et al. 2019",86.01,0,1519639]
["CosteaPI_2017__SID713A002-11-0-0__bin.53","NO",0.7732,"Pasolli et al. 2019",69.01,1.38,2225521]
["CosteaPI_2017__SID713A002-11-90-0__bin.64","NO",0.9815,"Pasolli et al. 2019",92.12,2.54,2503835]
["CosteaPI_2017__SID713A004-11-0-0__bin.62","NO",0.9737,"Pasolli et al. 2019",100,0,2149457]
["CosteaPI_2017__SID713A004-11-90-0__bin.83","NO",0.9791,"Pasolli et al. 2019",100,0,2086766]
["CosteaPI_2017__SID713A005-11-0-0__bin.53","NO",0.9745,"Pasolli et al. 2019",87.64,2.5,2202714]
["CosteaPI_2017__SID713A005-11-0-0__bin.72","NO",0.9567,"Pasolli et al. 2019",92.07,1.24,2116834]
["CosteaPI_2017__SID713A005-11-90-0__bin.2","NO",0.9231,"Pasolli et al. 2019",70.22,1.58,1379919]
["CosteaPI_2017__SID713A009-11-0-0__bin.25","NO",0.9598,"Pasolli et al. 2019",92.03,0,1592143]
["CosteaPI_2017__SID713A009-11-0-0__bin.32","NO",0.9751,"Pasolli et al. 2019",99.95,0,2564726]
["CosteaPI_2017__SID713A009-11-0-0__bin.49","NO",0.9056,"Pasolli et al. 2019",93.58,2.45,3617417]
["CosteaPI_2017__SID713A009-11-90-0__bin.33","NO",0.9541,"Pasolli et al. 2019",98.92,0,1821766]
["CosteaPI_2017__SID713A009-11-90-0__bin.81","NO",0.9233,"Pasolli et al. 2019",93.55,0,1767366]
["CosteaPI_2017__SID713A009-11-90-0__bin.84","NO",0.9747,"Pasolli et al. 2019",99.37,0,2552331]
["CosteaPI_2017__SID713A010-11-0-0__bin.10","NO",0.9065,"Pasolli et al. 2019",66.57,0.2,2459216]
["CosteaPI_2017__SID713A010-11-0-0__bin.74","NO",0.9716,"Pasolli et al. 2019",98.76,0.05,2685479]
["CosteaPI_2017__SID713A010-11-90-0__bin.28","NO",0.9618,"Pasolli et al. 2019",79.48,1.72,2356123]
["CosteaPI_2017__SID713A010-11-90-0__bin.66","NO",0.6587,"Pasolli et al. 2019",77.12,1.78,2963375]
["CosteaPI_2017__SID713A012-11-0-0__bin.34","NO",0.9734,"Pasolli et al. 2019",98.6,0.62,2765818]
["CosteaPI_2017__SID713A013-11-0-0__bin.7","NO",0.9765,"Pasolli et al. 2019",98.58,0,2417142]
["CosteaPI_2017__SID713A013-11-0-0__bin.94","NO",0.8607,"Pasolli et al. 2019",95.73,1.58,3690316]
["CosteaPI_2017__SID713A013-11-90-0__bin.17","NO",0.7485,"Pasolli et al. 2019",76.9,0.72,2730198]
["CosteaPI_2017__SID713A014-11-0-0__bin.23","NO",0.6405,"Pasolli et al. 2019",98.78,0.04,4597617]
["CosteaPI_2017__SID713A014-11-0-0__bin.25","NO",0.9753,"Pasolli et al. 2019",98.76,0,2553462]
["CosteaPI_2017__SID713A014-11-0-0__bin.26","NO",0.9644,"Pasolli et al. 2019",90.09,2.69,1652200]
["CosteaPI_2017__SID713A014-11-0-0__bin.52","NO",0.9658,"Pasolli et al. 2019",81.88,0,1515777]
["CosteaPI_2017__SID713A014-11-90-0__bin.2","YES",0.6656,"Pasolli et al. 2019",97.99,0.85,4376909]
["CosteaPI_2017__SID713A014-11-90-0__bin.46","NO",0.9709,"Pasolli et al. 2019",98.79,0.29,2259232]
["CosteaPI_2017__SID713A014-11-90-0__bin.52","NO",0.9646,"Pasolli et al. 2019",92.74,1.61,1942603]
["CosteaPI_2017__SID713A014-11-90-0__bin.86","NO",0.9651,"Pasolli et al. 2019",90.46,0.81,1667942]
["CosteaPI_2017__SID713A015-11-90-0__bin.17","YES",0.6704,"Pasolli et al. 2019",58.33,0.07,2469391]
["CosteaPI_2017__SID713A021-11-0-0__bin.20","NO",0.9388,"Pasolli et al. 2019",87.97,0,1740857]
["CosteaPI_2017__SID713A021-11-0-0__bin.22","NO",0.6804,"Pasolli et al. 2019",96.72,0.04,4056748]
["CosteaPI_2017__SID713A021-11-0-0__bin.25","NO",0.9792,"Pasolli et al. 2019",96.96,0.62,2389276]
["CosteaPI_2017__SID713A021-11-90-0__bin.57","NO",0.9493,"Pasolli et al. 2019",60.16,2.28,1027311]
["CosteaPI_2017__SID713A021-11-90-0__bin.66","NO",0.9553,"Pasolli et al. 2019",88.79,0.29,1927958]
["CosteaPI_2017__SID713A023-11-0-0__bin.22","NO",0.9508,"Pasolli et al. 2019",59.11,2.01,1413684]
["CosteaPI_2017__SID713A023-11-0-0__bin.57","NO",0.6618,"Pasolli et al. 2019",83.16,1.47,3763891]
["CosteaPI_2017__SID713A023-11-90-0__bin.26","NO",0.9568,"Pasolli et al. 2019",75.6,2.07,1397891]
["CosteaPI_2017__SID713A023-11-90-0__bin.45","NO",0.9415,"Pasolli et al. 2019",77.59,0,2257205]
["CosteaPI_2017__SID713A026-11-0-0__bin.13","YES",0.8374,"Pasolli et al. 2019",80.5,1.72,4635880]
["CosteaPI_2017__SID713A026-11-0-0__bin.83","NO",0.9338,"Pasolli et al. 2019",97.85,1.08,1762664]
["CosteaPI_2017__SID713A026-11-90-0__bin.24","NO",0.6214,"Pasolli et al. 2019",62.18,2.34,2672801]
["CosteaPI_2017__SID713A026-11-90-0__bin.33","NO",0.9312,"Pasolli et al. 2019",98.92,0,1873298]
["CosteaPI_2017__SID713A026-11-90-0__bin.67","NO",0.9713,"Pasolli et al. 2019",93.63,0.62,2284016]
["CosteaPI_2017__SID713A028-11-0-0__bin.35","NO",0.6187,"Pasolli et al. 2019",81.53,2.16,3332459]
["CosteaPI_2017__SID713A028-11-0-0__bin.56","NO",0.9695,"Pasolli et al. 2019",79.87,1.66,2105886]
["CosteaPI_2017__SID713A028-11-90-0__bin.10","NO",0.953,"Pasolli et al. 2019",74.68,0.21,1683646]
["CosteaPI_2017__SID713A028-11-90-0__bin.81","NO",0.9777,"Pasolli et al. 2019",91.13,2.42,2185835]
["CosteaPI_2017__SID713A029-11-90-0__bin.10","NO",0.9532,"Pasolli et al. 2019",75.63,1.5,1367932]
["CosteaPI_2017__SID713A029-11-90-0__bin.38","NO",0.7062,"Pasolli et al. 2019",93.99,3.91,2234408]
["CosteaPI_2017__SID713A030-11-0-0__bin.58","NO",0.9733,"Pasolli et al. 2019",96.16,0,2309159]
["CosteaPI_2017__SID713A030-11-90-0__bin.41","NO",0.9786,"Pasolli et al. 2019",97.47,0.74,2677663]
["CosteaPI_2017__SID713A033-11-90-0__bin.42","NO",0.9531,"Pasolli et al. 2019",82.07,0.21,1824689]
["CosteaPI_2017__SID713A037-11-0-0__bin.73","NO",0.6062,"Pasolli et al. 2019",88.54,1.62,3494891]
["CosteaPI_2017__SID713A037-11-0-0__bin.74","NO",0.8853,"Pasolli et al. 2019",95.76,0,3824185]
["CosteaPI_2017__SID713A037-11-90-0__bin.14","NO",0.9589,"Pasolli et al. 2019",81.76,1.04,3000080]
["CosteaPI_2017__SID713A037-11-90-0__bin.6","NO",0.9562,"Pasolli et al. 2019",50,0,1571718]
["CosteaPI_2017__SID713A038-11-90-0__bin.46","NO",0.9694,"Pasolli et al. 2019",95.65,0.62,2364973]
["CosteaPI_2017__SID713A039-11-0-0__bin.21","NO",0.9286,"Pasolli et al. 2019",93.55,1.08,1596072]
["CosteaPI_2017__SID713A039-11-0-0__bin.24","NO",0.9347,"Pasolli et al. 2019",62.92,1.8,1010404]
["CosteaPI_2017__SID713A039-11-0-0__bin.63","NO",0.8564,"Pasolli et al. 2019",52.27,0.04,2230102]
["CosteaPI_2017__SID713A039-11-0-0__bin.64","NO",0.9772,"Pasolli et al. 2019",96.87,1.83,2645945]
["CosteaPI_2017__SID713A039-11-90-0__bin.38","NO",0.976,"Pasolli et al. 2019",98.73,0.11,2510428]
["CosteaPI_2017__SID713A039-11-90-0__bin.4","NO",0.9122,"Pasolli et al. 2019",93.55,0,1660695]
["CosteaPI_2017__SID713A040-11-0-0__bin.48","YES",0.7357,"Pasolli et al. 2019",98.65,0.14,4291404]
["CosteaPI_2017__SID713A040-11-0-0__bin.5","NO",0.9489,"Pasolli et al. 2019",98.39,0,1678504]
["CosteaPI_2017__SID713A040-11-0-0__bin.54","NO",0.9807,"Pasolli et al. 2019",95.7,0,2701502]
["CosteaPI_2017__SID713A040-11-90-0__bin.29","NO",0.944,"Pasolli et al. 2019",80.97,0.79,2086024]
["CosteaPI_2017__SID713A040-11-90-0__bin.80","NO",0.8921,"Pasolli et al. 2019",60.85,1.48,1409338]
["CosteaPI_2017__SID713A045-11-0-0__bin.46","NO",0.5314,"Pasolli et al. 2019",96.47,0.09,4065254]
["CosteaPI_2017__SID713A045-11-0-0__bin.5","NO",0.9125,"Pasolli et al. 2019",84.47,2.96,2720095]
["CosteaPI_2017__SID713A045-11-0-0__bin.53","NO",0.9666,"Pasolli et al. 2019",98.12,0,2099042]
["CosteaPI_2017__SID713A045-11-90-0__bin.39","NO",0.8042,"Pasolli et al. 2019",63.31,1.28,2659007]
["CosteaPI_2017__SID713A045-11-90-0__bin.47","NO",0.9768,"Pasolli et al. 2019",88.82,1.55,1815291]
["CosteaPI_2017__SID713A045-11-90-0__bin.7","NO",0.9523,"Pasolli et al. 2019",62.99,0.4,1219807]
["CosteaPI_2017__SID713A046-11-0-0__bin.18","NO",0.975,"Pasolli et al. 2019",98.73,0.11,2507424]
["CosteaPI_2017__SID713A049-11-0-0__bin.15","NO",0.9501,"Pasolli et al. 2019",71.58,1.25,1602418]
["CosteaPI_2017__SID713A049-11-90-0__bin.21","NO",0.9399,"Pasolli et al. 2019",54.61,1.54,1030936]
["CosteaPI_2017__SID713A049-11-90-0__bin.27","NO",0.9742,"Pasolli et al. 2019",92.55,1.97,1947696]
["CosteaPI_2017__SID713A051-11-0-0__bin.2","NO",0.8712,"Pasolli et al. 2019",57.89,0,734909]
["CosteaPI_2017__SID713A051-11-90-0__bin.31","NO",0.9235,"Pasolli et al. 2019",67.16,0,1524752]
["CosteaPI_2017__SID713A052-11-0-0__bin.3","NO",0.9686,"Pasolli et al. 2019",93.55,0.81,2090288]
["CosteaPI_2017__SID713A052-11-0-0__bin.90","NO",0.7844,"Pasolli et al. 2019",50.75,0.03,1819469]
["CosteaPI_2017__SID713A052-11-90-0__bin.54","NO",0.9702,"Pasolli et al. 2019",93.55,0.81,2056760]
["CosteaPI_2017__SID713A053-11-90-0__bin.21","NO",0.9384,"Pasolli et al. 2019",81.69,0.96,1507514]
["CosteaPI_2017__SID713A053-11-90-0__bin.74","NO",0.703,"Pasolli et al. 2019",75.01,1.09,3042036]
["CosteaPI_2017__SID713A055-11-0-0__bin.12","NO",0.9295,"Pasolli et al. 2019",50.08,0.04,1011945]
["CosteaPI_2017__SID713A055-11-0-0__bin.71","NO",0.9491,"Pasolli et al. 2019",84.52,0,1316115]
["CosteaPI_2017__SID713A055-11-90-0__bin.18","NO",0.9174,"Pasolli et al. 2019",77.59,0,1765162]
["CosteaPI_2017__SID713A056-11-0-0__bin.85","NO",0.9663,"Pasolli et al. 2019",100,0.62,2772091]
["CosteaPI_2017__SID713A057-11-0-0__bin.29","NO",0.7032,"Pasolli et al. 2019",52.93,0,2623763]
["CosteaPI_2017__SID713A057-11-0-0__bin.4","NO",0.9537,"Pasolli et al. 2019",66.41,1.27,1812895]
["CosteaPI_2017__SID713A057-11-0-0__bin.42","NO",0.5208,"Pasolli et al. 2019",92.46,0.15,3843622]
["CosteaPI_2017__SID713A057-11-90-0__bin.10","NO",0.9242,"Pasolli et al. 2019",58.82,1.01,1292085]
["CosteaPI_2017__SID713A057-11-90-0__bin.44","NO",0.5719,"Pasolli et al. 2019",59.82,0.04,2586792]
["CosteaPI_2017__SID713A057-11-90-0__bin.47","NO",0.9659,"Pasolli et al. 2019",82.52,0.95,2298432]
["CosteaPI_2017__SID713A058-11-0-0__bin.54","NO",0.7997,"Pasolli et al. 2019",73.78,1.48,2569950]
["CosteaPI_2017__SID713A058-11-90-0__bin.17","NO",0.8935,"Pasolli et al. 2019",58.91,2.59,1119423]
["CosteaPI_2017__SID713A058-11-90-0__bin.77","NO",0.9603,"Pasolli et al. 2019",74.05,0.11,1412317]
["CosteaPI_2017__SID713A062-11-0-0__bin.1","NO",0.952,"Pasolli et al. 2019",68.95,1.61,1341220]
["CosteaPI_2017__SID713A062-11-0-0__bin.56","NO",0.556,"Pasolli et al. 2019",99.67,0.04,4547693]
["CosteaPI_2017__SID713A063-11-0-0__bin.28","NO",0.8754,"Pasolli et al. 2019",60.47,1.08,1092347]
["CosteaPI_2017__SID713A063-11-90-0__bin.20","NO",0.8181,"Pasolli et al. 2019",71.22,0.98,2580766]
["CosteaPI_2017__SID713A063-11-90-0__bin.62","NO",0.9194,"Pasolli et al. 2019",95.7,0,1660969]
["CosteaPI_2017__SID713A066-11-0-0__bin.25","NO",0.6074,"Pasolli et al. 2019",98.92,0.33,4195177]
["CosteaPI_2017__SID713A066-11-0-0__bin.41","NO",0.9619,"Pasolli et al. 2019",71.72,1.27,1513613]
["CosteaPI_2017__SID713A066-11-0-0__bin.42","NO",0.9693,"Pasolli et al. 2019",99.14,4.55,2248182]
["CosteaPI_2017__SID713A066-11-90-0__bin.42","YES",0.5601,"Pasolli et al. 2019",99.07,0.59,4393510]
["CosteaPI_2017__SID713A068-11-0-0__bin.11","NO",0.9789,"Pasolli et al. 2019",98.73,0,2071031]
["CosteaPI_2017__SID713A068-11-90-0__bin.26","NO",0.6858,"Pasolli et al. 2019",99.67,0.65,4432934]
["CosteaPI_2017__SID713A073-11-0-0__bin.43","NO",0.9422,"Pasolli et al. 2019",64.78,2.42,1167797]
["CosteaPI_2017__SID713A073-11-90-0__bin.15","NO",0.9389,"Pasolli et al. 2019",63.45,1.28,1170645]
["CosteaPI_2017__SID713A074-11-0-0__bin.53","NO",0.9437,"Pasolli et al. 2019",60.69,0.86,1384284]
["CosteaPI_2017__SID713A074-11-90-0__bin.17","NO",0.9672,"Pasolli et al. 2019",94.49,0.21,2576482]
["CosteaPI_2017__SID713A074-11-90-0__bin.2","NO",0.8566,"Pasolli et al. 2019",88.66,0.59,3159289]
["CosteaPI_2017__SID713A076-11-0-0__bin.21","NO",0.9532,"Pasolli et al. 2019",87.38,2.12,1584225]
["CosteaPI_2017__SID713A076-11-0-0__bin.58","NO",0.96,"Pasolli et al. 2019",84.14,2.2,1627990]
["CosteaPI_2017__SID713A076-11-90-0__bin.28","NO",0.9379,"Pasolli et al. 2019",90.62,0,1900627]
["CosteaPI_2017__SID713A076-11-90-0__bin.54","NO",0.9562,"Pasolli et al. 2019",90.93,0.81,1765151]
["CosteaPI_2017__SID713A077-11-0-0__bin.15","NO",0.9725,"Pasolli et al. 2019",85.49,1.92,1686821]
["CosteaPI_2017__SID713A078-11-0-0__bin.23","NO",0.9807,"Pasolli et al. 2019",93.63,3.11,2063675]
["CosteaPI_2017__SID713A078-11-0-0__bin.49","NO",0.8515,"Pasolli et al. 2019",86.83,2.43,3062174]
["CosteaPI_2017__SID713A078-11-0-0__bin.73","NO",0.6258,"Pasolli et al. 2019",85.92,1.18,3646264]
["CosteaPI_2017__SID713A081-11-0-0__bin.14","NO",0.922,"Pasolli et al. 2019",82.5,0,1776915]
["CosteaPI_2017__SID713A081-11-0-0__bin.45","NO",0.9429,"Pasolli et al. 2019",74.67,0.29,1255027]
["CosteaPI_2017__SID713A081-11-0-0__bin.56","NO",0.9719,"Pasolli et al. 2019",89.52,1.61,2115326]
["CosteaPI_2017__SID713A081-11-90-0__bin.39","NO",0.9555,"Pasolli et al. 2019",89.38,0.62,1891000]
["CosteaPI_2017__SID713A081-11-90-0__bin.46","NO",0.9761,"Pasolli et al. 2019",96.27,0.16,2225317]
["CosteaPI_2017__SID713A081-11-90-0__bin.52","NO",0.9779,"Pasolli et al. 2019",86.16,0.91,1965979]
["CosteaPI_2017__SID713A081-11-90-0__bin.68","NO",0.975,"Pasolli et al. 2019",99.38,0.29,2363256]
["CosteaPI_2017__SID713A084-11-0-0__bin.20","NO",0.9625,"Pasolli et al. 2019",91.73,0.81,1763601]
["CosteaPI_2017__SID713A084-11-0-0__bin.40","NO",0.9623,"Pasolli et al. 2019",98.24,0.29,2321712]
["CosteaPI_2017__SID713A084-11-0-0__bin.56","NO",0.9517,"Pasolli et al. 2019",85.01,3.7,2019912]
["CosteaPI_2017__SID713A084-11-90-0__bin.54","NO",0.9689,"Pasolli et al. 2019",98.2,0.29,2316166]
["CosteaPI_2017__SID713A087-11-0-0__bin.35","NO",0.9204,"Pasolli et al. 2019",91.88,0,1817537]
["CosteaPI_2017__SID713A087-11-0-0__bin.6","NO",0.9762,"Pasolli et al. 2019",93.55,1.61,1564484]
["CosteaPI_2017__SID713A087-11-0-0__bin.85","NO",0.9589,"Pasolli et al. 2019",82.28,1.28,1520294]
["CosteaPI_2017__SID713A087-11-0-0__bin.86","NO",0.9643,"Pasolli et al. 2019",97.03,0.29,1995050]
["CosteaPI_2017__SID713A087-11-90-0__bin.32","NO",0.9692,"Pasolli et al. 2019",97.32,0.56,2051975]
["CosteaPI_2017__SID713A088-11-0-0__bin.36","NO",0.9286,"Pasolli et al. 2019",57.43,0.03,1257709]
["CosteaPI_2017__SID713A088-11-0-0__bin.53","YES",0.7074,"Pasolli et al. 2019",51.52,0.04,2450434]
["CosteaPI_2017__SID713A088-11-90-0__bin.25","YES",0.9287,"Pasolli et al. 2019",75.28,0.1,3566611]
["CosteaPI_2017__SID713A088-11-90-0__bin.68","NO",0.9681,"Pasolli et al. 2019",94.43,1.04,1968464]
["CosteaPI_2017__SID713A089-11-90-0__bin.8","NO",0.6693,"Pasolli et al. 2019",98.07,1,4651573]
["CosteaPI_2017__SID713B002-11-0-0__bin.28","NO",0.8466,"Pasolli et al. 2019",90.41,0,3314311]
["CosteaPI_2017__SID713B002-11-90-0__bin.35","NO",0.927,"Pasolli et al. 2019",64.25,1.61,1135992]
["CosteaPI_2017__SID713B002-11-90-0__bin.42","NO",0.878,"Pasolli et al. 2019",98.62,0,3729704]
["CosteaPI_2017__SID713B003-11-0-0__bin.30","NO",0.9519,"Pasolli et al. 2019",96.47,0.29,2204511]
["CosteaPI_2017__SID713B003-11-0-0__bin.4","NO",0.9641,"Pasolli et al. 2019",91.3,0,2589214]
["CosteaPI_2017__SID713B003-11-90-0__bin.6","NO",0.962,"Pasolli et al. 2019",97.5,0,2425865]
["CosteaPI_2017__SID713B003-11-90-0__bin.7","NO",0.8756,"Pasolli et al. 2019",75.46,0.59,2720558]
["CosteaPI_2017__SID713B004-11-0-0__bin.30","NO",0.8456,"Pasolli et al. 2019",53.45,0,1195299]
["CosteaPI_2017__SID713B004-11-0-0__bin.65","NO",0.9287,"Pasolli et al. 2019",93.28,0,1609437]
["CosteaPI_2017__SID713B004-11-90-0__bin.27","NO",0.9338,"Pasolli et al. 2019",88.75,0,1767654]
["CosteaPI_2017__SID713B004-11-90-0__bin.64","NO",0.930999999999999,"Pasolli et al. 2019",95.38,0,1831103]
["CosteaPI_2017__SID713B005-11-0-0__bin.18","NO",0.7399,"Pasolli et al. 2019",94.54,2.7,2340386]
["CosteaPI_2017__SID713B005-11-0-0__bin.2","NO",0.9252,"Pasolli et al. 2019",58.83,0,1366445]
["CosteaPI_2017__SID713B005-11-0-0__bin.31","NO",0.8401,"Pasolli et al. 2019",73.62,3.54,2199739]
["CosteaPI_2017__SID713B005-11-0-0__bin.55","NO",0.9304,"Pasolli et al. 2019",81.88,0,1561890]
["CosteaPI_2017__SID713B005-11-90-0__bin.1","NO",0.9382,"Pasolli et al. 2019",91.14,0.29,2175166]
["CosteaPI_2017__SID713B005-11-90-0__bin.83","NO",0.9598,"Pasolli et al. 2019",96.09,0.83,1905075]
["CosteaPI_2017__SID713B007-11-0-0__bin.10","NO",0.9409,"Pasolli et al. 2019",58.22,1.61,1090153]
["CosteaPI_2017__SID713B007-11-0-0__bin.64","NO",0.8217,"Pasolli et al. 2019",52.03,0.59,1757450]
["CosteaPI_2017__SID713B007-11-0-0__bin.77","NO",0.9197,"Pasolli et al. 2019",68.32,0,1183981]
["CosteaPI_2017__SID713B007-11-90-0__bin.39","NO",0.9816,"Pasolli et al. 2019",95.65,1.24,2507005]
["CosteaPI_2017__SID713B012-11-0-0__bin.56","NO",0.927,"Pasolli et al. 2019",54.56,0.05,1412540]
["CosteaPI_2017__SID713B014-11-0-0__bin.104","NO",0.9577,"Pasolli et al. 2019",98.24,0.29,2187511]
["CosteaPI_2017__SID713B014-11-0-0__bin.12","NO",0.9583,"Pasolli et al. 2019",72.37,1.09,1908890]
["CosteaPI_2017__SID713B014-11-0-0__bin.58","NO",0.9312,"Pasolli et al. 2019",97.85,1.08,1682948]
["CosteaPI_2017__SID713B014-11-0-0__bin.72","NO",0.9382,"Pasolli et al. 2019",91.88,2.5,1806983]
["CosteaPI_2017__SID713B014-11-90-0__bin.48","NO",0.9615,"Pasolli et al. 2019",96.03,0.59,2056435]
["CosteaPI_2017__SID713B014-11-90-0__bin.54","NO",0.9094,"Pasolli et al. 2019",77.16,0,1309359]
["CosteaPI_2017__SID713B014-11-90-0__bin.59","NO",0.9796,"Pasolli et al. 2019",96.27,2.07,2260642]
["CosteaPI_2017__alien2-11-0-0__bin.20","NO",0.967,"Pasolli et al. 2019",93.04,0.74,2093761]
["CosteaPI_2017__bugkiller-11-0-0__bin.3","NO",0.97,"Pasolli et al. 2019",92.38,2.02,2390377]
["CosteaPI_2017__bugkiller-11-2-0__bin.24","NO",0.8086,"Pasolli et al. 2019",98.22,0,3641031]
["CosteaPI_2017__bugkiller-11-2-0__bin.4","NO",0.9636,"Pasolli et al. 2019",87.27,0.93,2381552]
["CosteaPI_2017__bugkiller-11-392-1__bin.29","NO",0.9315,"Pasolli et al. 2019",74.14,0,1731111]
["CosteaPI_2017__bugkiller-11-392-2__bin.35","NO",0.9685,"Pasolli et al. 2019",93.76,1.29,2382883]
["CosteaPI_2017__bugkiller-11-60-0__bin.26","NO",0.9628,"Pasolli et al. 2019",91.44,1.24,2444698]
["CosteaPI_2017__bugkiller-11-600-0__bin.2","NO",0.9468,"Pasolli et al. 2019",68.1,0,1505016]
["CosteaPI_2017__bugkiller-11-7-0__bin.3","NO",0.9751,"Pasolli et al. 2019",96.36,0.21,2625517]
["CosteaPI_2017__bugkiller-11-773-0__bin.10","NO",0.9461,"Pasolli et al. 2019",86.96,1.45,2524112]
["CosteaPI_2017__bugkiller-11-918-0__bin.14","NO",0.97,"Pasolli et al. 2019",95.96,0.62,2714533]
["CosteaPI_2017__daisy-11-0-0__bin.33","NO",0.976,"Pasolli et al. 2019",100,0,2404442]
["CosteaPI_2017__daisy-11-0-0__bin.39","NO",0.9406,"Pasolli et al. 2019",67.88,0.79,2413294]
["CosteaPI_2017__daisy-11-0-0__bin.42","NO",0.9123,"Pasolli et al. 2019",95.7,0,1797593]
["CosteaPI_2017__daisy-11-2-0__bin.10","NO",0.9776,"Pasolli et al. 2019",100,0.11,2466534]
["CosteaPI_2017__daisy-11-2-0__bin.16","NO",0.900999999999999,"Pasolli et al. 2019",94.62,0,1730487]
["CosteaPI_2017__daisy-11-386-0__bin.51","NO",0.6392,"Pasolli et al. 2019",54.02,0.13,1583406]
["CosteaPI_2017__daisy-11-386-0__bin.6","NO",0.9674,"Pasolli et al. 2019",82.28,0,1345782]
["CosteaPI_2017__daisy-11-388-0__bin.39","NO",0.8589,"Pasolli et al. 2019",76.33,0.59,2527192]
["CosteaPI_2017__daisy-11-388-0__bin.51","NO",0.9751,"Pasolli et al. 2019",99.37,0,2369905]
["CosteaPI_2017__daisy-11-389-0__bin.7","NO",0.9094,"Pasolli et al. 2019",62.03,0,941484]
["CosteaPI_2017__daisy-11-390-0__bin.25","NO",0.8943,"Pasolli et al. 2019",78.86,1.81,2985853]
["CosteaPI_2017__daisy-11-390-0__bin.61","NO",0.9752,"Pasolli et al. 2019",100,0,2461498]
["CosteaPI_2017__daisy-11-392-0__bin.12","NO",0.9196,"Pasolli et al. 2019",68.69,0.38,2571333]
["CosteaPI_2017__daisy-11-392-0__bin.17","NO",0.9776,"Pasolli et al. 2019",100,0,2490301]
["CosteaPI_2017__daisy-11-403-0__bin.5","NO",0.9764,"Pasolli et al. 2019",97.15,0.63,2391942]
["CosteaPI_2017__daisy-11-60-0__bin.50","NO",0.9064,"Pasolli et al. 2019",95.7,0,1773733]
["CosteaPI_2017__daisy-11-60-0__bin.52","NO",0.9325,"Pasolli et al. 2019",56.33,0,971390]
["CosteaPI_2017__daisy-11-7-0__bin.28","NO",0.9048,"Pasolli et al. 2019",95.7,0,1752735]
["CosteaPI_2017__daisy-11-7-0__bin.29","NO",0.9708,"Pasolli et al. 2019",86.71,1.95,2134900]
["CosteaPI_2017__donald1-11-0-0__bin.15","NO",0.9724,"Pasolli et al. 2019",95.45,0,2625169]
["CosteaPI_2017__donald1-11-0-0__bin.17","NO",0.8823,"Pasolli et al. 2019",63.53,0,777601]
["CosteaPI_2017__donald1-11-0-0__bin.19","NO",0.9325,"Pasolli et al. 2019",97.85,0.1,1781123]
["CosteaPI_2017__donald1-11-30-0__bin.49","NO",0.968,"Pasolli et al. 2019",87.57,3.11,2336497]
["CosteaPI_2017__donald1-11-7-0__bin.11","NO",0.9533,"Pasolli et al. 2019",86.13,0.66,2348513]
["CosteaPI_2017__donald1-11-7-0__bin.39","NO",0.9093,"Pasolli et al. 2019",95.7,0,1738070]
["CosteaPI_2017__donald2-11-0-0__bin.13","NO",0.9755,"Pasolli et al. 2019",91.66,4.22,2330396]
["CosteaPI_2017__donald2-11-30-0__bin.35","NO",0.9782,"Pasolli et al. 2019",100,0.11,2525032]
["CosteaPI_2017__donald2-11-30-0__bin.55","NO",0.8697,"Pasolli et al. 2019",67.64,0.1,1271434]
["CosteaPI_2017__donald3-11-0-0__bin.14","NO",0.9704,"Pasolli et al. 2019",97.2,0,2607062]
["CosteaPI_2017__donald3-11-30-0__bin.17","NO",0.9715,"Pasolli et al. 2019",93.84,0,2440220]
["CosteaPI_2017__donald3-11-7-0__bin.57","NO",0.9476,"Pasolli et al. 2019",74.52,1.66,1920588]
["CosteaPI_2017__donald4-11-0-0__bin.31","NO",0.9707,"Pasolli et al. 2019",88.95,3.26,2124846]
["CosteaPI_2017__donald4-11-30-0__bin.14","NO",0.9058,"Pasolli et al. 2019",96.19,1.08,1668893]
["CosteaPI_2017__donald4-11-30-0__bin.8","NO",0.6544,"Pasolli et al. 2019",82.93,1.11,3529617]
["CosteaPI_2017__donald4-11-7-0__bin.10","NO",0.9605,"Pasolli et al. 2019",73.13,0.95,1228089]
["CosteaPI_2017__donald4-11-7-0__bin.11","NO",0.7614,"Pasolli et al. 2019",55.36,0.04,2507411]
["CosteaPI_2017__donald4-11-7-0__bin.16","NO",0.8888,"Pasolli et al. 2019",96.7,0,3815926]
["CosteaPI_2017__donald4-11-7-0__bin.48","NO",0.9028,"Pasolli et al. 2019",89.25,0,1637022]
["CosteaPI_2017__donald5-11-0-0__bin.16","NO",0.5892,"Pasolli et al. 2019",76.79,1.35,3258973]
["CosteaPI_2017__donald5-11-0-0__bin.4","NO",0.9141,"Pasolli et al. 2019",76.11,0.6,1427980]
["CosteaPI_2017__donald5-11-30-0__bin.49","NO",0.8373,"Pasolli et al. 2019",51.68,0,935413]
["CosteaPI_2017__donald5-11-30-0__bin.5","NO",0.9544,"Pasolli et al. 2019",71.03,2,1099356]
["CosteaPI_2017__donald5-11-7-0__bin.2","NO",0.9803,"Pasolli et al. 2019",100,2,2466565]
["CosteaPI_2017__halbarad-11-0-0__bin.52","NO",0.9761,"Pasolli et al. 2019",83.71,0.85,2107414]
["CosteaPI_2017__halbarad-11-7-0__bin.13","NO",0.927999999999999,"Pasolli et al. 2019",97.85,0.1,1860888]
["CosteaPI_2017__halbarad-11-7-0__bin.17","NO",0.8559,"Pasolli et al. 2019",75.1,1.12,2657988]
["CosteaPI_2017__halbarad-11-7-0__bin.52","NO",0.9799,"Pasolli et al. 2019",100,0,2780298]
["CosteaPI_2017__halbarad-11-773-0__bin.55","NO",0.9275,"Pasolli et al. 2019",97.85,0.1,1892861]
["CosteaPI_2017__halbarad-11-773-0__bin.64","NO",0.9717,"Pasolli et al. 2019",92.55,0,2623253]
["CosteaPI_2017__mickey1-11-0-0__bin.24","NO",0.8918,"Pasolli et al. 2019",94.62,0,1778147]
["CosteaPI_2017__mickey1-11-30-0__bin.1","NO",0.9176,"Pasolli et al. 2019",88.77,1.61,1663980]
["CosteaPI_2017__mickey1-11-7-0__bin.20","NO",0.953,"Pasolli et al. 2019",89.22,1.9,1598432]
["CosteaPI_2017__mickey2-11-30-0__bin.14","NO",0.9422,"Pasolli et al. 2019",69.15,3.08,1593497]
["CosteaPI_2017__mickey2-11-30-0__bin.18","NO",0.888,"Pasolli et al. 2019",65.73,0,858438]
["CosteaPI_2017__mickey2-11-30-0__bin.60","NO",0.9432,"Pasolli et al. 2019",95.16,1.17,1681431]
["CosteaPI_2017__mickey2-11-7-0__bin.58","NO",0.8868,"Pasolli et al. 2019",50.3,0,982016]
["CosteaPI_2017__mickey3-11-30-0__bin.2","NO",0.9443,"Pasolli et al. 2019",97.85,0.1,1812171]
["CosteaPI_2017__mickey3-11-30-0__bin.58","NO",0.9291,"Pasolli et al. 2019",68.25,4.75,1408758]
["CosteaPI_2017__mickey4-11-0-0__bin.34","NO",0.9537,"Pasolli et al. 2019",95.03,2.06,2203600]
["CosteaPI_2017__mickey4-11-7-0__bin.16","NO",0.9584,"Pasolli et al. 2019",91.61,2.84,2254356]
["CosteaPI_2017__mickey4-11-7-0__bin.31","NO",0.9314,"Pasolli et al. 2019",85.48,2.15,1555895]
["CosteaPI_2017__mickey4-11-7-0__bin.46","NO",0.9255,"Pasolli et al. 2019",90.03,1.14,1558656]
["CosteaPI_2017__mickey5-11-30-0__bin.3","NO",0.9047,"Pasolli et al. 2019",57.07,1.8,1037396]
["CosteaPI_2017__peacemaker-11-0-0__bin.21","NO",0.978,"Pasolli et al. 2019",92.31,0.62,2264664]
["CosteaPI_2017__peacemaker-11-0-0__bin.40","NO",0.9714,"Pasolli et al. 2019",93.25,3.11,2502192]
["CosteaPI_2017__peacemaker-11-2-0__bin.89","NO",0.9798,"Pasolli et al. 2019",92.96,0.31,2058014]
["CosteaPI_2017__peacemaker-11-60-0__bin.25","NO",0.8147,"Pasolli et al. 2019",84.21,0.87,3920856]
["CosteaPI_2017__peacemaker-11-60-0__bin.31","NO",0.9789,"Pasolli et al. 2019",97.69,1.6,2269745]
["CosteaPI_2017__peacemaker-11-60-0__bin.38","NO",0.9554,"Pasolli et al. 2019",78.31,1.24,1842928]
["CosteaPI_2017__peacemaker-11-600-0__bin.14","NO",0.9739,"Pasolli et al. 2019",86.59,0.62,2187929]
["CosteaPI_2017__peacemaker-11-600-0__bin.52","NO",0.9475,"Pasolli et al. 2019",81.61,2.45,1485686]
["CosteaPI_2017__peacemaker-11-7-0__bin.24","NO",0.9802,"Pasolli et al. 2019",98.14,0.69,2201707]
["CosteaPI_2017__peacemaker-11-7-0__bin.40","NO",0.9749,"Pasolli et al. 2019",96.36,1.86,2801964]
["CosteaPI_2017__peacemaker-11-773-0__bin.19","NO",0.9795,"Pasolli et al. 2019",96.43,0.62,2191315]
["CosteaPI_2017__peacemaker-11-918-0__bin.23","NO",0.975,"Pasolli et al. 2019",96.89,2.48,2796434]
["CosteaPI_2017__peacemaker-11-918-0__bin.32","NO",0.9756,"Pasolli et al. 2019",92.24,0.83,2074016]
["CosteaPI_2017__peacemaker2-11-0-0__bin.51","NO",0.9729,"Pasolli et al. 2019",99.38,0.62,2844528]
["CosteaPI_2017__peacemaker3-11-0-0__bin.10","NO",0.6633,"Pasolli et al. 2019",91.89,1.04,3828408]
["CosteaPI_2017__peacemaker4-11-0-0__bin.46","YES",0.8873,"Pasolli et al. 2019",82.46,0,4450077]
["CosteaPI_2017__peacemaker4-11-0-0__bin.61","NO",0.96,"Pasolli et al. 2019",62.07,0,1778640]
["CosteaPI_2017__pluto1-11-0-0__bin.43","NO",0.7253,"Pasolli et al. 2019",91.01,0.59,2483743]
["CosteaPI_2017__pluto1-11-0-0__bin.44","NO",0.9833,"Pasolli et al. 2019",97.36,0.62,2235430]
["CosteaPI_2017__pluto1-11-0-0__bin.46","NO",0.9641,"Pasolli et al. 2019",92.54,2.02,1790253]
["CosteaPI_2017__pluto1-11-30-0__bin.25","NO",0.9289,"Pasolli et al. 2019",59.88,0.74,1435230]
["CosteaPI_2017__pluto1-11-30-0__bin.32","NO",0.9649,"Pasolli et al. 2019",93.35,1.21,1715417]
["CosteaPI_2017__pluto1-11-7-0__bin.40","NO",0.9653,"Pasolli et al. 2019",93.35,0.81,1920550]
["CosteaPI_2017__pluto1-11-7-0__bin.78","NO",0.6668,"Pasolli et al. 2019",86.8,1.78,2343238]
["CosteaPI_2017__pluto2-11-0-0__bin.25","NO",0.9779,"Pasolli et al. 2019",98.12,0.62,2346930]
["CosteaPI_2017__pluto2-11-30-0__bin.26","NO",0.9501,"Pasolli et al. 2019",83.25,0,1971391]
["CosteaPI_2017__pluto2-11-7-0__bin.29","NO",0.9773,"Pasolli et al. 2019",98.12,0.62,2349322]
["CosteaPI_2017__pluto3-11-0-0__bin.3","NO",0.9739,"Pasolli et al. 2019",99.07,0.62,2819992]
["CosteaPI_2017__pluto3-11-0-0__bin.54","YES",0.7925,"Pasolli et al. 2019",98.06,0.09,4609300]
["CosteaPI_2017__pluto3-11-30-0__bin.21","NO",0.689,"Pasolli et al. 2019",88.05,0.59,2381970]
["CosteaPI_2017__pluto3-11-7-0__bin.31","NO",0.782,"Pasolli et al. 2019",70.01,1.8,1761835]
["CosteaPI_2017__pluto3-11-7-0__bin.44","NO",0.9739,"Pasolli et al. 2019",100,0.62,2833075]
["CosteaPI_2017__pluto4-11-0-0__bin.53","NO",0.9168,"Pasolli et al. 2019",87.1,0,1599319]
["CosteaPI_2017__pluto4-11-30-0__bin.28","NO",0.939,"Pasolli et al. 2019",98.92,0,1934574]
["CosteaPI_2017__pluto4-11-30-0__bin.37","NO",0.723,"Pasolli et al. 2019",89.88,1.81,2323252]
["CosteaPI_2017__pluto4-11-30-0__bin.54","NO",0.9764,"Pasolli et al. 2019",97.5,0.83,2224707]
["CosteaPI_2017__pluto4-11-30-0__bin.59","NO",0.9786,"Pasolli et al. 2019",97.52,0.97,2807626]
["CosteaPI_2017__pluto4-11-7-0__bin.13","NO",0.7605,"Pasolli et al. 2019",87.2,1.18,2101910]
["CosteaPI_2017__pluto4-11-7-0__bin.37","NO",0.9476,"Pasolli et al. 2019",97.26,0,1706045]
["CosteaPI_2017__SID713B041-11-90-0__bin.18","NO",0.9752,"Pasolli et al. 2019",95.32,0.62,2134071]
["CosteaPI_2017__SID713B044-11-0-0__bin.16","NO",0.9397,"Pasolli et al. 2019",70.26,0.16,1129346]
["DavidLA_2015__LD-Run1-02__bin.17","NO",0.9777,"Pasolli et al. 2019",100,0.62,2895550]
["FengQ_2015__SID31446__bin.63","YES",0.6815,"Pasolli et al. 2019",50,0,2999036]
["FengQ_2015__SID532305__bin.13","NO",0.9786,"Pasolli et al. 2019",97.15,0.32,2154784]
["FerrettiP_2018__CA_C10005IS2066FE_t1M15__bin.6","NO",0.9428,"Pasolli et al. 2019",95.49,3.09,5662192]
["FerrettiP_2018__CA_C10031MS2526FE_t0M15__bin.3","NO",0.9062,"Pasolli et al. 2019",50.38,0,1631142]
["FerrettiP_2018__CA_C10043MS2742FE_t0M16__bin.25","YES",0.8529,"Pasolli et al. 2019",84.63,0.33,3788451]
["GeversD_2014__SKBSTL027__bin.20","NO",0.8685,"Pasolli et al. 2019",59.81,2.17,1819711]
["GeversD_2014__SKBSTL043__bin.55","NO",0.9625,"Pasolli et al. 2019",88.28,1.46,1567563]
["HMP_2012__SRS011126__bin.36","NO",0.8182,"Pasolli et al. 2019",79.3,1.56,2075567]
["HMP_2012__SRS013836__bin.18","NO",0.9554,"Pasolli et al. 2019",53.76,2.1,970263]
["HMP_2012__SRS013946__bin.17","NO",0.9854,"Pasolli et al. 2019",96.17,1.23,2022870]
["HMP_2012__SRS015060__bin.2","NO",0.9741,"Pasolli et al. 2019",92.99,0.5,1913739]
["HMP_2012__SRS015264__bin.43","NO",0.9531,"Pasolli et al. 2019",77.59,0,1932869]
["HanniganGD_2017__MG100141__bin.3","NO",0.8089,"Pasolli et al. 2019",98.94,0.38,4626821]
["HeQ_2017__RSZAXPI003105-143__bin.41","YES",0.8701,"Pasolli et al. 2019",94.33,0.44,4400169]
["HeQ_2017__SZAXPI029466-158__bin.9","NO",0.513,"Pasolli et al. 2019",50,0,2040340]
["HeQ_2017__SZAXPI029490-88__bin.80","NO",0.9744,"Pasolli et al. 2019",92.3,4.39,1774204]
["HeQ_2017__SZAXPI029591-123__bin.1","NO",0.952,"Pasolli et al. 2019",50,0,1554734]
["HeQ_2017__SZAXPI029599-169__bin.41","NO",0.9721,"Pasolli et al. 2019",86.08,0,1548479]
["HMP_2012__SRS016575__bin.74","NO",0.9904,"Pasolli et al. 2019",99.32,0.81,2183677]
["HMP_2012__SRS017191__bin.27","YES",0.5574,"Pasolli et al. 2019",77.59,1.72,4720293]
["HMP_2012__SRS017691__bin.49","NO",0.9633,"Pasolli et al. 2019",65.81,2.31,1406571]
["HMP_2012__SRS018573__bin.2","NO",0.9738,"Pasolli et al. 2019",96.85,0.34,2237663]
["HMP_2012__SRS019128__bin.53","NO",0.9591,"Pasolli et al. 2019",77.83,2.04,1521160]
["HMP_2012__SRS019607__bin.50","NO",0.9582,"Pasolli et al. 2019",86.3,1.74,1680202]
["HMP_2012__SRS020862__bin.19","NO",0.9409,"Pasolli et al. 2019",57.92,1.84,1298888]
["HMP_2012__SRS022621__bin.58","NO",0.9775,"Pasolli et al. 2019",99.92,0.34,2140195]
["HMP_2012__SRS023964__bin.42","NO",0.9549,"Pasolli et al. 2019",82.16,0.9,1804666]
["HMP_2012__SRS024277__bin.9","NO",0.9849,"Pasolli et al. 2019",95.25,0.49,1753562]
["HMP_2012__SRS024561__bin.25","NO",0.9763,"Pasolli et al. 2019",97.67,1.23,3088062]
["HMP_2012__SRS044373__bin.68","NO",0.9858,"Pasolli et al. 2019",98.77,0,1817312]
["HMP_2012__SRS049959__bin.67","NO",0.9412,"Pasolli et al. 2019",98.92,0,1778075]
["HMP_2012__SRS051930__bin.22","NO",0.9732,"Pasolli et al. 2019",75.86,0,2313871]
["HMP_2012__SRS054430__bin.31","NO",0.9649,"Pasolli et al. 2019",76.32,1.75,1758548]
["HMP_2012__SRS062761__bin.14","NO",0.9758,"Pasolli et al. 2019",71.34,3.44,1277848]
["HMP_2012__SRS075404__bin.55","NO",0.9852,"Pasolli et al. 2019",88.49,2.64,1585980]
["KarlssonFH_2013__S248__bin.35","YES",0.8819,"Pasolli et al. 2019",99.18,0.45,4619966]
["KosticAD_2015__PRJNA231909.3113669__bin.9","NO",0.7831,"Pasolli et al. 2019",72.81,1.69,2981741]
["LeChatelierE_2013__MH0061__bin.20","NO",0.922999999999999,"Pasolli et al. 2019",94.62,1.08,1790689]
["LeChatelierE_2013__MH0151__bin.15","NO",0.9067,"Pasolli et al. 2019",80.78,0.59,1322277]
["LeChatelierE_2013__MH0180__bin.23","NO",0.8965,"Pasolli et al. 2019",88.17,1.64,1775670]
["LeChatelierE_2013__MH0253__bin.61","NO",0.9809,"Pasolli et al. 2019",95.62,0.94,2128414]
["LeChatelierE_2013__MH0406__bin.84","NO",0.864,"Pasolli et al. 2019",87.1,1.08,1695870]
["LeChatelierE_2013__MH0439__bin.81","NO",0.9355,"Pasolli et al. 2019",90.14,0,1672960]
["LeChatelierE_2013__MH0450__bin.74","NO",0.9484,"Pasolli et al. 2019",87.58,0.72,2518392]
["LiJ_2014__MH0262__bin.18","NO",0.9516,"Pasolli et al. 2019",86.26,2.02,1457622]
["LiJ_2014__MH0315__bin.49","YES",0.8797,"Pasolli et al. 2019",77.65,0.43,3750554]
["LiJ_2014__MH0348__bin.25","YES",0.8639,"Pasolli et al. 2019",99.24,0.56,4504224]
["LiJ_2014__MH0394__bin.20","NO",0.6615,"Pasolli et al. 2019",59.41,1.5,1644804]
["LiJ_2014__O2.UC27-1__bin.31","NO",0.9778,"Pasolli et al. 2019",95.02,1.9,2212542]
["LiJ_2014__V1.CD12-3__bin.30","NO",0.9834,"Pasolli et al. 2019",98.73,0.32,2160273]
["LiJ_2014__V1.CD44-0__bin.14","NO",0.9115,"Pasolli et al. 2019",59.38,0,1031473]
["LiJ_2014__V1.FI16__bin.16","NO",0.9721,"Pasolli et al. 2019",100,0.62,2864249]
["LiJ_2014__V1.UC38-4__bin.38","NO",0.9652,"Pasolli et al. 2019",98.33,0.73,1975826]
["LiJ_2017__H1M413822__bin.5","NO",0.6616,"Pasolli et al. 2019",58.51,0.23,2477864]
["LiJ_2017__H1M513804__bin.22","NO",0.9687,"Pasolli et al. 2019",77.75,0.32,1318285]
["LiJ_2017__H2M513936__bin.14","NO",0.5143,"Pasolli et al. 2019",96.31,0.26,4983642]
["LiJ_2017__H2MX14928__bin.15","NO",0.9051,"Pasolli et al. 2019",67.61,0.29,1278491]
["LiJ_2017__H3M515137__bin.60","NO",0.8739,"Pasolli et al. 2019",63.35,0,954849]
["LiJ_2017__H3M516129__bin.29","NO",0.9268,"Pasolli et al. 2019",78.12,0,1066988]
["LiJ_2017__nHM412716__bin.57","NO",0.8817,"Pasolli et al. 2019",97.04,0,3942252]
["LiJ_2017__nHM612743__bin.39","NO",0.7683,"Pasolli et al. 2019",79.29,0,2259900]
["LiuW_2016__SRR3992956__bin.29","NO",0.9407,"Pasolli et al. 2019",72.1,0,1530025]
["LiuW_2016__SRR3992970__bin.27","NO",0.9708,"Pasolli et al. 2019",92.65,3.8,2134951]
["LiuW_2016__SRR3993001__bin.32","NO",0.965,"Pasolli et al. 2019",89.44,0,2447482]
["LiuW_2016__SRR3993031__bin.83","NO",0.932999999999999,"Pasolli et al. 2019",90.68,0.62,1858982]
["LiuW_2016__SRR3993056__bin.16","NO",0.9849,"Pasolli et al. 2019",96.25,0.21,2585573]
["LomanNJ_2013__OBK2971__bin.5","NO",0.5329,"Pasolli et al. 2019",95.09,0.95,4202802]
["LoombaR_2017__SID5627_irb__bin.11","NO",0.6151,"Pasolli et al. 2019",99.01,0.1,4453282]
["LouisS_2016__AS60_0__bin.34","NO",0.9782,"Pasolli et al. 2019",96.27,0.83,2057982]
["LouisS_2016__AS66_18__bin.27","NO",0.9822,"Pasolli et al. 2019",89.82,1.66,2074115]
["NielsenHB_2014__MH0095__bin.13","NO",0.6264,"Pasolli et al. 2019",96.46,1.84,4214926]
["NielsenHB_2014__MH0169__bin.10","NO",0.8493,"Pasolli et al. 2019",55.64,0,862254]
["NielsenHB_2014__O2_UC18_2__bin.59","NO",0.932,"Pasolli et al. 2019",94.62,1.08,1731413]
["NielsenHB_2014__V1_CD34_0__bin.66","NO",0.939,"Pasolli et al. 2019",85.26,0.12,1706838]
["NielsenHB_2014__V1_UC35_4__bin.59","NO",0.8767,"Pasolli et al. 2019",91.88,1.38,3722844]
["OhJ_2014__MET0174__bin.3","YES",0.9617,"Pasolli et al. 2019",94.89,1.95,5985982]
["OhJ_2014__MET0200__bin.4","NO",0.7513,"Pasolli et al. 2019",50.52,0,3111734]
["OlmMR_2017__S2_005_021G1__bin.3","YES",0.5482,"Pasolli et al. 2019",97.9,0.11,4975833]
["QinJ_2012__CON-019__bin.7","NO",0.98,"Pasolli et al. 2019",96.99,0.63,2563458]
["QinJ_2012__CON-077__bin.11","YES",0.5888,"Pasolli et al. 2019",50.16,1.72,2897330]
["QinJ_2012__CON-092__bin.31","NO",0.7905,"Pasolli et al. 2019",70.51,1.18,2799669]
["QinJ_2012__NLF013__bin.36","NO",0.9562,"Pasolli et al. 2019",88.03,0.12,1935101]
["QinJ_2012__NOM026__bin.37","NO",0.9701,"Pasolli et al. 2019",95.51,1.94,1960497]
["QinJ_2012__T2D-014__bin.18","NO",0.6143,"Pasolli et al. 2019",73.28,3.45,4138098]
["QinJ_2012__T2D-040__bin.12","NO",0.9728,"Pasolli et al. 2019",85.56,1.56,2001889]
["QinJ_2012__T2D-066__bin.63","NO",0.9632,"Pasolli et al. 2019",92.5,0.75,2020319]
["QinN_2014__HD-30__bin.42","NO",0.6025,"Pasolli et al. 2019",59.28,3.45,2450762]
["QinN_2014__HD-36__bin.24","NO",0.9679,"Pasolli et al. 2019",77.81,0.98,1914240]
["QinN_2014__HD-8__bin.66","NO",0.8574,"Pasolli et al. 2019",71.25,0.07,1710784]
["QinN_2014__LD-16__bin.16","NO",0.6523,"Pasolli et al. 2019",95.65,1.4,2274614]
["QinN_2014__LD-68__bin.49","NO",0.8067,"Pasolli et al. 2019",94.25,1.25,2436024]
["QinN_2014__LD-74__bin.61","YES",0.8223,"Pasolli et al. 2019",96.06,1.4,4228928]
["QinN_2014__LV-20__bin.20","YES",0.5009,"Pasolli et al. 2019",93.8,2.26,4839664]
["RaymondF_2016__P10E90__bin.47","NO",0.910999999999999,"Pasolli et al. 2019",87.39,0,1539817]
["RaymondF_2016__P23C0__bin.8","NO",0.7486,"Pasolli et al. 2019",78.31,1.79,2498174]
["RaymondF_2016__P25C90__bin.65","NO",0.9719,"Pasolli et al. 2019",99.38,0.62,2761526]
["SchirmerM_2016__G89181__bin.9","NO",0.9681,"Pasolli et al. 2019",97.03,0.59,2276570]
["VatanenT_2016__G78527__bin.8","NO",0.9762,"Pasolli et al. 2019",91.73,1.9,2227463]
["VatanenT_2016__G78739__bin.6","NO",0.7403,"Pasolli et al. 2019",98.43,0.66,4417581]
["VatanenT_2016__G80351__bin.12","NO",0.9707,"Pasolli et al. 2019",71.67,0,1722744]
["VatanenT_2016__G80482__bin.10","NO",0.7365,"Pasolli et al. 2019",97.33,3.72,4830016]
["VatanenT_2016__G80522__bin.2","NO",0.5564,"Pasolli et al. 2019",81.21,0,4494597]
["VatanenT_2016__G80591__bin.2","NO",0.6671,"Pasolli et al. 2019",98.92,0.84,4831925]
["VincentC_2016__MM013.1__bin.5","NO",0.8635,"Pasolli et al. 2019",98.08,1.73,4673290]
["VincentC_2016__MM028.1__bin.4","NO",0.974,"Pasolli et al. 2019",96.31,2.58,5229967]
["VincentC_2016__MM033.3__bin.30","NO",0.922,"Pasolli et al. 2019",96.57,0.01,4331270]
["VincentC_2016__MM057.2__bin.3","NO",0.9808,"Pasolli et al. 2019",89.66,0.74,1497582]
["VogtmannE_2016__MMRS20257302ST-27-0-0__bin.63","NO",0.930999999999999,"Pasolli et al. 2019",97.85,0,1763077]
["VogtmannE_2016__MMRS65862658ST-27-0-0__bin.79","NO",0.9002,"Pasolli et al. 2019",70.68,1.36,1293883]
["VogtmannE_2016__MMRS84954772ST-27-0-0__bin.34","NO",0.9543,"Pasolli et al. 2019",76.22,0.75,1453431]
["WenC_2017__N014__bin.24","NO",0.9524,"Pasolli et al. 2019",85.95,0.62,1664644]
["WenC_2017__N219__bin.3","NO",0.9786,"Pasolli et al. 2019",95.37,1.88,2613086]
["WenC_2017__RA005__bin.45","NO",0.947,"Pasolli et al. 2019",57.04,1.64,1146752]
["WenC_2017__RA024__bin.26","NO",0.7344,"Pasolli et al. 2019",87.83,4.15,2199942]
["WenC_2017__RA067__bin.18","NO",0.9709,"Pasolli et al. 2019",94.3,0.11,2047305]
["WenC_2017__RA118__bin.23","NO",0.9707,"Pasolli et al. 2019",78.01,0.11,1539286]
["XieH_2016__YSZC12003_35577__bin.55","NO",0.9715,"Pasolli et al. 2019",89.03,1.55,2511360]
["XieH_2016__YSZC12003_35734__bin.65","NO",0.92,"Pasolli et al. 2019",59.58,1.06,1376659]
["XieH_2016__YSZC12003_36033__bin.115","NO",0.5322,"Pasolli et al. 2019",73.41,0,5433711]
["XieH_2016__YSZC12003_36522__bin.64","YES",0.5831,"Pasolli et al. 2019",85.68,0.04,4120725]
["XieH_2016__YSZC12003_36703__bin.58","NO",0.9304,"Pasolli et al. 2019",97.85,0,1799724]
["XieH_2016__YSZC12003_37255__bin.70","NO",0.5019,"Pasolli et al. 2019",56.82,0.06,2582769]
["XieH_2016__YSZC12003_37348__bin.8","NO",0.9708,"Pasolli et al. 2019",85.64,0.81,1712405]
["YuJ_2015__SZAXPI003416-4__bin.7","NO",0.9753,"Pasolli et al. 2019",98.14,0,2792107]
["YuJ_2015__SZAXPI003435-11__bin.43","NO",0.6951,"Pasolli et al. 2019",77.35,3.65,2091094]
["YuJ_2015__SZAXPI015268-109__bin.57","NO",0.9578,"Pasolli et al. 2019",81.9,3.12,1682832]
["ZeeviD_2015__PNP_DietIntervention_37__bin.29","NO",0.9642,"Pasolli et al. 2019",79.87,2.1,1978942]
["ZeeviD_2015__PNP_Main_163__bin.28","NO",0.9485,"Pasolli et al. 2019",68.57,0.75,1053620]
["ZeeviD_2015__PNP_Main_196__bin.14","NO",0.9482,"Pasolli et al. 2019",95,0,1863711]
["ZeeviD_2015__PNP_Main_329__bin.1","NO",0.914,"Pasolli et al. 2019",91.94,1.08,1719061]
["ZeeviD_2015__PNP_Main_435__bin.37","NO",0.9386,"Pasolli et al. 2019",98.92,0,1749008]
["ZeeviD_2015__PNP_Main_480__bin.22","NO",0.9653,"Pasolli et al. 2019",97.65,0.29,2263049]
["ZeeviD_2015__PNP_Main_499__bin.33","NO",0.9652,"Pasolli et al. 2019",91.94,1.03,1654850]
["ZeeviD_2015__PNP_Main_549__bin.35","NO",0.9407,"Pasolli et al. 2019",97.85,1.61,1879278]
["ZeeviD_2015__PNP_Main_593__bin.32","NO",0.9326,"Pasolli et al. 2019",97.31,1.08,1826031]
["ZeeviD_2015__PNP_Main_638__bin.36","NO",0.9133,"Pasolli et al. 2019",67.26,1.61,1296865]
["ZeeviD_2015__PNP_Main_657__bin.28","NO",0.8833,"Pasolli et al. 2019",71.55,0,1152436]
["ZeeviD_2015__PNP_Main_704__bin.9","NO",0.9008,"Pasolli et al. 2019",88.17,0,1657784]
["ZeeviD_2015__PNP_Main_768__bin.27","NO",0.8644,"Pasolli et al. 2019",76.56,0,1378927]
["ZeeviD_2015__PNP_Main_778__bin.15","NO",0.9678,"Pasolli et al. 2019",74.14,1.72,1588298]
["ZeeviD_2015__PNP_Validation_42__bin.34","NO",0.943,"Pasolli et al. 2019",67.83,2.25,1366663]
["ZellerG_2014__CCIS03857607ST-4-0__bin.2","NO",0.9235,"Pasolli et al. 2019",85.52,1.25,1706943]
["ZellerG_2014__CCIS21278152ST-4-0__bin.7","NO",0.8567,"Pasolli et al. 2019",99.82,0.28,4471772]
["ZellerG_2014__CCIS51595129ST-4-0__bin.33","NO",0.9007,"Pasolli et al. 2019",90.86,2.15,1608068]
["ZellerG_2014__CCIS90166425ST-4-0__bin.12","NO",0.9795,"Pasolli et al. 2019",93.48,1.86,2001841]
["ZellerG_2014__MMPU29365221ST__bin.11","NO",0.9419,"Pasolli et al. 2019",62.07,0,1724168]
["SRR3736990_bin.20","NO",0.9689,"Almeida et al. 2019",68.15,1.23]
["SRR3736993_bin.32","NO",0.9673,"Almeida et al. 2019",68.66,1.73]
["SRR3736997_bin.31","NO",0.9844,"Almeida et al. 2019",77.39,2.52]
["SRR3737000_bin.29","NO",0.905999999999999,"Almeida et al. 2019",57.28,0.65]
["SRR3737002_bin.7","NO",0.9484,"Almeida et al. 2019",77.42,0.15]
["SRR3737006_bin.23","NO",0.984,"Almeida et al. 2019",92.31,0]
["SRR3737011_bin.11","NO",0.9833,"Almeida et al. 2019",67.54,1.75]
["SRR3737014_bin.32","NO",0.983,"Almeida et al. 2019",82.19,2.89]
["SRR3737015_bin.39","NO",0.9819,"Almeida et al. 2019",93.95,1.61]
["SRR3737021_bin.33","NO",0.9854,"Almeida et al. 2019",79.48,0.27]
["SRR3737023_bin.44","NO",0.9819,"Almeida et al. 2019",91.01,5.98]
["SRR3737029_bin.15","NO",0.9835,"Almeida et al. 2019",100,0.81]
["SRR3737031_bin.16","NO",0.9774,"Almeida et al. 2019",93.96,0.67]
["SRR3917563_bin.3","NO",0.977,"Almeida et al. 2019",76.69,4.51]
["SRR3917619_bin.24","NO",0.9942,"Almeida et al. 2019",91.78,0.68]
["SRR3917627_bin.25","NO",0.9753,"Almeida et al. 2019",75.13,0.19]
["SRR3917687_bin.44","NO",0.9707,"Almeida et al. 2019",75.27,0.89]
["SRR3917689_bin.7","NO",0.9617,"Almeida et al. 2019",65.09,0.34]
["SRR3917692_bin.63","NO",0.9803,"Almeida et al. 2019",95.36,4.25]
["SRR3917695_bin.24","NO",0.9753,"Almeida et al. 2019",86.04,0.96]
["DRR042468_bin.7","NO",0.9671,"Almeida et al. 2019",93.38,2.43]
["DRR042483_bin.9","NO",0.9896,"Almeida et al. 2019",98.66,0]
["DRR042591_bin.42","NO",0.9749,"Almeida et al. 2019",72.64,0]
["ERR636351_bin.14","NO",0.964,"Almeida et al. 2019",98.5,0]
["ERR636353_bin.83","NO",0.9692,"Almeida et al. 2019",84.16,5.37]
["SRR2155178_bin.4","NO",0.987,"Almeida et al. 2019",95.24,4.08]
["SRR2155184_bin.15","NO",0.981,"Almeida et al. 2019",87.16,0.23]
["SRR2155307_bin.23","NO",0.9243,"Almeida et al. 2019",59.4,0.5]
["SRR2155314_bin.8","NO",0.9691,"Almeida et al. 2019",99.02,0.45]
["SRR2155321_bin.19","NO",0.9784,"Almeida et al. 2019",67,1.95]
["SRR2155326_bin.32","NO",0.9815,"Almeida et al. 2019",67.59,1.72]
["SRR2155328_bin.33","NO",0.9791,"Almeida et al. 2019",90.79,0.68]
["SRR2155333_bin.1","NO",0.9799,"Almeida et al. 2019",63.28,0]
["SRR2155338_bin.26","NO",0.9811,"Almeida et al. 2019",88.71,2.45]
["SRR2155341_bin.7","NO",0.9572,"Almeida et al. 2019",80.75,0.48]
["SRR2155345_bin.16","NO",0.9876,"Almeida et al. 2019",93.22,2.8]
["SRR2155352_bin.17","NO",0.9849,"Almeida et al. 2019",89.26,2.68]
["SRR5275394_bin.3","NO",0.9642,"Almeida et al. 2019",88.55,1.83]
["SRR5275397_bin.6","NO",0.9655,"Almeida et al. 2019",57.02,0]
["SRR5275400_bin.15","NO",0.9898,"Almeida et al. 2019",99.29,0.54]
["SRR5275406_bin.37","NO",0.9676,"Almeida et al. 2019",67.11,0]
["SRR5275407_bin.17","NO",0.9226,"Almeida et al. 2019",96.84,0.63]
["SRR5275410_bin.12","YES",0.6228,"Almeida et al. 2019",90.41,0.48]
["SRR5275414_bin.16","NO",0.9611,"Almeida et al. 2019",78.06,0.63]
["SRR5275421_bin.15","NO",0.967,"Almeida et al. 2019",92.2,1.5]
["SRR5275425_bin.10","NO",0.9861,"Almeida et al. 2019",97.17,0]
["SRR5275429_bin.7","NO",0.9633,"Almeida et al. 2019",61.29,2.03]
["SRR5275435_bin.23","NO",0.9889,"Almeida et al. 2019",94.42,2.73]
["SRR5275437_bin.1","NO",0.989,"Almeida et al. 2019",98.52,0.34]
["SRR5275442_bin.11","NO",0.9567,"Almeida et al. 2019",60.34,1.72]
["SRR5275445_bin.13","NO",0.944,"Almeida et al. 2019",96.31,0.8]
["SRR5275451_bin.3","NO",0.9777,"Almeida et al. 2019",95.57,0.74]
["SRR5275452_bin.9","NO",0.9628,"Almeida et al. 2019",73.74,1.34]
["SRR5275455_bin.52","NO",0.9826,"Almeida et al. 2019",92.93,0.63]
["SRR5275458_bin.3","NO",0.9825,"Almeida et al. 2019",89.93,1.01]
["SRR5275466_bin.7","NO",0.9565,"Almeida et al. 2019",74.16,0]
["SRR5275467_bin.35","NO",0.9806,"Almeida et al. 2019",85.05,3.85]
["SRR5275472_bin.16","NO",0.9866,"Almeida et al. 2019",79.62,0.67]
["SRR5275475_bin.7","NO",0.9615,"Almeida et al. 2019",97.28,0.68]
["SRR5275481_bin.54","NO",0.9862,"Almeida et al. 2019",83.89,0]
["SRR5275484_bin.24","NO",0.9882,"Almeida et al. 2019",88.51,6.14]
["SRR2155358_bin.35","NO",0.9823,"Almeida et al. 2019",96.64,0.34]
["SRR2155362_bin.7","NO",0.9646,"Almeida et al. 2019",67.5,2.23]
["SRR2155370_bin.12","NO",0.9883,"Almeida et al. 2019",83.33,3.93]
["SRR2155375_bin.10","NO",0.9385,"Almeida et al. 2019",77.45,0.89]
["SRR2155381_bin.16","NO",0.9872,"Almeida et al. 2019",98.56,0]
["SRR2155383_bin.2","NO",0.9684,"Almeida et al. 2019",71.11,2.1]
["SRR2155387_bin.1","NO",0.9701,"Almeida et al. 2019",76.97,2.42]
["SRR2155394_bin.8","NO",0.9241,"Almeida et al. 2019",58.72,0]
["SRR5032266_bin.2","NO",0.9486,"Almeida et al. 2019",82.43,0.82]
["SRR5032270_bin.5","NO",0.9751,"Almeida et al. 2019",69.75,0.37]
["SRR5279218_bin.25","NO",0.9874,"Almeida et al. 2019",93.99,0.05]
["SRR5279222_bin.25","NO",0.981,"Almeida et al. 2019",93.84,2.06]
["SRR5279225_bin.23","NO",0.9665,"Almeida et al. 2019",71.64,0]
["SRR5279227_bin.32","NO",0.9813,"Almeida et al. 2019",89.3,0.74]
["SRR5279229_bin.38","NO",0.9837,"Almeida et al. 2019",98.66,0.67]
["SRR5279233_bin.16","NO",0.9463,"Almeida et al. 2019",68.24,2.08]
["SRR5279236_bin.4","NO",0.9791,"Almeida et al. 2019",94.97,0.73]
["SRR5279240_bin.11","NO",0.9871,"Almeida et al. 2019",97.97,1.3]
["SRR5279241_bin.46","NO",0.9752,"Almeida et al. 2019",93.9,2.37]
["SRR5279244_bin.9","NO",0.9863,"Almeida et al. 2019",74.06,4.31]
["SRR5279249_bin.9","NO",0.9948,"Almeida et al. 2019",94.01,8.51]
["SRR5279253_bin.1","NO",0.9785,"Almeida et al. 2019",72.07,1.79]
["SRR5279255_bin.11","NO",0.9879,"Almeida et al. 2019",91.79,0]
["SRR5279258_bin.6","NO",0.988,"Almeida et al. 2019",90.09,2.17]
["SRR5279263_bin.17","NO",0.9915,"Almeida et al. 2019",98.57,2.97]
["SRR5279267_bin.57","NO",0.971,"Almeida et al. 2019",60.1,0]
["SRR5279269_bin.44","NO",0.9637,"Almeida et al. 2019",61.9,0]
["SRR5279271_bin.6","NO",0.9727,"Almeida et al. 2019",65.98,0.02]
["SRR5279272_bin.44","NO",0.9862,"Almeida et al. 2019",71.71,1.72]
["SRR5279278_bin.13","NO",0.9658,"Almeida et al. 2019",89.24,0.63]
["SRR5279280_bin.18","NO",0.9825,"Almeida et al. 2019",72.93,1.72]
["SRR5279284_bin.1","NO",0.9537,"Almeida et al. 2019",61.14,0]
["SRR5279286_bin.15","NO",0.9925,"Almeida et al. 2019",99.52,0.64]
["SRR5279290_bin.5","NO",0.9914,"Almeida et al. 2019",90.89,8.1]
["SRR5279293_bin.32","NO",0.9616,"Almeida et al. 2019",72.82,2.35]
["SRR5279296_bin.48","NO",0.9858,"Almeida et al. 2019",87.76,0.34]
["SRR5279297_bin.39","NO",0.986,"Almeida et al. 2019",90.05,3.14]
["SRR5279301_bin.8","NO",0.9935,"Almeida et al. 2019",92.48,0.89]
["SRR5279305_bin.7","NO",0.9862,"Almeida et al. 2019",99.04,0]
["SRR5279313_bin.22","NO",0.9931,"Almeida et al. 2019",98.73,2.97]
["ERR1578619_bin.56","NO",0.968,"Almeida et al. 2019",75.32,3.06]
["ERR1578623_bin.5","NO",0.9916,"Almeida et al. 2019",97.86,0.68]
["ERR1578625_bin.37","NO",0.9669,"Almeida et al. 2019",94.32,1.5]
["ERR1578627_bin.51","NO",0.9609,"Almeida et al. 2019",64.43,0.67]
["ERR1578628_bin.67","NO",0.9891,"Almeida et al. 2019",95.17,4.84]
["ERR1578632_bin.34","NO",0.9836,"Almeida et al. 2019",93.08,4.08]
["ERR1578634_bin.11","NO",0.9298,"Almeida et al. 2019",71.63,0]
["ERR1578636_bin.61","NO",0.9908,"Almeida et al. 2019",93.96,1.81]
["ERR1578638_bin.2","NO",0.9471,"Almeida et al. 2019",56.03,0]
["ERR1578639_bin.35","NO",0.9851,"Almeida et al. 2019",85.53,5.5]
["ERR1578643_bin.89","NO",0.9332,"Almeida et al. 2019",97.08,2.22]
["ERR1578644_bin.19","NO",0.9805,"Almeida et al. 2019",75.52,0.99]
["ERR1578647_bin.10","NO",0.9566,"Almeida et al. 2019",61.11,0]
["ERR1578653_bin.35","NO",0.9498,"Almeida et al. 2019",95.18,2.27]
["ERR1578653_bin.38","NO",0.9854,"Almeida et al. 2019",97.32,0.73]
["ERR1578671_bin.44","NO",0.9757,"Almeida et al. 2019",97.64,0]
["ERR1578675_bin.30","NO",0.9878,"Almeida et al. 2019",95.91,8.45]
["ERR1578678_bin.50","NO",0.9689,"Almeida et al. 2019",64.58,2.2]
["ERR1578682_bin.49","NO",0.6111,"Almeida et al. 2019",90.94,0.15]
["ERR1578686_bin.58","NO",0.9857,"Almeida et al. 2019",92.82,4.63]
["SRR3992956_bin.50","NO",0.9716,"Almeida et al. 2019",97.47,1.27]
["SRR5032275_bin.12","NO",0.9366,"Almeida et al. 2019",62.9,0]
["SRR5032278_bin.8","NO",0.9709,"Almeida et al. 2019",78.54,0.93]
["SRR5032281_bin.32","NO",0.9901,"Almeida et al. 2019",97.08,2.83]
["SRR5032286_bin.58","NO",0.9019,"Almeida et al. 2019",53.15,0.46]
["SRR5032288_bin.53","NO",0.9605,"Almeida et al. 2019",88.37,0]
["SRR5032291_bin.35","NO",0.9772,"Almeida et al. 2019",86,0.95]
["SRR5032294_bin.38","NO",0.9763,"Almeida et al. 2019",89.19,0]
["SRR5032300_bin.37","NO",0.9727,"Almeida et al. 2019",74.36,1.57]
["SRR5032302_bin.6","NO",0.9528,"Almeida et al. 2019",51.55,0]
["SRR5032308_bin.13","NO",0.9629,"Almeida et al. 2019",86.15,1.88]
["SRR5032312_bin.44","NO",0.9594,"Almeida et al. 2019",71.67,1.09]
["SRR5032319_bin.27","NO",0.9771,"Almeida et al. 2019",90.58,0.38]
["SRR5032320_bin.31","NO",0.9882,"Almeida et al. 2019",93.51,1.06]
["SRR5032327_bin.15","NO",0.9808,"Almeida et al. 2019",92.9,1.87]
["SRR5032334_bin.11","NO",0.9894,"Almeida et al. 2019",90.03,2.73]
["SRR5032339_bin.17","NO",0.9753,"Almeida et al. 2019",84.72,0.06]
["SRR5032340_bin.8","NO",0.9693,"Almeida et al. 2019",69.2,0.58]
["SRR5032353_bin.17","NO",0.9872,"Almeida et al. 2019",86.26,3.87]
["SRR5032358_bin.28","NO",0.9777,"Almeida et al. 2019",72.63,3.57]
["ERR1620256_bin.12","YES",0.5222,"Almeida et al. 2019",51.79,0.04]
["ERR1620256_bin.53","NO",0.9627,"Almeida et al. 2019",73.59,3.36]
["ERR1620263_bin.15","NO",0.9591,"Almeida et al. 2019",90.77,1.3]
["ERR1620266_bin.9","NO",0.9726,"Almeida et al. 2019",89.44,5.25]
["ERR1620269_bin.43","NO",0.9685,"Almeida et al. 2019",54.31,0]
["ERR1620271_bin.12","NO",0.9827,"Almeida et al. 2019",97.92,1.12]
["ERR1620276_bin.5","NO",0.98,"Almeida et al. 2019",89.05,4.55]
["ERR1620280_bin.39","NO",0.9774,"Almeida et al. 2019",95.46,2.61]
["ERR1620280_bin.50","NO",0.943,"Almeida et al. 2019",81.27,1.52]
["ERR1620283_bin.42","NO",0.9835,"Almeida et al. 2019",86.39,0.84]
["ERR1620285_bin.14","NO",0.9814,"Almeida et al. 2019",79.83,3.88]
["ERR1620288_bin.25","NO",0.9911,"Almeida et al. 2019",95.19,1.29]
["ERR1620292_bin.2","NO",0.9535,"Almeida et al. 2019",96.98,1.09]
["ERR1620297_bin.5","NO",0.9899,"Almeida et al. 2019",99.33,0.81]
["ERR1620302_bin.20","NO",0.9818,"Almeida et al. 2019",96.04,3.01]
["ERR1620302_bin.28","NO",0.988,"Almeida et al. 2019",96.05,1.01]
["ERR1620306_bin.19","NO",0.9872,"Almeida et al. 2019",94.85,0.58]
["ERR1620312_bin.13","NO",0.9342,"Almeida et al. 2019",60.48,0.75]
["ERR1620314_bin.39","NO",0.9475,"Almeida et al. 2019",89.05,1.78]
["ERR1620316_bin.37","NO",0.9727,"Almeida et al. 2019",90.66,0.68]
["ERR1620319_bin.3","NO",0.974,"Almeida et al. 2019",76.74,1.27]
["SRR3992960_bin.40","NO",0.9791,"Almeida et al. 2019",94.54,5.47]
["SRR3992963_bin.48","NO",0.9809,"Almeida et al. 2019",79.36,2.13]
["SRR3992965_bin.55","NO",0.9812,"Almeida et al. 2019",97.52,0]
["SRR3992971_bin.28","NO",0.9647,"Almeida et al. 2019",66.28,0]
["SRR3992979_bin.25","NO",0.963,"Almeida et al. 2019",77.63,0.34]
["SRR3992981_bin.3","NO",0.9377,"Almeida et al. 2019",87.66,2.88]
["SRR3992982_bin.41","NO",0.9716,"Almeida et al. 2019",79.53,0.34]
["SRR3992989_bin.23","NO",0.9916,"Almeida et al. 2019",95.51,2.38]
["SRR3992996_bin.26","NO",0.9714,"Almeida et al. 2019",97.47,1.85]
["SRR3992999_bin.24","NO",0.9702,"Almeida et al. 2019",90.44,1.69]
["SRR3993002_bin.33","NO",0.9735,"Almeida et al. 2019",64.66,1.72]
["SRR3993004_bin.32","NO",0.9695,"Almeida et al. 2019",79.24,0.95]
["SRR3993011_bin.2","NO",0.9661,"Almeida et al. 2019",96.49,3.65]
["SRR3993013_bin.29","NO",0.9514,"Almeida et al. 2019",61.16,0.88]
["SRR3993017_bin.66","NO",0.9584,"Almeida et al. 2019",91.93,0]
["SRR3993026_bin.31","NO",0.9788,"Almeida et al. 2019",99.55,1.06]
["SRR3993029_bin.25","NO",0.9727,"Almeida et al. 2019",89.26,0.73]
["SRR3993033_bin.28","NO",0.9321,"Almeida et al. 2019",69.52,1.34]
["SRR3993040_bin.1","NO",0.9787,"Almeida et al. 2019",85.01,0.21]
["SRR3993042_bin.26","NO",0.9892,"Almeida et al. 2019",91.47,2.66]
["ERR1018185_bin.51","NO",0.9672,"Almeida et al. 2019",75.36,1.04]
["ERR1018188_bin.18","NO",0.9713,"Almeida et al. 2019",98.6,0]
["ERR1018189_bin.47","NO",0.9804,"Almeida et al. 2019",82.78,4.53]
["ERR1018192_bin.24","NO",0.9786,"Almeida et al. 2019",78.61,5.17]
["ERR1018194_bin.32","NO",0.9426,"Almeida et al. 2019",93.2,0.78]
["ERR1018197_bin.35","NO",0.9765,"Almeida et al. 2019",63.03,0.4]
["ERR1620320_bin.43","NO",0.9915,"Almeida et al. 2019",98.94,0.45]
["ERR1620322_bin.29","NO",0.9872,"Almeida et al. 2019",86.67,2.81]
["ERR1620323_bin.6","NO",0.9665,"Almeida et al. 2019",77.09,0]
["ERR1620326_bin.55","NO",0.9794,"Almeida et al. 2019",89.98,1.37]
["ERR1620328_bin.51","NO",0.9755,"Almeida et al. 2019",85.48,2.18]
["ERR1620331_bin.43","NO",0.8931,"Almeida et al. 2019",78.54,3.37]
["ERR1620332_bin.33","NO",0.9706,"Almeida et al. 2019",91.51,0.94]
["ERR1620336_bin.24","NO",0.9746,"Almeida et al. 2019",82.03,3.93]
["ERR1620338_bin.47","NO",0.9886,"Almeida et al. 2019",77.59,0]
["ERR1620339_bin.69","NO",0.9505,"Almeida et al. 2019",65.98,2.01]
["ERR1620341_bin.7","NO",0.9719,"Almeida et al. 2019",86.49,7.07]
["ERR1620343_bin.53","NO",0.9889,"Almeida et al. 2019",94.62,1.75]
["ERR1620345_bin.51","NO",0.9713,"Almeida et al. 2019",73.66,2.74]
["ERR1620347_bin.49","NO",0.9877,"Almeida et al. 2019",95.7,1.01]
["ERR1953518_bin.29","NO",0.9731,"Almeida et al. 2019",85.58,6.23]
["ERR1953519_bin.74","NO",0.9857,"Almeida et al. 2019",94.65,2.35]
["ERR1953520_bin.105","NO",0.9772,"Almeida et al. 2019",85.73,0.69]
["ERR1953521_bin.43","NO",0.9743,"Almeida et al. 2019",75.44,0]
["ERR1953522_bin.67","NO",0.9891,"Almeida et al. 2019",89.59,4.05]
["ERR973068_bin.1","NO",0.9723,"Almeida et al. 2019",100,0]
["ERR973078_bin.1","NO",0.9738,"Almeida et al. 2019",93.53,0.57]
["SRR1793359_bin.11","NO",0.9608,"Almeida et al. 2019",98.88,0]
["SRR1793416_bin.13","NO",0.9882,"Almeida et al. 2019",89.5,1.6]
["SRR203323_bin.7","NO",0.9818,"Almeida et al. 2019",87.19,2.59]
["SRR203326_bin.19","NO",0.9902,"Almeida et al. 2019",97.97,0.54]
["SRR2857885_bin.78","NO",0.9925,"Almeida et al. 2019",97.26,0]
["SRR2857970_bin.126","NO",0.9836,"Almeida et al. 2019",86.58,1.12]
["SRR2858128_bin.87","NO",0.9925,"Almeida et al. 2019",97.36,0.38]
["SRR3108049_bin.34","NO",0.9647,"Almeida et al. 2019",77.79,2.02]
["SRR3108079_bin.11","NO",0.9549,"Almeida et al. 2019",85.11,2.01]
["SRR3110875_bin.11","NO",0.9717,"Almeida et al. 2019",51.21,0]
["SRR3160442_bin.46","NO",0.9885,"Almeida et al. 2019",98.49,0.08]
["SRR3160449_bin.41","NO",0.9687,"Almeida et al. 2019",86.08,0]
["SRR3496379_bin.70","NO",0.9911,"Almeida et al. 2019",98.66,4.19]
["ERR1620349_bin.29","NO",0.9644,"Almeida et al. 2019",96.64,1.9]
["ERR1620352_bin.10","NO",0.9511,"Almeida et al. 2019",79.08,1.77]
["ERR1620352_bin.57","NO",0.9747,"Almeida et al. 2019",90.69,5.27]
["ERR1620354_bin.49","NO",0.9743,"Almeida et al. 2019",90.19,0]
["ERR1620361_bin.36","NO",0.9851,"Almeida et al. 2019",91.91,0.63]
["ERR1620362_bin.13","NO",0.9447,"Almeida et al. 2019",77.21,0.67]
["ERR1620364_bin.53","NO",0.9923,"Almeida et al. 2019",95.87,2.17]
["ERR1620372_bin.5","NO",0.9347,"Almeida et al. 2019",56.24,0.16]
["ERR1620377_bin.25","NO",0.9255,"Almeida et al. 2019",58.52,0.34]
["ERR2013556_bin.28","NO",0.9862,"Almeida et al. 2019",66.37,0]
["ERR2013561_bin.1","NO",0.9184,"Almeida et al. 2019",89.07,0.9]
["ERR2013562_bin.4","NO",0.9757,"Almeida et al. 2019",79.43,0.38]
["ERR2013564_bin.45","NO",0.9848,"Almeida et al. 2019",94.97,4.33]
["ERR2013566_bin.59","NO",0.9663,"Almeida et al. 2019",91.61,0.67]
["ERR2013604_bin.43","NO",0.9739,"Almeida et al. 2019",98.73,0.11]
["ERR2013617_bin.37","NO",0.9898,"Almeida et al. 2019",97.09,0]
["ERR2013619_bin.44","NO",0.9883,"Almeida et al. 2019",97.32,0]
["ERR2013622_bin.46","NO",0.9711,"Almeida et al. 2019",98.73,0]
["ERR2013644_bin.12","NO",0.9905,"Almeida et al. 2019",83.79,3.45]
["ERR2013649_bin.10","NO",0.917999999999999,"Almeida et al. 2019",87.83,0]
["ERR2013651_bin.5","NO",0.9504,"Almeida et al. 2019",82.91,1.2]
["ERR1018201_bin.4","NO",0.9886,"Almeida et al. 2019",78.28,0]
["ERR1018206_bin.7","NO",0.973,"Almeida et al. 2019",61.31,0.62]
["ERR1018208_bin.4","NO",0.9822,"Almeida et al. 2019",97.3,1.34]
["ERR1018211_bin.26","NO",0.9876,"Almeida et al. 2019",79.24,4.23]
["ERR1018212_bin.51","NO",0.9911,"Almeida et al. 2019",90.91,5.04]
["ERR1018216_bin.29","NO",0.982,"Almeida et al. 2019",90.99,3.21]
["ERR1018217_bin.26","NO",0.9708,"Almeida et al. 2019",55,0.86]
["ERR1018220_bin.28","NO",0.9474,"Almeida et al. 2019",59.48,0]
["ERR1018221_bin.71","NO",0.972,"Almeida et al. 2019",96.94,3.69]
["ERR1018225_bin.2","NO",0.9789,"Almeida et al. 2019",70.6,1.36]
["ERR1018226_bin.26","NO",0.9819,"Almeida et al. 2019",95.97,0.81]
["ERR1018228_bin.32","NO",0.9697,"Almeida et al. 2019",56.98,0]
["ERR1018230_bin.18","NO",0.9815,"Almeida et al. 2019",70.17,1.7]
["ERR1018231_bin.10","NO",0.972,"Almeida et al. 2019",80.63,0.11]
["ERR1018233_bin.63","NO",0.9822,"Almeida et al. 2019",98.15,1.12]
["ERR1018237_bin.5","NO",0.961,"Almeida et al. 2019",80.16,1.82]
["ERR1018240_bin.14","NO",0.9474,"Almeida et al. 2019",86.64,2.11]
["ERR1018240_bin.68","NO",0.9548,"Almeida et al. 2019",68.61,1.13]
["ERR1018244_bin.7","NO",0.9605,"Almeida et al. 2019",91.5,3.33]
["ERR1018247_bin.53","NO",0.9912,"Almeida et al. 2019",90.64,7.37]
["ERR1018250_bin.4","NO",0.9815,"Almeida et al. 2019",97.11,7.35]
["ERR1018252_bin.10","NO",0.992,"Almeida et al. 2019",92.53,0.34]
["ERR1018254_bin.60","NO",0.9906,"Almeida et al. 2019",79.63,4.77]
["ERR1018258_bin.18","NO",0.9821,"Almeida et al. 2019",92.86,3.94]
["ERR1018261_bin.18","NO",0.9859,"Almeida et al. 2019",74.83,3.45]
["ERR1018262_bin.53","NO",0.9917,"Almeida et al. 2019",92.95,1.68]
["ERR1018266_bin.16","NO",0.9841,"Almeida et al. 2019",75.67,3.51]
["ERR1018267_bin.45","NO",0.9782,"Almeida et al. 2019",90.05,7.48]
["ERR1018268_bin.77","NO",0.9929,"Almeida et al. 2019",100,0.96]
["ERR1018270_bin.26","NO",0.8991,"Almeida et al. 2019",56.14,0]
["ERR1018273_bin.3","NO",0.9897,"Almeida et al. 2019",96.07,1.63]
["ERR1018275_bin.29","NO",0.9822,"Almeida et al. 2019",67.19,1.34]
["ERR1018278_bin.10","NO",0.9889,"Almeida et al. 2019",95.3,0.67]
["ERR1018280_bin.11","NO",0.9633,"Almeida et al. 2019",81.75,1.5]
["ERR1018283_bin.25","NO",0.9836,"Almeida et al. 2019",86.76,2.71]
["ERR1018285_bin.47","NO",0.9008,"Almeida et al. 2019",50.88,0]
["ERR1018286_bin.34","NO",0.9707,"Almeida et al. 2019",53.29,0.45]
["ERR1018289_bin.3","NO",0.9469,"Almeida et al. 2019",93.65,1.39]
["ERR1018293_bin.25","NO",0.9821,"Almeida et al. 2019",90.99,2.9]
["ERR1018294_bin.60","NO",0.9855,"Almeida et al. 2019",95.44,1.66]
["ERR1018298_bin.17","NO",0.9794,"Almeida et al. 2019",96.2,0.05]
["ERR1018301_bin.19","NO",0.9801,"Almeida et al. 2019",93.24,0.97]
["ERR1018305_bin.23","NO",0.9851,"Almeida et al. 2019",79.5,1.7]
["ERR1018305_bin.7","NO",0.953,"Almeida et al. 2019",74.54,4.47]
["ERR1018308_bin.61","NO",0.9502,"Almeida et al. 2019",74.19,1.23]
["ERR1018311_bin.10","NO",0.9941,"Almeida et al. 2019",93.21,0]
["SRR2992882_bin.20","NO",0.9862,"Almeida et al. 2019",94.06,8.73]
["SRR2992883_bin.14","NO",0.9846,"Almeida et al. 2019",91.51,1.89]
["SRR2992884_bin.64","NO",0.9825,"Almeida et al. 2019",97.99,0]
["SRR2992887_bin.12","NO",0.9882,"Almeida et al. 2019",72.45,3.14]
["SRR2992889_bin.37","NO",0.9828,"Almeida et al. 2019",98.55,3.44]
["SRR2992890_bin.35","NO",0.9566,"Almeida et al. 2019",77.45,1.34]
["SRR2992891_bin.86","NO",0.9822,"Almeida et al. 2019",89.27,5.64]
["SRR2992893_bin.65","NO",0.9735,"Almeida et al. 2019",99.38,1.52]
["SRR2992894_bin.35","NO",0.9795,"Almeida et al. 2019",90.08,6.46]
["SRR2992896_bin.80","NO",0.9729,"Almeida et al. 2019",97.23,0.42]
["SRR2992898_bin.29","NO",0.9661,"Almeida et al. 2019",69.01,3.58]
["SRR2992899_bin.60","NO",0.9674,"Almeida et al. 2019",85.28,1.4]
["SRR2992900_bin.55","NO",0.9601,"Almeida et al. 2019",65.52,0]
["SRR2992916_bin.13","NO",0.9776,"Almeida et al. 2019",87.85,0.09]
["SRR2992935_bin.7","NO",0.9904,"Almeida et al. 2019",91.22,3.8]
["SRR2992951_bin.5","NO",0.9848,"Almeida et al. 2019",86.91,2.59]
["SRR2992961_bin.14","NO",0.9778,"Almeida et al. 2019",69.44,0]
["SRR341586_bin.2","NO",0.9699,"Almeida et al. 2019",74.4,1.57]
["SRR341591_bin.17","NO",0.9705,"Almeida et al. 2019",93.8,0.96]
["SRR341596_bin.8","NO",0.984,"Almeida et al. 2019",88.6,3.35]
["SRR341600_bin.9","NO",0.9783,"Almeida et al. 2019",94.04,3.21]
["SRR341608_bin.6","NO",0.9732,"Almeida et al. 2019",99.38,0.29]
["SRR341617_bin.4","NO",0.984,"Almeida et al. 2019",88.88,0.97]
["SRR341622_bin.5","NO",0.9833,"Almeida et al. 2019",95.56,4.69]
["SRR341628_bin.8","NO",0.989,"Almeida et al. 2019",82.88,1.5]
["SRR341639_bin.9","NO",0.972,"Almeida et al. 2019",67.81,1.68]
["SRR341646_bin.6","NO",0.9738,"Almeida et al. 2019",77.48,0.22]
["SRR341651_bin.11","NO",0.9036,"Almeida et al. 2019",62.78,1.35]
["SRR341655_bin.10","NO",0.9691,"Almeida et al. 2019",99.54,0]
["SRR341659_bin.8","NO",0.96,"Almeida et al. 2019",87.03,1.25]
["SRR341664_bin.18","NO",0.983,"Almeida et al. 2019",97.96,0.87]
["SRR341667_bin.26","NO",0.9713,"Almeida et al. 2019",79.51,5.5]
["SRR341670_bin.26","NO",0.9747,"Almeida et al. 2019",76.21,5.17]
["SRR341676_bin.19","NO",0.9894,"Almeida et al. 2019",85.53,3.58]
["SRR341676_bin.27","NO",0.9834,"Almeida et al. 2019",92.2,0]
["ERR688507_bin.79","NO",0.9825,"Almeida et al. 2019",92.51,3.93]
["ERR688508_bin.61","NO",0.9706,"Almeida et al. 2019",77.54,1.77]
["ERR688512_bin.52","NO",0.9903,"Almeida et al. 2019",97.32,2.71]
["ERR688514_bin.13","NO",0.958,"Almeida et al. 2019",77.11,3.16]
["ERR688518_bin.40","NO",0.9898,"Almeida et al. 2019",91.52,0.97]
["ERR688520_bin.34","NO",0.9582,"Almeida et al. 2019",68.74,0]
["ERR688521_bin.34","NO",0.9834,"Almeida et al. 2019",98.26,2.24]
["ERR688523_bin.5","NO",0.9764,"Almeida et al. 2019",86.03,3.24]
["ERR688524_bin.61","NO",0.9791,"Almeida et al. 2019",96.23,0.94]
["ERR688532_bin.14","NO",0.9813,"Almeida et al. 2019",87.56,0.67]
["ERR688532_bin.6","NO",0.9416,"Almeida et al. 2019",76.51,0]
["ERR688537_bin.2","NO",0.9849,"Almeida et al. 2019",81.1,0.88]
["SRR341679_bin.26","NO",0.9703,"Almeida et al. 2019",93.49,5.93]
["SRR341686_bin.17","NO",0.9556,"Almeida et al. 2019",59.49,0.34]
["SRR341687_bin.14","NO",0.9689,"Almeida et al. 2019",96.6,0.23]
["SRR341691_bin.9","NO",0.9543,"Almeida et al. 2019",60.39,0]
["SRR341695_bin.26","NO",0.9913,"Almeida et al. 2019",92.84,3.14]
["SRR341701_bin.8","NO",0.9713,"Almeida et al. 2019",94.08,0.9]
["SRR341704_bin.13","NO",0.9894,"Almeida et al. 2019",94.9,0]
["SRR341710_bin.22","NO",0.9765,"Almeida et al. 2019",94.25,4.48]
["SRR341713_bin.5","NO",0.9739,"Almeida et al. 2019",80.39,1.25]
["SRR341722_bin.20","NO",0.9866,"Almeida et al. 2019",99.2,0.9]
["SRR341723_bin.16","NO",0.988,"Almeida et al. 2019",97.61,0]
["SRR5106276_bin.15","NO",0.9865,"Almeida et al. 2019",88.2,1.3]
["SRR5106279_bin.12","NO",0.9778,"Almeida et al. 2019",81.51,2.79]
["SRR5106280_bin.35","NO",0.9925,"Almeida et al. 2019",99.62,0]
["SRR5106284_bin.13","NO",0.979,"Almeida et al. 2019",97.69,0.96]
["SRR5106294_bin.21","NO",0.9854,"Almeida et al. 2019",87.92,0.68]
["SRR5106296_bin.19","NO",0.9883,"Almeida et al. 2019",95.24,0]
["SRR5106299_bin.21","NO",0.9885,"Almeida et al. 2019",92.63,0.48]
["SRR5106301_bin.48","NO",0.9747,"Almeida et al. 2019",88.61,2.66]
["SRR5106312_bin.30","NO",0.9733,"Almeida et al. 2019",86.4,3.54]
["SRR5106324_bin.39","NO",0.9901,"Almeida et al. 2019",99.52,0.5]
["SRR5106332_bin.31","NO",0.9856,"Almeida et al. 2019",81.93,0.48]
["SRR5106374_bin.10","NO",0.9794,"Almeida et al. 2019",72.87,0]
["SRR5106458_bin.1","NO",0.9724,"Almeida et al. 2019",89.82,1.67]
["SRR5106468_bin.6","NO",0.9702,"Almeida et al. 2019",69.89,2.3]
["SRR5106483_bin.1","NO",0.9626,"Almeida et al. 2019",65.86,1.72]
["SRR5106495_bin.33","NO",0.9624,"Almeida et al. 2019",84,1.14]
["ERR1912947_bin.17","NO",0.9809,"Almeida et al. 2019",98.57,1.8]
["ERR1912949_bin.3","NO",0.9858,"Almeida et al. 2019",90.08,0.67]
["ERR1912953_bin.24","NO",0.8987,"Almeida et al. 2019",78.25,1.35]
["ERR1912958_bin.7","NO",0.9904,"Almeida et al. 2019",93.29,1.34]
["ERR1912963_bin.14","NO",0.9798,"Almeida et al. 2019",81.21,0.34]
["ERR1912965_bin.22","NO",0.982,"Almeida et al. 2019",79.21,1.15]
["ERR1912968_bin.2","NO",0.9819,"Almeida et al. 2019",92.26,1.34]
["ERR1912971_bin.6","NO",0.975,"Almeida et al. 2019",72.17,3.72]
["ERR1912977_bin.9","NO",0.9847,"Almeida et al. 2019",99.12,0.58]
["ERR1912980_bin.14","NO",0.9888,"Almeida et al. 2019",97.09,1.34]
["ERR1912985_bin.4","NO",0.9725,"Almeida et al. 2019",91.35,2.15]
["ERR1912989_bin.22","NO",0.6157,"Almeida et al. 2019",99.5,0.46]
["ERR1912989_bin.63","NO",0.961,"Almeida et al. 2019",85.95,4.54]
["ERR1912997_bin.26","NO",0.9837,"Almeida et al. 2019",92.33,3.03]
["ERR1913000_bin.3","NO",0.9825,"Almeida et al. 2019",94.92,3.42]
["ERR1913004_bin.9","NO",0.9597,"Almeida et al. 2019",71.03,0]
["ERR1913007_bin.35","NO",0.9805,"Almeida et al. 2019",86.48,5.38]
["ERR1913014_bin.5","NO",0.9454,"Almeida et al. 2019",52.47,0]
["ERR688538_bin.4","NO",0.9614,"Almeida et al. 2019",88.73,0.47]
["ERR688541_bin.18","NO",0.9893,"Almeida et al. 2019",93.29,2.54]
["ERR688541_bin.60","NO",0.9753,"Almeida et al. 2019",99.52,1.44]
["ERR688550_bin.40","NO",0.8757,"Almeida et al. 2019",50.88,0]
["ERR688562_bin.19","NO",0.9163,"Almeida et al. 2019",63.31,0.46]
["ERR688568_bin.11","NO",0.9826,"Almeida et al. 2019",89.8,0.68]
["ERR688571_bin.48","NO",0.9756,"Almeida et al. 2019",96.43,1.98]
["ERR688591_bin.18","NO",0.9381,"Almeida et al. 2019",63.79,0]
["ERR688599_bin.60","NO",0.8138,"Almeida et al. 2019",51.72,0]
["ERR688603_bin.24","NO",0.927999999999999,"Almeida et al. 2019",55.23,0]
["ERR688606_bin.23","NO",0.9846,"Almeida et al. 2019",89.57,0.91]
["ERR688616_bin.19","NO",0.9773,"Almeida et al. 2019",51.06,0]
["ERR688620_bin.49","NO",0.9696,"Almeida et al. 2019",76.23,4.81]
["ERR688636_bin.66","NO",0.9876,"Almeida et al. 2019",90.27,1.01]
["ERR688640_bin.5","NO",0.9303,"Almeida et al. 2019",72.34,1.08]
["ERR688645_bin.28","NO",0.5296,"Almeida et al. 2019",76.88,0]
["ERR710430_bin.21","NO",0.9807,"Almeida et al. 2019",94.6,5.44]
["ERR710430_bin.26","NO",0.9866,"Almeida et al. 2019",92.04,6.58]
["SRR5091466_bin.1","NO",0.9338,"Almeida et al. 2019",57.89,0.88]
["SRR5091468_bin.35","NO",0.9804,"Almeida et al. 2019",89.93,6.08]
["SRR5091520_bin.15","NO",0.9888,"Almeida et al. 2019",78.95,1.75]
["SRR5091584_bin.8","NO",0.9886,"Almeida et al. 2019",97.53,7.62]
["SRR5091620_bin.12","NO",0.9661,"Almeida et al. 2019",67.04,2.24]
["ERR1190790_bin.48","NO",0.9787,"Almeida et al. 2019",81.54,2.68]
["ERR1190791_bin.25","NO",0.9627,"Almeida et al. 2019",59.18,1.21]
["ERR1190793_bin.31","NO",0.9759,"Almeida et al. 2019",87.45,2.26]
["ERR1190796_bin.83","NO",0.9748,"Almeida et al. 2019",90.97,0.63]
["ERR1190797_bin.51","NO",0.9291,"Almeida et al. 2019",83.71,0.37]
["ERR1190800_bin.48","NO",0.9843,"Almeida et al. 2019",91.19,4.44]
["ERR1190801_bin.40","NO",0.6406,"Almeida et al. 2019",56.14,0.42]
["ERR1190807_bin.43","NO",0.9738,"Almeida et al. 2019",76.92,3.16]
["ERR1190809_bin.16","NO",0.9751,"Almeida et al. 2019",91.95,2.35]
["ERR1190810_bin.9","NO",0.9825,"Almeida et al. 2019",81.4,1.36]
["ERR1190811_bin.76","NO",0.9681,"Almeida et al. 2019",59.25,0.86]
["ERR1190816_bin.33","NO",0.9811,"Almeida et al. 2019",98.66,1.34]
["ERR1190817_bin.36","NO",0.9895,"Almeida et al. 2019",98.72,1.69]
["ERR1190819_bin.37","NO",0.9591,"Almeida et al. 2019",65.85,1.2]
["ERR1190821_bin.22","NO",0.9775,"Almeida et al. 2019",98.2,2.1]
["ERR1913022_bin.1","NO",0.9882,"Almeida et al. 2019",90.56,7.58]
["ERR1913023_bin.6","NO",0.9398,"Almeida et al. 2019",78.75,1.52]
["ERR1913027_bin.9","NO",0.9641,"Almeida et al. 2019",99.19,0]
["ERR1913030_bin.47","NO",0.9219,"Almeida et al. 2019",67.38,1.8]
["ERR1913034_bin.12","NO",0.9846,"Almeida et al. 2019",98.15,5.18]
["SRR3498909_bin.3","NO",0.9487,"Almeida et al. 2019",81.54,0.37]
["SRR3546782_bin.21","NO",0.9893,"Almeida et al. 2019",96.93,0.32]
["SRR4033064_bin.34","NO",0.9861,"Almeida et al. 2019",95.97,0]
["SRR4033067_bin.22","NO",0.8974,"Almeida et al. 2019",99.41,0.2]
["SRR4033072_bin.17","NO",0.9673,"Almeida et al. 2019",61.03,0]
["SRR453563_bin.4","NO",0.9874,"Almeida et al. 2019",75.76,2.85]
["SRR492066_bin.2","NO",0.9529,"Almeida et al. 2019",100,0]
["SRR5058923_bin.9","YES",0.9898,"Almeida et al. 2019",57.76,0]
["SRR6257378_bin.2","NO",0.9682,"Almeida et al. 2019",98.3,0]
["SRR6257397_bin.9","NO",0.9082,"Almeida et al. 2019",53.45,0]
["SRR6257418_bin.1","NO",0.6586,"Almeida et al. 2019",99.11,0.65]
["SRR6257434_bin.5","NO",0.9728,"Almeida et al. 2019",94.56,0.29]
["SRR6257441_bin.1","NO",0.9766,"Almeida et al. 2019",99.45,0]
["SRR6257444_bin.9","NO",0.9591,"Almeida et al. 2019",99.63,0]
["SRR6257453_bin.2","NO",0.9755,"Almeida et al. 2019",96.32,0]
["SRR6257465_bin.2","NO",0.9828,"Almeida et al. 2019",98.32,0]
["SRR6257478_bin.6","NO",0.9843,"Almeida et al. 2019",98.39,2.35]
["SRR6257484_bin.4","NO",0.6254,"Almeida et al. 2019",95.58,0.11]
["SRR6257497_bin.1","NO",0.6942,"Almeida et al. 2019",71.43,0.33]
["SRR828660_bin.21","NO",0.9739,"Almeida et al. 2019",82.32,0.62]
["ERR1913037_bin.19","NO",0.9752,"Almeida et al. 2019",87.08,1.43]
["ERR1913039_bin.14","NO",0.9546,"Almeida et al. 2019",74.69,4.87]
["ERR1913048_bin.11","NO",0.9718,"Almeida et al. 2019",59.48,0]
["ERR1913053_bin.19","NO",0.9802,"Almeida et al. 2019",92.4,1.02]
["ERR1913061_bin.18","NO",0.9786,"Almeida et al. 2019",85.58,5.42]
["ERR1913063_bin.30","NO",0.9866,"Almeida et al. 2019",88.28,6.38]
["ERR1913067_bin.8","NO",0.9915,"Almeida et al. 2019",89.9,0.89]
["ERR1913071_bin.31","NO",0.9919,"Almeida et al. 2019",98.8,1.76]
["ERR1913078_bin.1","NO",0.9742,"Almeida et al. 2019",81.32,0.95]
["ERR1913079_bin.25","NO",0.8959,"Almeida et al. 2019",52.2,0]
["ERR1913083_bin.7","NO",0.9872,"Almeida et al. 2019",96.23,4.25]
["ERR1913087_bin.26","NO",0.9824,"Almeida et al. 2019",94.42,2.22]
["ERR1913094_bin.11","NO",0.9881,"Almeida et al. 2019",70.41,1.75]
["ERR1913095_bin.3","NO",0.9859,"Almeida et al. 2019",83.27,2.97]
["ERR1913103_bin.7","NO",0.9805,"Almeida et al. 2019",94.14,4.09]
["ERR1913107_bin.10","NO",0.96,"Almeida et al. 2019",90.63,0.67]
["ERR1913114_bin.14","NO",0.9602,"Almeida et al. 2019",92.07,5.37]
["ERR1913115_bin.30","NO",0.9888,"Almeida et al. 2019",90.61,2.04]
["ERR1913118_bin.29","NO",0.9895,"Almeida et al. 2019",95.27,3.82]
["ERR1913122_bin.7","NO",0.9731,"Almeida et al. 2019",69.12,1.72]
["ERR1913125_bin.7","NO",0.9896,"Almeida et al. 2019",96.86,1.53]
["ERR1190823_bin.13","NO",0.9945,"Almeida et al. 2019",96.09,2.68]
["ERR1190824_bin.37","NO",0.99,"Almeida et al. 2019",90.08,0.38]
["ERR1190826_bin.30","NO",0.9653,"Almeida et al. 2019",84.34,2.48]
["ERR1190827_bin.73","NO",0.9925,"Almeida et al. 2019",98.14,0.37]
["ERR1190831_bin.20","NO",0.9254,"Almeida et al. 2019",76.44,1.68]
["ERR1190834_bin.2","NO",0.9783,"Almeida et al. 2019",96.09,2.69]
["ERR1190835_bin.5","NO",0.9839,"Almeida et al. 2019",69.48,1.72]
["ERR1190837_bin.1","NO",0.9811,"Almeida et al. 2019",85.38,4.25]
["ERR1190839_bin.47","NO",0.9748,"Almeida et al. 2019",75.19,0]
["ERR1190842_bin.44","NO",0.9503,"Almeida et al. 2019",83.36,0.27]
["ERR1190844_bin.15","NO",0.981,"Almeida et al. 2019",82.21,0]
["ERR1190846_bin.16","NO",0.9813,"Almeida et al. 2019",86.56,0]
["ERR1190848_bin.27","NO",0.9844,"Almeida et al. 2019",98.66,1.34]
["ERR1190851_bin.26","NO",0.9742,"Almeida et al. 2019",96.91,3.17]
["ERR1190852_bin.67","NO",0.9855,"Almeida et al. 2019",53.92,0]
["ERR1190854_bin.26","NO",0.9854,"Almeida et al. 2019",92.5,0.45]
["ERR1190857_bin.33","NO",0.9876,"Almeida et al. 2019",88.42,1.03]
["ERR1190861_bin.35","NO",0.9777,"Almeida et al. 2019",85.9,1.16]
["ERR1190862_bin.54","NO",0.9905,"Almeida et al. 2019",98.99,2.01]
["ERR1190864_bin.15","NO",0.9523,"Almeida et al. 2019",99.4,0.6]
["ERR1190866_bin.51","NO",0.9682,"Almeida et al. 2019",67.26,0]
["ERR1190873_bin.28","NO",0.9763,"Almeida et al. 2019",59.09,0]
["ERR1190874_bin.47","NO",0.9398,"Almeida et al. 2019",59.93,0.97]
["ERR1190875_bin.53","NO",0.9852,"Almeida et al. 2019",97.65,1.68]
["ERR1190881_bin.25","NO",0.9623,"Almeida et al. 2019",94.72,0.12]
["ERR1190881_bin.51","NO",0.9756,"Almeida et al. 2019",72.42,3.96]
["ERR1190885_bin.29","NO",0.9641,"Almeida et al. 2019",64.91,0]
["ERR1190886_bin.28","NO",0.9871,"Almeida et al. 2019",89.43,3.18]
["ERR1190888_bin.39","NO",0.974,"Almeida et al. 2019",63.98,2.01]
["ERR1190889_bin.22","NO",0.976,"Almeida et al. 2019",87.12,2.15]
["ERR1190892_bin.11","NO",0.9807,"Almeida et al. 2019",72.39,1.34]
["ERR1190893_bin.16","NO",0.9834,"Almeida et al. 2019",89.02,1.01]
["ERR1190895_bin.15","NO",0.9779,"Almeida et al. 2019",77.88,3.98]
["ERR1190895_bin.5","NO",0.9458,"Almeida et al. 2019",50.88,0]
["ERR1190897_bin.56","NO",0.9804,"Almeida et al. 2019",67.12,0]
["ERR1190898_bin.56","NO",0.9302,"Almeida et al. 2019",57.82,0]
["ERR1190900_bin.15","NO",0.9585,"Almeida et al. 2019",92.09,0.75]
["ERR1190900_bin.64","NO",0.9118,"Almeida et al. 2019",68.97,0]
["ERR1190902_bin.6","NO",0.9744,"Almeida et al. 2019",77.48,4.25]
["ERR1190905_bin.63","NO",0.9904,"Almeida et al. 2019",92.95,2.35]
["ERR1190908_bin.40","NO",0.9788,"Almeida et al. 2019",98.39,0]
["ERR1190909_bin.29","NO",0.9882,"Almeida et al. 2019",100,0]
["ERR1190911_bin.71","NO",0.9841,"Almeida et al. 2019",89.58,2.24]
["ERR1190912_bin.98","NO",0.9223,"Almeida et al. 2019",54.25,0.34]
["ERR1190915_bin.21","NO",0.9669,"Almeida et al. 2019",51.72,0]
["ERR1190916_bin.37","NO",0.97,"Almeida et al. 2019",62.28,0]
["ERR1190919_bin.50","NO",0.982,"Almeida et al. 2019",97.06,0.84]
["ERR1190921_bin.54","NO",0.9433,"Almeida et al. 2019",75.92,0.59]
["ERR1190921_bin.67","NO",0.99,"Almeida et al. 2019",96.14,4.76]
["ERR1190925_bin.5","NO",0.9846,"Almeida et al. 2019",97.99,0.67]
["ERR1190926_bin.114","NO",0.9856,"Almeida et al. 2019",57.76,0]
["ERR1190927_bin.13","NO",0.9763,"Almeida et al. 2019",99.19,0.81]
["ERR1190928_bin.37","NO",0.982,"Almeida et al. 2019",99.04,2.27]
["ERR1190931_bin.4","NO",0.9806,"Almeida et al. 2019",78.2,4.72]
["ERR1190932_bin.31","NO",0.9908,"Almeida et al. 2019",83.91,2.35]
["ERR1190934_bin.16","NO",0.8979,"Almeida et al. 2019",70.47,2.85]
["ERR1190935_bin.72","NO",0.843,"Almeida et al. 2019",62.66,0.79]
["ERR1190939_bin.51","NO",0.9819,"Almeida et al. 2019",92.52,0.68]
["ERR1190940_bin.26","NO",0.9701,"Almeida et al. 2019",64.09,0]
["ERR1190942_bin.1","NO",0.9879,"Almeida et al. 2019",87.14,0.68]
["ERR1190944_bin.41","NO",0.9789,"Almeida et al. 2019",89.92,2.2]
["ERR1190946_bin.14","NO",0.9875,"Almeida et al. 2019",88.4,0.74]
["ERR1190946_bin.72","NO",0.9921,"Almeida et al. 2019",95.95,6.98]
["ERR1190948_bin.59","NO",0.9678,"Almeida et al. 2019",82.78,1.34]
["ERR1190952_bin.33","NO",0.9717,"Almeida et al. 2019",76.05,1.2]
["ERR1190955_bin.10","NO",0.9953,"Almeida et al. 2019",94.14,5.65]
["ERR1190955_bin.69","NO",0.967,"Almeida et al. 2019",88.31,1.61]
["ERR1190957_bin.12","NO",0.9541,"Almeida et al. 2019",92.41,1.85]
["ERR1190960_bin.17","NO",0.9774,"Almeida et al. 2019",85.96,3.38]
["ERR1190962_bin.74","NO",0.9854,"Almeida et al. 2019",99.4,0.9]
["ERR1190964_bin.24","NO",0.9659,"Almeida et al. 2019",92.45,0]
["ERR1190969_bin.39","NO",0.5874,"Almeida et al. 2019",74.14,0]
["ERR1190972_bin.10","NO",0.9859,"Almeida et al. 2019",89.14,0.98]
["ERR1190974_bin.9","NO",0.9878,"Almeida et al. 2019",71.55,1.72]
["ERR1190976_bin.1","NO",0.9385,"Almeida et al. 2019",52.63,0]
["ERR1297641_bin.2","NO",0.9667,"Almeida et al. 2019",92.65,3.56]
["ERR1297650_bin.15","NO",0.994,"Almeida et al. 2019",98.51,0.91]
["ERR1297654_bin.23","NO",0.9892,"Almeida et al. 2019",92.27,1.93]
["ERR1297663_bin.14","NO",0.9732,"Almeida et al. 2019",77.41,0.24]
["ERR1297670_bin.24","NO",0.9572,"Almeida et al. 2019",59.48,1.72]
["ERR1297674_bin.19","NO",0.9078,"Almeida et al. 2019",66.18,0.78]
["ERR1297680_bin.12","NO",0.9915,"Almeida et al. 2019",95.97,0]
["ERR1297689_bin.1","NO",0.9693,"Almeida et al. 2019",97.27,0.67]
["ERR1297696_bin.18","NO",0.9739,"Almeida et al. 2019",91.61,6.08]
["ERR1297699_bin.7","NO",0.972,"Almeida et al. 2019",77.67,3.77]
["ERR1297703_bin.13","NO",0.9886,"Almeida et al. 2019",86.77,0.96]
["ERR1297710_bin.21","NO",0.9917,"Almeida et al. 2019",97.8,0]
["ERR1297719_bin.6","NO",0.9292,"Almeida et al. 2019",55.7,0.67]
["ERR1297724_bin.5","NO",0.9819,"Almeida et al. 2019",96.73,3.51]
["ERR1297729_bin.15","NO",0.9842,"Almeida et al. 2019",93.29,1.27]
["ERR1297737_bin.3","NO",0.9319,"Almeida et al. 2019",75.77,2.01]
["ERR1297743_bin.16","NO",0.9864,"Almeida et al. 2019",94.26,1.91]
["ERR1297749_bin.3","NO",0.9804,"Almeida et al. 2019",94.17,4.83]
["ERR1297753_bin.19","NO",0.988,"Almeida et al. 2019",86.42,0.79]
["ERR1297765_bin.17","NO",0.967,"Almeida et al. 2019",87.4,0.88]
["ERR1297770_bin.29","NO",0.9891,"Almeida et al. 2019",94.52,1.87]
["ERR1297773_bin.16","NO",0.9557,"Almeida et al. 2019",67.96,1.55]
["ERR1297781_bin.11","NO",0.9867,"Almeida et al. 2019",92.62,0.67]
["ERR1297790_bin.21","NO",0.9532,"Almeida et al. 2019",89.91,1.34]
["ERR1297798_bin.17","NO",0.9638,"Almeida et al. 2019",53.79,0.42]
["ERR1297800_bin.2","NO",0.9932,"Almeida et al. 2019",98.88,1.12]
["ERR1297806_bin.14","NO",0.9758,"Almeida et al. 2019",91.84,1.63]
["ERR1297817_bin.14","NO",0.9646,"Almeida et al. 2019",72.9,2.13]
["ERR1297820_bin.7","NO",0.9805,"Almeida et al. 2019",83.78,0.42]
["ERR1297828_bin.10","NO",0.9931,"Almeida et al. 2019",96.58,2.4]
["ERR1297834_bin.19","NO",0.9737,"Almeida et al. 2019",98.36,1.33]
["ERR1297845_bin.1","NO",0.9899,"Almeida et al. 2019",95.97,1.51]
["ERR1297846_bin.9","NO",0.9774,"Almeida et al. 2019",87.62,7.49]
["ERR589441_bin.13","NO",0.9672,"Almeida et al. 2019",96.77,1.25]
["ERR589443_bin.16","NO",0.983,"Almeida et al. 2019",71.93,0]
["ERR589485_bin.21","NO",0.9482,"Almeida et al. 2019",93.18,1.61]
["ERR589501_bin.28","NO",0.9947,"Almeida et al. 2019",97.95,0]
["ERR589503_bin.23","NO",0.9728,"Almeida et al. 2019",95.49,7.29]
["ERR589504_bin.63","NO",0.9782,"Almeida et al. 2019",88.59,2.01]
["ERR589507_bin.85","NO",0.957,"Almeida et al. 2019",62.27,0.63]
["ERR589508_bin.52","NO",0.9648,"Almeida et al. 2019",83.99,0.68]
["ERR589510_bin.60","NO",0.9787,"Almeida et al. 2019",84.9,0]
["ERR589512_bin.16","NO",0.9944,"Almeida et al. 2019",92.52,0.96]
["ERR589513_bin.31","NO",0.99,"Almeida et al. 2019",92.05,3.08]
["ERR589528_bin.9","NO",0.9821,"Almeida et al. 2019",97.32,0]
["ERR589530_bin.73","NO",0.9643,"Almeida et al. 2019",78.08,1.82]
["ERR1190534_bin.5","NO",0.9661,"Almeida et al. 2019",79.05,2.68]
["ERR1190536_bin.1","NO",0.9832,"Almeida et al. 2019",90.79,2.24]
["ERR1190539_bin.30","NO",0.9492,"Almeida et al. 2019",83.77,2.4]
["ERR1190543_bin.23","NO",0.9084,"Almeida et al. 2019",76.4,0]
["ERR1190545_bin.35","NO",0.9884,"Almeida et al. 2019",92.57,1.69]
["ERR1190547_bin.26","NO",0.98,"Almeida et al. 2019",87.92,0.27]
["ERR1190551_bin.66","NO",0.9435,"Almeida et al. 2019",67.9,0]
["ERR1190555_bin.1","NO",0.9837,"Almeida et al. 2019",95.53,3.53]
["ERR1190557_bin.29","NO",0.9892,"Almeida et al. 2019",70.69,0]
["ERR1190558_bin.59","NO",0.975,"Almeida et al. 2019",72.66,1.65]
["ERR1190562_bin.24","NO",0.9791,"Almeida et al. 2019",87.17,0]
["ERR1190565_bin.49","NO",0.9653,"Almeida et al. 2019",78.94,2.69]
["ERR1190567_bin.5","NO",0.9885,"Almeida et al. 2019",59.12,0]
["ERR1190569_bin.37","NO",0.9811,"Almeida et al. 2019",91.03,1.46]
["ERR1190571_bin.53","NO",0.943,"Almeida et al. 2019",76.44,2.46]
["ERR1190574_bin.25","NO",0.9726,"Almeida et al. 2019",80.2,2.01]
["ERR1190576_bin.47","NO",0.9867,"Almeida et al. 2019",89.62,0]
["ERR1190578_bin.24","NO",0.9159,"Almeida et al. 2019",53.25,0.48]
["ERR1190581_bin.29","NO",0.9683,"Almeida et al. 2019",57.59,0]
["ERR1190584_bin.4","NO",0.9819,"Almeida et al. 2019",100,0.81]
["ERR1190586_bin.8","NO",0.9761,"Almeida et al. 2019",83.51,6.2]
["ERR1190589_bin.40","NO",0.9768,"Almeida et al. 2019",90.21,2.73]
["ERR589531_bin.36","NO",0.9915,"Almeida et al. 2019",76.21,1.66]
["ERR589532_bin.32","NO",0.9855,"Almeida et al. 2019",98.51,0.91]
["ERR589551_bin.13","NO",0.5802,"Almeida et al. 2019",86.44,0.72]
["ERR589552_bin.9","NO",0.9913,"Almeida et al. 2019",93.96,0]
["ERR589563_bin.9","NO",0.9575,"Almeida et al. 2019",85.68,3.69]
["ERR589567_bin.50","NO",0.993,"Almeida et al. 2019",95.89,0]
["ERR589576_bin.46","NO",0.9941,"Almeida et al. 2019",98.63,0]
["ERR589578_bin.22","NO",0.9842,"Almeida et al. 2019",93.57,2.69]
["ERR589584_bin.35","NO",0.9886,"Almeida et al. 2019",99.52,0]
["ERR589585_bin.49","NO",0.949,"Almeida et al. 2019",81.25,0.77]
["ERR589745_bin.43","NO",0.9649,"Almeida et al. 2019",74.14,0]
["ERR589873_bin.23","NO",0.9332,"Almeida et al. 2019",51.01,0]
["ERR911953_bin.12","NO",0.9876,"Almeida et al. 2019",76.49,0]
["ERR911958_bin.61","NO",0.9566,"Almeida et al. 2019",85.64,0.67]
["ERR911959_bin.70","NO",0.9819,"Almeida et al. 2019",93.94,1.34]
["ERR911962_bin.4","NO",0.9799,"Almeida et al. 2019",87.75,0.38]
["ERR911965_bin.11","NO",0.9487,"Almeida et al. 2019",76.08,2.57]
["ERR912082_bin.10","NO",0.9837,"Almeida et al. 2019",91.45,0]
["ERR912185_bin.42","NO",0.969,"Almeida et al. 2019",97.54,1.11]
["ERR011107_bin.8","NO",0.9868,"Almeida et al. 2019",86.2,1.28]
["ERR011109_bin.7","NO",0.9869,"Almeida et al. 2019",91.9,1.98]
["ERR011120_bin.9","NO",0.9928,"Almeida et al. 2019",93.74,0]
["ERR011123_bin.12","NO",0.9815,"Almeida et al. 2019",90.98,1.57]
["ERR011133_bin.6","NO",0.981,"Almeida et al. 2019",79.77,5.94]
["ERR011152_bin.3","NO",0.93,"Almeida et al. 2019",87.08,1.12]
["ERR1190593_bin.12","NO",0.9658,"Almeida et al. 2019",80.75,1.99]
["ERR1190594_bin.35","NO",0.759,"Almeida et al. 2019",68.85,0.04]
["ERR1190597_bin.27","NO",0.9726,"Almeida et al. 2019",95.97,1.61]
["ERR1190600_bin.39","NO",0.9874,"Almeida et al. 2019",90.72,0.68]
["ERR1190604_bin.41","NO",0.9907,"Almeida et al. 2019",68.1,0]
["ERR1190606_bin.16","NO",0.9648,"Almeida et al. 2019",86.23,0]
["ERR1190608_bin.67","NO",0.9873,"Almeida et al. 2019",86.91,2.53]
["ERR1190612_bin.24","NO",0.9836,"Almeida et al. 2019",94.11,0.84]
["ERR1190616_bin.48","NO",0.9889,"Almeida et al. 2019",89.3,1.68]
["ERR1190617_bin.5","NO",0.9813,"Almeida et al. 2019",95.86,0]
["ERR1190620_bin.13","NO",0.9758,"Almeida et al. 2019",92.13,2.25]
["ERR1190622_bin.34","NO",0.9891,"Almeida et al. 2019",88.21,7.61]
["ERR1190624_bin.66","NO",0.9838,"Almeida et al. 2019",90.27,0]
["ERR505083_bin.21","NO",0.9787,"Almeida et al. 2019",86.74,1.88]
["ERR505084_bin.44","NO",0.9819,"Almeida et al. 2019",87.07,3.86]
["ERR505085_bin.64","NO",0.9788,"Almeida et al. 2019",79.63,1.25]
["ERR505088_bin.30","NO",0.9392,"Almeida et al. 2019",79.47,0.35]
["ERR505089_bin.19","NO",0.9891,"Almeida et al. 2019",74.21,0]
["ERR505091_bin.22","NO",0.9579,"Almeida et al. 2019",89.51,0]
["ERR505094_bin.16","NO",0.9839,"Almeida et al. 2019",95.09,4.25]
["ERR505098_bin.52","NO",0.9778,"Almeida et al. 2019",81.53,1.6]
["ERR505100_bin.8","NO",0.9897,"Almeida et al. 2019",92.06,1.06]
["ERR505104_bin.28","NO",0.993,"Almeida et al. 2019",90.16,0.89]
["ERR970253_bin.1","NO",0.9872,"Almeida et al. 2019",89.73,0.49]
["ERR970282_bin.1","NO",0.9515,"Almeida et al. 2019",92.97,0.4]
["SRR1818227_bin.6","NO",0.954,"Almeida et al. 2019",77.38,1.8]
["SRR1825362_bin.10","NO",0.9855,"Almeida et al. 2019",63.52,0]
["SRR2047825_bin.35","NO",0.9812,"Almeida et al. 2019",97.54,4.31]
["SRR2047832_bin.12","NO",0.9821,"Almeida et al. 2019",96.42,2.01]
["SRR2047845_bin.3","NO",0.9885,"Almeida et al. 2019",95.36,0]
["SRR2048044_bin.14","NO",0.9506,"Almeida et al. 2019",91.51,0.15]
["SRR2673278_bin.16","NO",0.953,"Almeida et al. 2019",97.93,0.3]
["SRR2673278_bin.73","NO",0.9873,"Almeida et al. 2019",94.97,1.38]
["ERR1190626_bin.25","NO",0.9813,"Almeida et al. 2019",92.62,1.63]
["ERR1190628_bin.49","NO",0.988,"Almeida et al. 2019",88.5,3.59]
["ERR1190630_bin.28","NO",0.9759,"Almeida et al. 2019",88.91,1.46]
["ERR1190632_bin.29","NO",0.986,"Almeida et al. 2019",98.49,0]
["ERR1190635_bin.57","NO",0.9845,"Almeida et al. 2019",81.44,5.53]
["ERR1190638_bin.21","NO",0.981,"Almeida et al. 2019",88.05,2.01]
["ERR1190641_bin.10","NO",0.9704,"Almeida et al. 2019",70.57,0]
["ERR1190643_bin.24","NO",0.9645,"Almeida et al. 2019",77.89,2.01]
["ERR1190647_bin.24","NO",0.9791,"Almeida et al. 2019",96,4.43]
["ERR1190649_bin.41","NO",0.9691,"Almeida et al. 2019",83.55,0.28]
["ERR1190650_bin.9","YES",0.9221,"Almeida et al. 2019",52.37,0.07]
["ERR1190653_bin.10","NO",0.9722,"Almeida et al. 2019",78.11,2.15]
["ERR1190656_bin.13","NO",0.9842,"Almeida et al. 2019",81.64,4.53]
["ERR1190658_bin.27","NO",0.9834,"Almeida et al. 2019",77.74,2.17]
["ERR1190660_bin.47","NO",0.9882,"Almeida et al. 2019",96.62,0]
["ERR1190661_bin.65","NO",0.9906,"Almeida et al. 2019",96.1,5.67]
["ERR1190680_bin.25","NO",0.9869,"Almeida et al. 2019",94.79,1.88]
["ERR1190681_bin.11","NO",0.9611,"Almeida et al. 2019",67.28,0.79]
["ERR1190714_bin.2","NO",0.9821,"Almeida et al. 2019",91.95,0.13]
["ERR1190721_bin.24","NO",0.9836,"Almeida et al. 2019",68.33,0.4]
["ERR1190731_bin.6","NO",0.9833,"Almeida et al. 2019",76.26,1.91]
["ERR011173_bin.7","NO",0.959,"Almeida et al. 2019",85.29,2.68]
["ERR011183_bin.2","NO",0.9939,"Almeida et al. 2019",95.63,0]
["ERR011203_bin.2","NO",0.9741,"Almeida et al. 2019",68.9,0.44]
["ERR011218_bin.10","NO",0.9874,"Almeida et al. 2019",93.02,5.02]
["ERR011221_bin.6","NO",0.9726,"Almeida et al. 2019",67.24,1.72]
["ERR011248_bin.9","NO",0.9367,"Almeida et al. 2019",60.07,0]
["ERR011270_bin.4","NO",0.9373,"Almeida et al. 2019",90.3,3.29]
["ERR011277_bin.5","NO",0.9882,"Almeida et al. 2019",87.81,0.13]
["ERR011297_bin.6","NO",0.984,"Almeida et al. 2019",89.43,0.67]
["ERR011314_bin.13","NO",0.982,"Almeida et al. 2019",94.4,3.3]
["ERR011334_bin.9","NO",0.992,"Almeida et al. 2019",97.99,7.49]
["ERR011341_bin.4","NO",0.9735,"Almeida et al. 2019",91.73,3.85]
["ERR414231_bin.15","NO",0.9879,"Almeida et al. 2019",99.2,1.2]
["ERR414233_bin.25","NO",0.9336,"Almeida et al. 2019",80.72,0.29]
["ERR414237_bin.25","NO",0.9911,"Almeida et al. 2019",98.73,1.76]
["ERR414237_bin.34","NO",0.9923,"Almeida et al. 2019",97.73,2.68]
["ERR414242_bin.21","NO",0.9871,"Almeida et al. 2019",95.38,8.68]
["ERR414244_bin.14","NO",0.9807,"Almeida et al. 2019",71.19,3.56]
["ERR414247_bin.53","NO",0.9474,"Almeida et al. 2019",67.2,1.35]
["ERR414248_bin.23","NO",0.9755,"Almeida et al. 2019",89.73,0.32]
["ERR414250_bin.6","NO",0.8911,"Almeida et al. 2019",80.89,0]
["ERR414252_bin.63","NO",0.9758,"Almeida et al. 2019",94.62,2.96]
["ERR414256_bin.26","NO",0.9541,"Almeida et al. 2019",62.42,0.67]
["ERR414257_bin.55","NO",0.9486,"Almeida et al. 2019",89.33,2.25]
["ERR414263_bin.36","NO",0.982,"Almeida et al. 2019",92.45,1.65]
["ERR414266_bin.53","NO",0.9798,"Almeida et al. 2019",76.43,1.46]
["ERR414269_bin.11","NO",0.9845,"Almeida et al. 2019",99.27,4.7]
["ERR414272_bin.1","NO",0.9695,"Almeida et al. 2019",96.6,0]
["ERR414279_bin.26","NO",0.98,"Almeida et al. 2019",98.57,1.34]
["ERR414285_bin.57","NO",0.9956,"Almeida et al. 2019",93.52,1.6]
["ERR414297_bin.34","NO",0.9898,"Almeida et al. 2019",92.25,6.21]
["ERR414305_bin.19","NO",0.9767,"Almeida et al. 2019",94.1,4.83]
["ERR414307_bin.63","NO",0.5257,"Almeida et al. 2019",99.37,0.04]
["ERR414308_bin.28","NO",0.9789,"Almeida et al. 2019",83.32,0.75]
["ERR414312_bin.13","NO",0.9791,"Almeida et al. 2019",97.88,1.5]
["ERR414313_bin.43","NO",0.9823,"Almeida et al. 2019",83.08,0.95]
["ERR414316_bin.21","NO",0.9922,"Almeida et al. 2019",97.65,2.07]
["ERR414316_bin.48","NO",0.9484,"Almeida et al. 2019",91.65,2.25]
["ERR414319_bin.2","NO",0.9751,"Almeida et al. 2019",97.22,3.8]
["ERR414321_bin.56","NO",0.9779,"Almeida et al. 2019",85.75,3.39]
["ERR414322_bin.38","NO",0.971,"Almeida et al. 2019",75.35,0.62]
["ERR414325_bin.40","NO",0.9921,"Almeida et al. 2019",93.96,0]
["ERR414326_bin.59","NO",0.9901,"Almeida et al. 2019",95.54,8.65]
["ERR414331_bin.20","NO",0.9868,"Almeida et al. 2019",95.48,3.18]
["ERR414333_bin.67","NO",0.99,"Almeida et al. 2019",95.3,0]
["ERR414334_bin.30","NO",0.9819,"Almeida et al. 2019",90.92,3.27]
["ERR414336_bin.39","NO",0.9357,"Almeida et al. 2019",66.23,3.12]
["ERR414339_bin.30","NO",0.9909,"Almeida et al. 2019",77.07,3.45]
["ERR414339_bin.6","NO",0.9268,"Almeida et al. 2019",78.77,3.73]
["ERR414342_bin.2","NO",0.9901,"Almeida et al. 2019",98.66,0.67]
["ERR414343_bin.66","NO",0.987,"Almeida et al. 2019",82.67,2.76]
["ERR414347_bin.35","NO",0.9924,"Almeida et al. 2019",96.98,0]
["ERR414347_bin.54","NO",0.9353,"Almeida et al. 2019",51.76,0]
["ERR414352_bin.2","NO",0.9912,"Almeida et al. 2019",98.87,0.75]
["ERR414353_bin.51","NO",0.9599,"Almeida et al. 2019",99.63,0.75]
["ERR414357_bin.30","NO",0.9693,"Almeida et al. 2019",92.22,0.6]
["ERR414358_bin.1","NO",0.9867,"Almeida et al. 2019",83.08,1.89]
["ERR414360_bin.55","NO",0.983,"Almeida et al. 2019",87.32,2.13]
["ERR414361_bin.54","NO",0.9892,"Almeida et al. 2019",92.27,3.57]
["ERR414368_bin.11","NO",0.9649,"Almeida et al. 2019",91.17,0.23]
["ERR414411_bin.16","NO",0.9774,"Almeida et al. 2019",97.49,1.12]
["ERR414419_bin.34","NO",0.9797,"Almeida et al. 2019",83.64,0.37]
["ERR414423_bin.22","NO",0.9638,"Almeida et al. 2019",84.96,0.22]
["ERR414431_bin.19","NO",0.9844,"Almeida et al. 2019",95.21,0.2]
["ERR414439_bin.33","NO",0.9808,"Almeida et al. 2019",97.12,0.96]
["ERR414472_bin.35","NO",0.9261,"Almeida et al. 2019",50.88,0]
["ERR414504_bin.18","NO",0.9811,"Almeida et al. 2019",98.9,0.3]
["ERR414507_bin.24","NO",0.9851,"Almeida et al. 2019",90.27,5.31]
["ERR504978_bin.4","NO",0.9783,"Almeida et al. 2019",62.23,0]
["ERR525692_bin.33","NO",0.9935,"Almeida et al. 2019",99.25,0.38]
["ERR525695_bin.3","NO",0.9567,"Almeida et al. 2019",80.24,0]
["ERR525699_bin.45","NO",0.9883,"Almeida et al. 2019",91.68,2.71]
["ERR525703_bin.54","NO",0.9284,"Almeida et al. 2019",96.24,0.1]
["ERR525708_bin.1","NO",0.9825,"Almeida et al. 2019",94.87,3.37]
["ERR525710_bin.7","NO",0.9748,"Almeida et al. 2019",99.17,0.12]
["ERR525714_bin.10","NO",0.9688,"Almeida et al. 2019",99.08,0.78]
["ERR525717_bin.27","NO",0.9839,"Almeida et al. 2019",89.47,0.63]
["ERR525723_bin.5","NO",0.9775,"Almeida et al. 2019",98.34,1.04]
["SRR598956_bin.3","NO",0.7993,"Almeida et al. 2019",81.51,0.19]
["SRR918348_bin.1","NO",0.8152,"Almeida et al. 2019",54.46,0.07]
["ERR525725_bin.22","NO",0.9925,"Almeida et al. 2019",87.7,4.35]
["ERR525729_bin.58","NO",0.9907,"Almeida et al. 2019",88.29,2.56]
["ERR525731_bin.17","NO",0.993,"Almeida et al. 2019",92.3,0.63]
["ERR525733_bin.61","NO",0.9272,"Almeida et al. 2019",60.4,0]
["ERR525737_bin.47","NO",0.9708,"Almeida et al. 2019",89.74,0.28]
["ERR525739_bin.12","YES",0.8765,"Almeida et al. 2019",99.67,0.53]
["ERR525746_bin.3","NO",0.9762,"Almeida et al. 2019",91.21,3.08]
["ERR525750_bin.14","NO",0.9757,"Almeida et al. 2019",100,1.02]
["ERR525753_bin.60","NO",0.9895,"Almeida et al. 2019",96.13,1.96]
["ERR525754_bin.5","NO",0.9794,"Almeida et al. 2019",88.84,0]
["ERR525761_bin.7","NO",0.9715,"Almeida et al. 2019",91.93,0.12]
["ERR525767_bin.2","NO",0.9867,"Almeida et al. 2019",92.52,0.31]
["ERR525772_bin.26","NO",0.9728,"Almeida et al. 2019",85.85,0]
["ERR525775_bin.16","NO",0.9842,"Almeida et al. 2019",95.97,0.34]
["ERR525781_bin.4","NO",0.9777,"Almeida et al. 2019",96.73,0]
["ERR525787_bin.40","NO",0.9884,"Almeida et al. 2019",97.31,9.2]
["ERR525792_bin.20","NO",0.9828,"Almeida et al. 2019",98.1,0]
["ERR525795_bin.35","NO",0.9641,"Almeida et al. 2019",82.88,0.38]
["ERR525802_bin.13","YES",0.8056,"Almeida et al. 2019",95.33,0.47]
["ERR525804_bin.72","NO",0.9591,"Almeida et al. 2019",67.47,3.15]
["ERR525810_bin.19","NO",0.9908,"Almeida et al. 2019",77.24,0]
["ERR525812_bin.7","NO",0.9716,"Almeida et al. 2019",74.45,0]
["ERR525817_bin.1","NO",0.5108,"Almeida et al. 2019",90.96,0.95]
["ERR525821_bin.9","NO",0.9755,"Almeida et al. 2019",87.03,1.55]
["ERR525827_bin.16","NO",0.9907,"Almeida et al. 2019",87.78,0.19]
["ERR525828_bin.38","NO",0.9859,"Almeida et al. 2019",97.1,1.45]
["ERR525833_bin.2","NO",0.9496,"Almeida et al. 2019",98.91,0.09]
["ERR525837_bin.2","NO",0.9937,"Almeida et al. 2019",97.84,0.71]
["ERR525840_bin.10","NO",0.9933,"Almeida et al. 2019",99.33,1.34]
["ERR525843_bin.21","NO",0.9636,"Almeida et al. 2019",66.83,2.91]
["ERR525847_bin.9","NO",0.9857,"Almeida et al. 2019",79.14,0]
["ERR525848_bin.16","NO",0.9902,"Almeida et al. 2019",95.99,0.08]
["ERR525855_bin.57","NO",0.9917,"Almeida et al. 2019",80.84,0.67]
["ERR525858_bin.12","NO",0.9841,"Almeida et al. 2019",97.88,0.01]
["ERR525859_bin.43","NO",0.9875,"Almeida et al. 2019",81.3,5.85]
["ERR525864_bin.26","NO",0.9879,"Almeida et al. 2019",93.72,1.16]
["ERR525868_bin.21","NO",0.992,"Almeida et al. 2019",93.96,0.67]
["ERR525873_bin.6","NO",0.5805,"Almeida et al. 2019",97.14,0.76]
["ERR525875_bin.33","NO",0.9721,"Almeida et al. 2019",89.74,1.14]
["ERR525879_bin.68","NO",0.9719,"Almeida et al. 2019",94.51,3.37]
["ERR525882_bin.14","NO",0.9628,"Almeida et al. 2019",99.63,0.07]
["ERR525890_bin.16","NO",0.958,"Almeida et al. 2019",97.01,0.2]
["ERR525893_bin.27","NO",0.9808,"Almeida et al. 2019",91.98,0.71]
["ERR525896_bin.24","NO",0.9492,"Almeida et al. 2019",80.48,1.7]
["ERR525900_bin.3","NO",0.979,"Almeida et al. 2019",91.6,1.06]
["ERR525904_bin.31","NO",0.9653,"Almeida et al. 2019",87.63,0.68]
["ERR525905_bin.5","NO",0.9872,"Almeida et al. 2019",90.37,1.32]
["ERR525911_bin.27","NO",0.9921,"Almeida et al. 2019",71.69,1.88]
["ERR525913_bin.13","NO",0.9706,"Almeida et al. 2019",95.28,1.41]
["ERR525919_bin.13","NO",0.9904,"Almeida et al. 2019",99.33,2.01]
["ERR525920_bin.18","NO",0.9667,"Almeida et al. 2019",78.75,3.71]
["ERR525923_bin.59","NO",0.9841,"Almeida et al. 2019",88.35,1.27]
["ERR525926_bin.19","NO",0.9864,"Almeida et al. 2019",80.8,0]
["ERR525933_bin.15","NO",0.9882,"Almeida et al. 2019",99.37,1.27]
["ERR525935_bin.27","NO",0.9821,"Almeida et al. 2019",91.3,0]
["ERR525937_bin.7","NO",0.9649,"Almeida et al. 2019",98.85,0]
["ERR525942_bin.1","YES",0.6512,"Almeida et al. 2019",98.97,0.09]
["ERR525945_bin.12","NO",0.9704,"Almeida et al. 2019",91.02,5.03]
["ERR525951_bin.12","NO",0.9527,"Almeida et al. 2019",88.59,0.12]
["ERR525957_bin.3","NO",0.5146,"Almeida et al. 2019",71.93,0]
["ERR525960_bin.38","NO",0.9669,"Almeida et al. 2019",58.16,1.27]
["ERR525964_bin.17","NO",0.9897,"Almeida et al. 2019",75.96,0.41]
["ERR525971_bin.1","NO",0.9657,"Almeida et al. 2019",87.66,0.58]
["ERR525975_bin.29","NO",0.9912,"Almeida et al. 2019",97.78,7.34]
["ERR525979_bin.22","NO",0.9811,"Almeida et al. 2019",85.84,1.85]
["ERR525983_bin.12","NO",0.9882,"Almeida et al. 2019",96.84,0]
["ERR525988_bin.25","NO",0.9886,"Almeida et al. 2019",97.83,1.69]
["ERR525993_bin.12","NO",0.9671,"Almeida et al. 2019",98.8,0]
["ERR525996_bin.33","NO",0.9915,"Almeida et al. 2019",97.58,1.45]
["ERR525999_bin.51","NO",0.9302,"Almeida et al. 2019",90.5,1.08]
["ERR526005_bin.12","NO",0.9797,"Almeida et al. 2019",64.14,0]
["ERR526009_bin.2","NO",0.9736,"Almeida et al. 2019",98.44,0.86]
["ERR526012_bin.3","NO",0.9473,"Almeida et al. 2019",97.16,0.68]
["ERR526015_bin.26","NO",0.976,"Almeida et al. 2019",77.28,2.38]
["ERR526020_bin.17","NO",0.9145,"Almeida et al. 2019",51.72,0]
["ERR526027_bin.24","NO",0.9838,"Almeida et al. 2019",97.6,2]
["ERR526029_bin.10","NO",0.9901,"Almeida et al. 2019",96.2,0]
["ERR526032_bin.18","NO",0.9199,"Almeida et al. 2019",52.01,0.34]
["ERR526036_bin.23","NO",0.9778,"Almeida et al. 2019",61.84,0.38]
["ERR526042_bin.2","NO",0.9783,"Almeida et al. 2019",95.54,0.76]
["ERR526044_bin.22","NO",0.9522,"Almeida et al. 2019",66.13,0.08]
["ERR1293497_bin.25","NO",0.9923,"Almeida et al. 2019",78.29,1.44]
["ERR1293504_bin.5","NO",0.9932,"Almeida et al. 2019",99.46,0.86]
["ERR1293508_bin.11","NO",0.9806,"Almeida et al. 2019",77.63,2.38]
["ERR1293514_bin.21","NO",0.9888,"Almeida et al. 2019",97.07,3.54]
["ERR1293519_bin.2","NO",0.9824,"Almeida et al. 2019",62.63,2.07]
["ERR1293526_bin.5","NO",0.9855,"Almeida et al. 2019",97.77,2.89]
["ERR1293528_bin.4","NO",0.9866,"Almeida et al. 2019",91.69,0.97]
["ERR1293536_bin.19","NO",0.9766,"Almeida et al. 2019",85.96,2.26]
["ERR526048_bin.8","NO",0.9789,"Almeida et al. 2019",95.08,2.18]
["ERR526055_bin.2","NO",0.9938,"Almeida et al. 2019",93.74,0]
["ERR526055_bin.8","NO",0.971,"Almeida et al. 2019",57.76,0]
["ERR526060_bin.5","NO",0.9891,"Almeida et al. 2019",98.2,6.67]
["ERR526063_bin.49","NO",0.9937,"Almeida et al. 2019",94.02,4.25]
["ERR526066_bin.6","NO",0.9636,"Almeida et al. 2019",82.22,0.89]
["ERR526070_bin.7","NO",0.9875,"Almeida et al. 2019",93.84,2.05]
["ERR526075_bin.26","NO",0.9811,"Almeida et al. 2019",82.72,6.12]
["ERR526077_bin.31","NO",0.9754,"Almeida et al. 2019",96.7,0.45]
["ERR526079_bin.58","NO",0.6901,"Almeida et al. 2019",71.25,0.04]
["ERR526084_bin.15","NO",0.9843,"Almeida et al. 2019",96.6,1.38]
["SRR3131708_bin.4","NO",0.9291,"Almeida et al. 2019",50.93,0]
["SRR3131738_bin.3","NO",0.965,"Almeida et al. 2019",93.76,0.59]
["SRR2674234_bin.7","NO",0.9854,"Almeida et al. 2019",94.59,8.84]
["SRR2725846_bin.38","NO",0.9915,"Almeida et al. 2019",74.48,3.45]
["SRR2725928_bin.49","NO",0.9704,"Almeida et al. 2019",93.3,0]
["SRR2726135_bin.26","NO",0.9458,"Almeida et al. 2019",56.9,0]
["SRR2726138_bin.12","NO",0.986,"Almeida et al. 2019",89.92,1.7]
["SRR2726243_bin.40","NO",0.787,"Almeida et al. 2019",56.9,0]
["SRR5050585_bin.9","NO",0.8946,"Almeida et al. 2019",86.83,0]
["SRR585697_bin.7","NO",0.984,"Almeida et al. 2019",86.29,2.04]
["SRR585728_bin.7","NO",0.9714,"Almeida et al. 2019",75.41,2.82]
["SRR585752_bin.2","NO",0.9887,"Almeida et al. 2019",95.97,3.91]
["SRR585761_bin.2","NO",0.9879,"Almeida et al. 2019",95.61,1.24]
["SRR585781_bin.23","NO",0.9799,"Almeida et al. 2019",82.87,4.91]
["SRR769509_bin.29","NO",0.9833,"Almeida et al. 2019",92.9,1.43]
["SRR769515_bin.4","NO",0.9837,"Almeida et al. 2019",86.1,5.73]
["SRR769520_bin.14","NO",0.9869,"Almeida et al. 2019",88.55,3.99]
["SRR769524_bin.5","NO",0.9744,"Almeida et al. 2019",50.89,0]
["SRR769527_bin.26","NO",0.9721,"Almeida et al. 2019",87.21,0]
["SRR769531_bin.16","NO",0.9866,"Almeida et al. 2019",93.32,1.13]
["SRR769531_bin.46","NO",0.9841,"Almeida et al. 2019",72.89,2.01]
["SRR769540_bin.4","NO",0.9949,"Almeida et al. 2019",94.44,2.88]
["SRR3131766_bin.1","NO",0.9597,"Almeida et al. 2019",99.4,0.2]
["SRR3131806_bin.4","NO",0.9724,"Almeida et al. 2019",93.01,3.87]
["SRR3131814_bin.1","NO",0.5958,"Almeida et al. 2019",98.56,1.23]
["SRR3131888_bin.1","YES",0.5506,"Almeida et al. 2019",98.51,0.31]
["SRR3131909_bin.1","NO",0.9807,"Almeida et al. 2019",98.1,0.81]
["SRR3131959_bin.2","NO",0.6134,"Almeida et al. 2019",96.88,0.08]
["SRR3131973_bin.7","NO",0.9485,"Almeida et al. 2019",99.01,0.07]
["SRR3132041_bin.3","NO",0.589,"Almeida et al. 2019",70.77,0]
["SRR3132079_bin.3","NO",0.9626,"Almeida et al. 2019",96.44,0.22]
["SRR3132115_bin.3","NO",0.9763,"Almeida et al. 2019",94.42,0.51]
["SRR3132129_bin.1","NO",0.982,"Almeida et al. 2019",97.05,0.38]
["SRR3132191_bin.6","NO",0.9903,"Almeida et al. 2019",96.68,3.64]
["SRR3132225_bin.6","NO",0.9618,"Almeida et al. 2019",90.5,2.34]
["SRR3132271_bin.2","NO",0.9657,"Almeida et al. 2019",95.17,0.5]
["SRR3132289_bin.3","YES",0.9016,"Almeida et al. 2019",70.69,1.72]
["SRR3132351_bin.1","NO",0.9787,"Almeida et al. 2019",74.21,0.11]
["SRR3132393_bin.1","NO",0.9576,"Almeida et al. 2019",98.5,0.56]
["SRR3132401_bin.2","NO",0.5635,"Almeida et al. 2019",96.36,0.41]
["SRR3132443_bin.6","NO",0.9392,"Almeida et al. 2019",71.3,0.85]
["SRR3132469_bin.3","NO",0.9721,"Almeida et al. 2019",87.05,3.12]
["ERR1293547_bin.5","NO",0.9834,"Almeida et al. 2019",92.61,1.34]
["ERR1293548_bin.5","NO",0.9914,"Almeida et al. 2019",95.97,0.15]
["ERR1293562_bin.5","NO",0.9867,"Almeida et al. 2019",95.96,1.69]
["ERR1293566_bin.12","NO",0.9809,"Almeida et al. 2019",90.23,0.37]
["ERR1293571_bin.13","NO",0.9663,"Almeida et al. 2019",73.75,3.45]
["ERR1293575_bin.3","NO",0.9857,"Almeida et al. 2019",90.49,0.67]
["ERR1293590_bin.3","NO",0.9829,"Almeida et al. 2019",87.92,0]
["ERR1293594_bin.16","NO",0.9867,"Almeida et al. 2019",84.53,3.34]
["ERR1293598_bin.19","NO",0.9675,"Almeida et al. 2019",67.57,0.34]
["ERR1293607_bin.13","NO",0.992,"Almeida et al. 2019",93.74,0.92]
["ERR1293615_bin.21","NO",0.9857,"Almeida et al. 2019",83.96,1.01]
["ERR1293618_bin.8","NO",0.9912,"Almeida et al. 2019",90.68,1.67]
["ERR1293628_bin.13","NO",0.993,"Almeida et al. 2019",94.63,0.06]
["ERR1293632_bin.4","NO",0.9833,"Almeida et al. 2019",97.39,0.5]
["ERR1293639_bin.7","NO",0.9637,"Almeida et al. 2019",95.93,0.67]
["ERR1293641_bin.24","NO",0.9787,"Almeida et al. 2019",87.25,4.97]
["ERR1293646_bin.16","NO",0.9809,"Almeida et al. 2019",97.2,2.88]
["ERR1293651_bin.21","NO",0.984,"Almeida et al. 2019",88.76,1.34]
["ERR1293657_bin.11","NO",0.920999999999999,"Almeida et al. 2019",93.71,3.03]
["ERR1293659_bin.11","NO",0.9772,"Almeida et al. 2019",91.95,1.42]
["ERR1293663_bin.2","NO",0.9775,"Almeida et al. 2019",97.99,0.34]
["ERR1293669_bin.13","NO",0.9621,"Almeida et al. 2019",66.97,1.2]
["ERR1293681_bin.2","NO",0.9859,"Almeida et al. 2019",87.26,1.61]
["ERR1293686_bin.20","NO",0.8908,"Almeida et al. 2019",94.62,2.35]
["ERR1293690_bin.20","NO",0.987,"Almeida et al. 2019",98.48,7.91]
["ERR1293698_bin.24","NO",0.6145,"Almeida et al. 2019",98.51,0.04]
["ERR1293707_bin.6","NO",0.9683,"Almeida et al. 2019",60.2,2.02]
["ERR1293710_bin.6","NO",0.9899,"Almeida et al. 2019",96.98,0.48]
["ERR1293718_bin.16","NO",0.988,"Almeida et al. 2019",78.57,0.89]
["ERR1293724_bin.2","NO",0.9835,"Almeida et al. 2019",83.73,5.92]
["ERR1293727_bin.4","NO",0.9738,"Almeida et al. 2019",72.88,2.53]
["ERR1293737_bin.1","NO",0.9898,"Almeida et al. 2019",97.25,1.45]
["ERR1293740_bin.28","NO",0.9803,"Almeida et al. 2019",98.24,2.74]
["ERR1293744_bin.16","NO",0.9804,"Almeida et al. 2019",92.71,2.91]
["ERR1293746_bin.3","NO",0.9843,"Almeida et al. 2019",98.66,0.67]
["ERR1293752_bin.28","NO",0.9897,"Almeida et al. 2019",98.3,1.93]
["ERR1293758_bin.11","NO",0.9682,"Almeida et al. 2019",81.02,0.97]
["ERR1293761_bin.19","NO",0.9757,"Almeida et al. 2019",91.63,6.46]
["ERR1293764_bin.20","NO",0.9842,"Almeida et al. 2019",56.12,0]
["ERR1293771_bin.16","NO",0.9875,"Almeida et al. 2019",92.52,1.4]
["ERR1293777_bin.15","NO",0.981,"Almeida et al. 2019",94.3,1.68]
["ERR1293783_bin.17","NO",0.9886,"Almeida et al. 2019",99.33,1.34]
["ERR1293786_bin.20","NO",0.9917,"Almeida et al. 2019",99.33,0]
["ERR1293793_bin.6","NO",0.9788,"Almeida et al. 2019",71.1,2.03]
["ERR1293800_bin.4","NO",0.9366,"Almeida et al. 2019",67.62,2.71]
["ERR1293804_bin.30","NO",0.9792,"Almeida et al. 2019",98.66,0]
["ERR1293807_bin.43","NO",0.9782,"Almeida et al. 2019",68.89,1.34]
["ERR1293813_bin.12","NO",0.9843,"Almeida et al. 2019",77.82,5.52]
["ERR1293820_bin.12","NO",0.9812,"Almeida et al. 2019",61.14,1.54]
["ERR1293825_bin.12","NO",0.969,"Almeida et al. 2019",86.3,2.46]
["ERR1293827_bin.7","NO",0.9492,"Almeida et al. 2019",77.19,4.83]
["ERR1293834_bin.22","NO",0.9819,"Almeida et al. 2019",95.92,1.61]
["ERR1293841_bin.19","NO",0.9878,"Almeida et al. 2019",98.05,1.7]
["ERR1293846_bin.15","NO",0.985,"Almeida et al. 2019",96.98,1.34]
["ERR1293850_bin.1","NO",0.976,"Almeida et al. 2019",89,1.38]
["ERR1293859_bin.3","NO",0.9743,"Almeida et al. 2019",97.26,1.17]
["ERR1293861_bin.28","NO",0.9747,"Almeida et al. 2019",94.78,1.92]
["ERR1293870_bin.10","NO",0.9844,"Almeida et al. 2019",91.08,4.81]
["ERR1293873_bin.21","NO",0.9879,"Almeida et al. 2019",96.25,4.36]
["ERR1293886_bin.5","NO",0.9829,"Almeida et al. 2019",90.82,1.44]
["ERR1293888_bin.11","NO",0.9835,"Almeida et al. 2019",94.8,5.6]
["ERR1293895_bin.8","NO",0.9691,"Almeida et al. 2019",97.18,0.96]
["ERR1293900_bin.10","NO",0.9462,"Almeida et al. 2019",69.12,3.43]
["ERR1293907_bin.1","NO",0.9727,"Almeida et al. 2019",84.46,0.17]
["ERR1293908_bin.21","NO",0.9655,"Almeida et al. 2019",78.86,0]
["ERR1293912_bin.17","NO",0.9836,"Almeida et al. 2019",91.33,0.6]
["ERR1293921_bin.8","NO",0.9878,"Almeida et al. 2019",98.43,1.7]
["ERR1293923_bin.6","NO",0.9818,"Almeida et al. 2019",82.6,1.5]
["ERR1293930_bin.8","NO",0.9754,"Almeida et al. 2019",99.2,1.68]
["ERR1293937_bin.9","NO",0.9593,"Almeida et al. 2019",72.82,0]
["SRR5127395_bin.17","NO",0.9693,"Almeida et al. 2019",59.53,0.88]
["SRR5127400_bin.16","NO",0.9762,"Almeida et al. 2019",84.67,3.48]
["SRR5127402_bin.19","NO",0.9936,"Almeida et al. 2019",88.36,0]
["SRR5127410_bin.16","NO",0.9881,"Almeida et al. 2019",94.3,2.77]
["SRR5127414_bin.6","NO",0.9824,"Almeida et al. 2019",75.29,1.79]
["SRR5127416_bin.10","NO",0.946,"Almeida et al. 2019",78.84,0.55]
["SRR5127426_bin.20","NO",0.9734,"Almeida et al. 2019",83.58,0.12]
["SRR5127432_bin.14","NO",0.9766,"Almeida et al. 2019",91.27,1.61]
["SRR5127447_bin.13","NO",0.9463,"Almeida et al. 2019",58.22,0]
["SRR5127447_bin.3","NO",0.9789,"Almeida et al. 2019",81.53,1.52]
["SRR5127459_bin.24","NO",0.9527,"Almeida et al. 2019",83.69,4.55]
["SRR5127464_bin.16","NO",0.9861,"Almeida et al. 2019",95.71,3.86]
["SRR5127473_bin.20","NO",0.981,"Almeida et al. 2019",77.23,1.68]
["SRR5127483_bin.13","NO",0.973,"Almeida et al. 2019",84.67,1.38]
["SRR5127491_bin.24","NO",0.9788,"Almeida et al. 2019",95.86,1]
["SRR5127501_bin.22","NO",0.922999999999999,"Almeida et al. 2019",52.63,0]
["SRR5127508_bin.10","NO",0.9735,"Almeida et al. 2019",84.27,1.79]
["SRR5127512_bin.16","NO",0.8232,"Almeida et al. 2019",63.29,0.63]
["SRR5127525_bin.8","NO",0.9717,"Almeida et al. 2019",58.47,0]
["SRR5127533_bin.4","NO",0.9662,"Almeida et al. 2019",77.5,1.65]
["SRR5127549_bin.7","NO",0.9842,"Almeida et al. 2019",91.97,1.29]
["SRR5127554_bin.2","NO",0.9653,"Almeida et al. 2019",82.12,1.01]
["SRR5127571_bin.16","NO",0.9611,"Almeida et al. 2019",76.42,1.89]
["SRR5127571_bin.6","NO",0.9874,"Almeida et al. 2019",66.67,0]
["SRR5127589_bin.8","NO",0.9845,"Almeida et al. 2019",97.28,0]
["SRR5127597_bin.16","NO",0.9839,"Almeida et al. 2019",98.66,0.34]
["SRR5127614_bin.31","NO",0.8915,"Almeida et al. 2019",59.49,0]
["SRR5127616_bin.8","NO",0.986,"Almeida et al. 2019",93.27,1.85]
["SRR5127641_bin.17","NO",0.9811,"Almeida et al. 2019",73.68,0]
["SRR5127649_bin.4","NO",0.9131,"Almeida et al. 2019",63.61,0]
["SRR5127659_bin.14","NO",0.9858,"Almeida et al. 2019",94.39,2.11]
["SRR5127663_bin.17","NO",0.9501,"Almeida et al. 2019",64.94,0.88]
["SRR5127675_bin.13","NO",0.9792,"Almeida et al. 2019",90.6,0]
["SRR5127682_bin.21","NO",0.9703,"Almeida et al. 2019",71.96,0.89]
["SRR5127683_bin.25","NO",0.966,"Almeida et al. 2019",98.52,0.45]
["SRR5127689_bin.8","NO",0.985,"Almeida et al. 2019",77.35,1.35]
["SRR5127694_bin.2","NO",0.9823,"Almeida et al. 2019",97.06,1.61]
["SRR5127709_bin.17","NO",0.9781,"Almeida et al. 2019",70.41,0]
["SRR5127710_bin.13","NO",0.9751,"Almeida et al. 2019",74.68,3.02]
["SRR5127720_bin.25","NO",0.9822,"Almeida et al. 2019",94.15,2.21]
["SRR5127735_bin.16","NO",0.9846,"Almeida et al. 2019",87.67,1.07]
["SRR5127741_bin.26","NO",0.981,"Almeida et al. 2019",99.19,0.81]
["SRR5127743_bin.15","NO",0.9866,"Almeida et al. 2019",89.76,1.36]
["SRR5127753_bin.18","NO",0.9541,"Almeida et al. 2019",84.8,1.04]
["SRR5127762_bin.12","NO",0.9875,"Almeida et al. 2019",95.95,0.68]
["SRR5127775_bin.13","NO",0.9863,"Almeida et al. 2019",93.62,1.01]
["SRR5127775_bin.9","NO",0.9858,"Almeida et al. 2019",90.21,0.67]
["SRR5127785_bin.15","NO",0.9769,"Almeida et al. 2019",75.76,0]
["SRR5127789_bin.6","NO",0.9906,"Almeida et al. 2019",95.57,0.59]
["SRR5127801_bin.18","NO",0.9729,"Almeida et al. 2019",85.04,3.76]
["SRR5127810_bin.18","NO",0.9939,"Almeida et al. 2019",95.89,0]
["SRR5056644_bin.71","NO",0.9641,"Almeida et al. 2019",64.87,0]
["SRR5056648_bin.2","NO",0.9907,"Almeida et al. 2019",97.58,2.6]
["SRR5056649_bin.20","NO",0.9489,"Almeida et al. 2019",60.71,0]
["SRR5056650_bin.90","NO",0.9879,"Almeida et al. 2019",94.34,4.36]
["SRR5056654_bin.5","NO",0.9795,"Almeida et al. 2019",84.22,2.67]
["SRR5056660_bin.61","NO",0.9589,"Almeida et al. 2019",86.66,1.38]
["SRR5056662_bin.30","NO",0.9811,"Almeida et al. 2019",93.05,0.18]
["SRR5056664_bin.81","NO",0.9586,"Almeida et al. 2019",97.96,0]
["SRR5056667_bin.86","NO",0.9357,"Almeida et al. 2019",73.68,0.88]
["SRR5056668_bin.87","NO",0.9854,"Almeida et al. 2019",82.54,3.4]
["SRR5056673_bin.85","NO",0.6364,"Almeida et al. 2019",60.86,1.28]
["SRR5056682_bin.41","NO",0.9734,"Almeida et al. 2019",82.44,1.92]
["SRR5056685_bin.73","NO",0.9837,"Almeida et al. 2019",97.17,0]
["SRR5056688_bin.67","NO",0.9887,"Almeida et al. 2019",78.45,3.1]
["SRR5056690_bin.50","NO",0.9828,"Almeida et al. 2019",94.94,1.31]
["SRR5056693_bin.9","NO",0.849,"Almeida et al. 2019",60.53,0]
["SRR5056702_bin.31","NO",0.9762,"Almeida et al. 2019",95.3,0.67]
["SRR5056703_bin.25","NO",0.9766,"Almeida et al. 2019",71.25,1.17]
["SRR5056705_bin.18","NO",0.9903,"Almeida et al. 2019",97.32,0.67]
["SRR5056711_bin.76","NO",0.9874,"Almeida et al. 2019",70.86,2.97]
["SRR5056718_bin.55","NO",0.9803,"Almeida et al. 2019",90.16,3.54]
["SRR5056720_bin.43","NO",0.9563,"Almeida et al. 2019",87.04,0.38]
["SRR5056725_bin.18","NO",0.9696,"Almeida et al. 2019",94.11,5.95]
["SRR5056730_bin.67","NO",0.9823,"Almeida et al. 2019",72.09,0]
["SRR5056733_bin.31","NO",0.9823,"Almeida et al. 2019",90.88,0.47]
["SRR5056739_bin.45","NO",0.9854,"Almeida et al. 2019",99.1,0]
["SRR5056740_bin.78","NO",0.9852,"Almeida et al. 2019",86.72,0.68]
["SRR5056744_bin.52","NO",0.9655,"Almeida et al. 2019",66.71,1.72]
["SRR5056745_bin.29","NO",0.9797,"Almeida et al. 2019",94.43,1.79]
["SRR5056748_bin.91","NO",0.971,"Almeida et al. 2019",91.95,0]
["SRR5056756_bin.69","NO",0.9814,"Almeida et al. 2019",85.26,0.82]
["SRR5056757_bin.91","NO",0.962,"Almeida et al. 2019",68.97,3.45]
["SRR5056759_bin.9","NO",0.9782,"Almeida et al. 2019",92.45,0]
["SRR5056763_bin.3","NO",0.9633,"Almeida et al. 2019",66.67,1.27]
["SRR5056770_bin.40","NO",0.9891,"Almeida et al. 2019",89.85,2.28]
["SRR5127818_bin.14","NO",0.992,"Almeida et al. 2019",91.78,0.17]
["SRR5127820_bin.18","NO",0.9649,"Almeida et al. 2019",67.55,0]
["SRR5127836_bin.6","NO",0.9672,"Almeida et al. 2019",66.38,0]
["SRR5127848_bin.5","NO",0.9889,"Almeida et al. 2019",89.98,1.58]
["SRR5127856_bin.21","NO",0.967,"Almeida et al. 2019",76.42,3.06]
["SRR5127862_bin.15","NO",0.9288,"Almeida et al. 2019",94.6,1.27]
["SRR5056777_bin.25","NO",0.9837,"Almeida et al. 2019",84.11,5.93]
["SRR5056782_bin.22","NO",0.97,"Almeida et al. 2019",70.51,0.65]
["SRR5056786_bin.7","NO",0.9574,"Almeida et al. 2019",66.65,1.2]
["SRR5056788_bin.43","NO",0.9663,"Almeida et al. 2019",56.71,0]
["SRR5056792_bin.30","NO",0.9383,"Almeida et al. 2019",63.79,0]
["SRR5056795_bin.21","NO",0.6092,"Almeida et al. 2019",82.71,1.11]
["SRR5056797_bin.118","NO",0.9719,"Almeida et al. 2019",66.36,0.99]
["SRR5056797_bin.75","NO",0.9735,"Almeida et al. 2019",69.91,0.34]
["SRR5056807_bin.61","NO",0.9624,"Almeida et al. 2019",81.34,4.3]
["SRR5056808_bin.100","NO",0.9686,"Almeida et al. 2019",98.56,0.96]
["SRR5056815_bin.36","NO",0.96,"Almeida et al. 2019",61.67,1.75]
["SRR5056816_bin.29","NO",0.965,"Almeida et al. 2019",81.29,2.92]
["SRR5056818_bin.39","NO",0.9636,"Almeida et al. 2019",60.34,0]
["SRR5056818_bin.62","NO",0.9773,"Almeida et al. 2019",71.87,1.72]
["SRR5056824_bin.56","NO",0.9869,"Almeida et al. 2019",93.39,2.74]
["SRR5056825_bin.55","NO",0.9842,"Almeida et al. 2019",95.28,0]
["SRR5056827_bin.86","NO",0.985,"Almeida et al. 2019",86.73,0.71]
["SRR5056829_bin.36","NO",0.9579,"Almeida et al. 2019",68.71,1.29]
["SRR5056833_bin.72","NO",0.9734,"Almeida et al. 2019",93.27,1.92]
["ERR1305877_bin.106","NO",0.5706,"Almeida et al. 2019",96.33,4.36]
["ERR1305877_bin.41","NO",0.9867,"Almeida et al. 2019",94.13,6.09]
["ERR1305878_bin.68","NO",0.9873,"Almeida et al. 2019",95.24,0.78]
["ERR1305880_bin.16","NO",0.9748,"Almeida et al. 2019",96.89,0]
["ERR1305883_bin.3","NO",0.9844,"Almeida et al. 2019",85.22,3.8]
["ERR1305883_bin.49","NO",0.9636,"Almeida et al. 2019",91,2.1]
["ERR1305885_bin.49","NO",0.9688,"Almeida et al. 2019",86.21,2.95]
["ERR1305887_bin.21","NO",0.9897,"Almeida et al. 2019",88.97,2.08]
["ERR1305889_bin.6","NO",0.9844,"Almeida et al. 2019",88.02,0.13]
["ERR1305890_bin.44","NO",0.9714,"Almeida et al. 2019",100,0]
["ERR1305892_bin.44","NO",0.9874,"Almeida et al. 2019",93.38,0]
["ERR1305893_bin.92","NO",0.9758,"Almeida et al. 2019",87.34,2.74]
["ERR1305895_bin.92","NO",0.9896,"Almeida et al. 2019",78.97,0]
["ERR1305896_bin.14","NO",0.9748,"Almeida et al. 2019",75.26,0.67]
["ERR1305897_bin.46","NO",0.9655,"Almeida et al. 2019",59.48,0]
["ERR1305899_bin.50","NO",0.9839,"Almeida et al. 2019",93.15,3.02]
["ERR1305900_bin.28","NO",0.9776,"Almeida et al. 2019",91.1,0.81]
["ERR1305901_bin.52","NO",0.9905,"Almeida et al. 2019",99.33,0.34]
["ERR1305903_bin.32","NO",0.9879,"Almeida et al. 2019",97.79,4.15]
["ERR1305904_bin.6","NO",0.9644,"Almeida et al. 2019",72.16,2.46]
["ERR1305906_bin.26","NO",0.9781,"Almeida et al. 2019",62.41,1.72]
["SRR5056839_bin.76","NO",0.9904,"Almeida et al. 2019",92.95,1.4]
["SRR5056843_bin.33","NO",0.9939,"Almeida et al. 2019",95.89,0.68]
["SRR5056844_bin.13","NO",0.9709,"Almeida et al. 2019",77.99,0.81]
["SRR5056845_bin.96","NO",0.9861,"Almeida et al. 2019",95.97,0.36]
["SRR5056847_bin.87","NO",0.9684,"Almeida et al. 2019",66.03,0.68]
["SRR5056854_bin.26","NO",0.9848,"Almeida et al. 2019",93,0.23]
["SRR5056856_bin.108","NO",0.9548,"Almeida et al. 2019",90.01,1.25]
["SRR5056857_bin.53","NO",0.9805,"Almeida et al. 2019",92.82,7.14]
["SRR5056860_bin.21","NO",0.9865,"Almeida et al. 2019",95.16,2.42]
["SRR5056866_bin.64","NO",0.9577,"Almeida et al. 2019",69.35,1.34]
["SRR5056867_bin.61","NO",0.9842,"Almeida et al. 2019",99.6,0.81]
["SRR5056870_bin.10","NO",0.9817,"Almeida et al. 2019",82.05,1.74]
["SRR5056874_bin.22","NO",0.9749,"Almeida et al. 2019",88.11,3.53]
["SRR5056880_bin.26","NO",0.9868,"Almeida et al. 2019",90.62,5.56]
["SRR5056883_bin.32","NO",0.9823,"Almeida et al. 2019",87.42,2.53]
["SRR5056884_bin.53","NO",0.9802,"Almeida et al. 2019",80.92,3.9]
["SRR5056887_bin.51","NO",0.9855,"Almeida et al. 2019",75.85,1.36]
["SRR5056889_bin.55","NO",0.9896,"Almeida et al. 2019",91.37,3.93]
["SRR5056890_bin.51","NO",0.9925,"Almeida et al. 2019",59.48,0]
["SRR5056892_bin.46","NO",0.9771,"Almeida et al. 2019",98.58,0.58]
["SRR5056894_bin.62","NO",0.9292,"Almeida et al. 2019",59.82,0]
["SRR5056895_bin.43","NO",0.9861,"Almeida et al. 2019",93.28,0.24]
["SRR5056898_bin.72","NO",0.9859,"Almeida et al. 2019",54.43,0]
["SRR5056901_bin.12","NO",0.9797,"Almeida et al. 2019",89.53,0.31]
["SRR5056905_bin.13","NO",0.9894,"Almeida et al. 2019",95.24,1.02]
["SRR5056905_bin.9","NO",0.802999999999999,"Almeida et al. 2019",95.6,0.72]
["SRR5056912_bin.79","NO",0.9877,"Almeida et al. 2019",91.39,2.71]
["SRR5056916_bin.39","NO",0.9512,"Almeida et al. 2019",90.93,0]
["SRR5056919_bin.72","NO",0.9936,"Almeida et al. 2019",89.71,0.48]
["SRR5056921_bin.33","NO",0.9935,"Almeida et al. 2019",89.23,1.01]
["SRR5056929_bin.60","NO",0.9248,"Almeida et al. 2019",68.4,0.67]
["SRR5056930_bin.55","NO",0.981,"Almeida et al. 2019",84.37,1.34]
["SRR5056935_bin.26","NO",0.9875,"Almeida et al. 2019",90.93,3.33]
["SRR5056935_bin.78","NO",0.9423,"Almeida et al. 2019",71.21,1.75]
["SRR5056939_bin.32","NO",0.9558,"Almeida et al. 2019",81.02,1.41]
["SRR5056943_bin.34","NO",0.9629,"Almeida et al. 2019",80.53,1.15]
["SRR5056944_bin.42","NO",0.9333,"Almeida et al. 2019",66.9,0.67]
["SRR5056948_bin.15","NO",0.9468,"Almeida et al. 2019",55.88,0]
["SRR5056951_bin.57","NO",0.9626,"Almeida et al. 2019",75.41,3.6]
["SRR5056953_bin.39","NO",0.9557,"Almeida et al. 2019",86.9,6.56]
["SRR5056960_bin.7","NO",0.9857,"Almeida et al. 2019",94.44,0.97]
["SRR5056968_bin.69","NO",0.986,"Almeida et al. 2019",94.56,0.68]
["SRR5056973_bin.47","NO",0.9508,"Almeida et al. 2019",68.97,0]
["SRR5056975_bin.46","NO",0.9724,"Almeida et al. 2019",95.97,1.88]
["SRR5056980_bin.54","NO",0.9732,"Almeida et al. 2019",87.95,0.37]
["SRR5056989_bin.55","NO",0.959,"Almeida et al. 2019",55.52,0]
["SRR5057007_bin.72","NO",0.9853,"Almeida et al. 2019",62.2,0]
["SRR5057012_bin.34","NO",0.9648,"Almeida et al. 2019",100,0.6]
["SRR5057015_bin.3","NO",0.9926,"Almeida et al. 2019",93.23,0.56]
["SRR5057020_bin.17","NO",0.956,"Almeida et al. 2019",96.84,0.18]
["SRR5057027_bin.37","NO",0.979,"Almeida et al. 2019",70.67,0.37]
["SRR5057030_bin.68","NO",0.9883,"Almeida et al. 2019",87.04,0.67]
["SRR5057033_bin.36","NO",0.9518,"Almeida et al. 2019",66.44,1.34]
["SRR5057035_bin.43","NO",0.9883,"Almeida et al. 2019",95.61,2.01]
["SRR5057037_bin.59","NO",0.9863,"Almeida et al. 2019",97.54,2.68]
["SRR5057039_bin.54","NO",0.9702,"Almeida et al. 2019",98.39,1.08]
["SRR5057043_bin.70","NO",0.985,"Almeida et al. 2019",92.91,0.77]
["SRR5057054_bin.26","NO",0.9597,"Almeida et al. 2019",57.49,0]
["SRR5057062_bin.85","NO",0.9886,"Almeida et al. 2019",88.93,0]
["SRR5057067_bin.33","NO",0.9848,"Almeida et al. 2019",91.92,0.15]
["SRR1211157_bin.8","NO",0.9802,"Almeida et al. 2019",89.42,3.12]
["SRR1211508_bin.6","NO",0.9871,"Almeida et al. 2019",95.65,1.67]
["SRR1211606_bin.1","NO",0.976,"Almeida et al. 2019",85.9,1.97]
["SRR1212226_bin.4","NO",0.9909,"Almeida et al. 2019",97.9,0.16]
["SRR1212300_bin.5","NO",0.9856,"Almeida et al. 2019",97.4,3.02]
["SRR1212720_bin.6","NO",0.9877,"Almeida et al. 2019",71.61,0]
["SRR1213990_bin.1","NO",0.988,"Almeida et al. 2019",97.53,1.4]
["SRR1214947_bin.1","NO",0.9904,"Almeida et al. 2019",100,0]
["SRR1215293_bin.4","NO",0.9868,"Almeida et al. 2019",77.59,3.45]
["SRR1215593_bin.4","NO",0.9851,"Almeida et al. 2019",94.57,1.87]
["SRR1215620_bin.5","NO",0.9774,"Almeida et al. 2019",86.63,0.6]
["SRR1215704_bin.13","NO",0.9877,"Almeida et al. 2019",78,2.89]
["SRR1215835_bin.4","NO",0.9811,"Almeida et al. 2019",90.58,1.58]
["SRR1215903_bin.9","NO",0.9724,"Almeida et al. 2019",86.52,2.24]
["SRR1215926_bin.6","NO",0.9633,"Almeida et al. 2019",89.67,3.74]
["SRR1219485_bin.2","NO",0.9483,"Almeida et al. 2019",88.21,0.3]
["SRR1757112_bin.10","NO",0.8882,"Almeida et al. 2019",80.92,0.63]
["SRR1764970_bin.3","NO",0.9745,"Almeida et al. 2019",86.98,0.95]
["SRR1765126_bin.3","NO",0.9862,"Almeida et al. 2019",72.15,2.61]
["SRR1765266_bin.5","NO",0.9766,"Almeida et al. 2019",94.23,3.06]
["SRR1765311_bin.1","NO",0.9912,"Almeida et al. 2019",93.29,0]
["SRR1765359_bin.4","NO",0.9913,"Almeida et al. 2019",91.91,1.12]
["SRR1765385_bin.4","NO",0.9704,"Almeida et al. 2019",63.97,0]
["SRR1765413_bin.12","NO",0.9881,"Almeida et al. 2019",97.93,2.4]
["SRR5057070_bin.60","NO",0.9851,"Almeida et al. 2019",91.77,0]
["SRR5057070_bin.68","NO",0.9542,"Almeida et al. 2019",51.79,0]
["SRR5057076_bin.58","NO",0.9843,"Almeida et al. 2019",90.52,0]
["SRR5057082_bin.17","NO",0.9018,"Almeida et al. 2019",57.64,1.34]
["SRR5057085_bin.154","NO",0.9599,"Almeida et al. 2019",83.87,4.84]
["SRR5057086_bin.58","NO",0.9621,"Almeida et al. 2019",84.05,6.18]
["SRR5057090_bin.52","NO",0.9736,"Almeida et al. 2019",95.32,6.95]
["SRR5057091_bin.48","NO",0.9838,"Almeida et al. 2019",94.51,2.22]
["SRR5057094_bin.64","NO",0.99,"Almeida et al. 2019",93.51,0.38]
["SRR5057097_bin.37","NO",0.9767,"Almeida et al. 2019",75.41,0.88]
["SRR5057106_bin.37","NO",0.9842,"Almeida et al. 2019",81.42,0.17]
["SRR5057108_bin.50","NO",0.9768,"Almeida et al. 2019",90.6,4.7]
["SRR5057111_bin.79","NO",0.9674,"Almeida et al. 2019",86.04,3.45]
["SRR5057115_bin.11","NO",0.966,"Almeida et al. 2019",83.47,2.84]
["SRR5057121_bin.29","NO",0.8691,"Almeida et al. 2019",58.61,1.23]
["SRR5057124_bin.53","NO",0.9609,"Almeida et al. 2019",76.92,2.38]
["SRR5057128_bin.59","NO",0.9571,"Almeida et al. 2019",80.82,0.6]
["ERR321069_bin.14","NO",0.9832,"Almeida et al. 2019",91.79,0.81]
["ERR321083_bin.4","NO",0.6533,"Almeida et al. 2019",53.56,0.3]
["ERR321088_bin.1","NO",0.9725,"Almeida et al. 2019",69.21,0.45]
["ERR321096_bin.1","NO",0.96,"Almeida et al. 2019",69.99,2.41]
["ERR321098_bin.30","NO",0.9821,"Almeida et al. 2019",90.98,1.57]
["ERR321125_bin.11","NO",0.9866,"Almeida et al. 2019",91.65,2.91]
["ERR321131_bin.4","NO",0.9901,"Almeida et al. 2019",98.36,0.02]
["ERR321146_bin.4","NO",0.9834,"Almeida et al. 2019",95.3,3.02]
["ERR321158_bin.1","NO",0.984,"Almeida et al. 2019",68.74,1.75]
["ERR321174_bin.11","NO",0.9921,"Almeida et al. 2019",99.33,0]
["ERR321179_bin.6","NO",0.9883,"Almeida et al. 2019",86.52,1.74]
["ERR321188_bin.14","NO",0.9891,"Almeida et al. 2019",97.67,1.38]
["ERR321199_bin.4","NO",0.9911,"Almeida et al. 2019",91.38,3.86]
["ERR321207_bin.7","NO",0.9844,"Almeida et al. 2019",73.45,2.59]
["ERR321232_bin.11","NO",0.9736,"Almeida et al. 2019",72.81,0.37]
["ERR321252_bin.31","NO",0.941,"Almeida et al. 2019",64.46,0.89]
["SRR1765462_bin.1","NO",0.9584,"Almeida et al. 2019",81.22,1.19]
["SRR1765481_bin.3","NO",0.9668,"Almeida et al. 2019",83.51,1.4]
["SRR1765535_bin.4","NO",0.9751,"Almeida et al. 2019",98.14,1.67]
["SRR1765610_bin.2","NO",0.9737,"Almeida et al. 2019",97.21,0.37]
["SRR1765646_bin.4","NO",0.9886,"Almeida et al. 2019",82.41,0]
["SRR1909387_bin.1","NO",0.9657,"Almeida et al. 2019",98.03,2]
["SRR1910595_bin.6","NO",0.9125,"Almeida et al. 2019",67.68,0.92]
["SRR1910678_bin.7","NO",0.5904,"Almeida et al. 2019",93.1,2.39]
["SRR1910831_bin.2","NO",0.9755,"Almeida et al. 2019",84.86,2.05]
["SRR1915617_bin.1","NO",0.9851,"Almeida et al. 2019",97.7,3.6]
["SRR1915827_bin.1","NO",0.9785,"Almeida et al. 2019",69.57,0.59]
["SRR1915989_bin.5","NO",0.985,"Almeida et al. 2019",96.14,0]
["SRR1916014_bin.3","NO",0.9916,"Almeida et al. 2019",97.77,2.26]
["SRR1916031_bin.3","NO",0.979,"Almeida et al. 2019",82.97,2.22]
["SRR1916055_bin.2","NO",0.9876,"Almeida et al. 2019",84.48,2.59]
["SRR1916818_bin.22","NO",0.9881,"Almeida et al. 2019",76.9,0]
["SRR1918822_bin.10","NO",0.9797,"Almeida et al. 2019",51.21,0]
["SRR1918910_bin.7","NO",0.9882,"Almeida et al. 2019",92.41,0.02]
["SRR1980149_bin.1","NO",0.9631,"Almeida et al. 2019",90.78,2.65]
["SRR1980299_bin.2","NO",0.9875,"Almeida et al. 2019",93.93,0.67]
["SRR1980329_bin.1","NO",0.9894,"Almeida et al. 2019",95.55,2.79]
["SRR1980369_bin.3","NO",0.979,"Almeida et al. 2019",76.74,3.1]
["SRR1980441_bin.4","NO",0.9844,"Almeida et al. 2019",57.93,0.86]
["SRR1980460_bin.2","NO",0.9822,"Almeida et al. 2019",89.37,2.11]
["ERR321268_bin.1","NO",0.9868,"Almeida et al. 2019",66.55,0]
["ERR321282_bin.10","NO",0.9735,"Almeida et al. 2019",69.23,0]
["ERR321305_bin.3","NO",0.8482,"Almeida et al. 2019",65.99,0.06]
["ERR321310_bin.4","NO",0.9902,"Almeida et al. 2019",96.25,1.34]
["ERR321347_bin.1","NO",0.9864,"Almeida et al. 2019",82.5,0.87]
["ERR321353_bin.6","NO",0.9886,"Almeida et al. 2019",96.61,2.64]
["ERR321367_bin.14","NO",0.9888,"Almeida et al. 2019",96.19,0.23]
["ERR321374_bin.1","NO",0.9852,"Almeida et al. 2019",94.38,0.88]
["ERR321398_bin.9","NO",0.978,"Almeida et al. 2019",97.87,0.34]
["ERR321412_bin.6","NO",0.9481,"Almeida et al. 2019",62.74,0.7]
["ERR321415_bin.6","NO",0.984,"Almeida et al. 2019",96.03,1.75]
["ERR321439_bin.1","NO",0.9249,"Almeida et al. 2019",91.57,1.12]
["ERR321448_bin.7","NO",0.9052,"Almeida et al. 2019",60.75,0]
["ERR321463_bin.25","NO",0.9813,"Almeida et al. 2019",71.55,2.58]
["ERR321482_bin.14","NO",0.9225,"Almeida et al. 2019",54.83,0]
["ERR321497_bin.10","NO",0.9845,"Almeida et al. 2019",79.13,0.67]
["ERR321518_bin.2","NO",0.9761,"Almeida et al. 2019",79.92,1.34]
["ERR321540_bin.4","NO",0.9802,"Almeida et al. 2019",77.93,1.72]
["ERR321642_bin.49","NO",0.917999999999999,"Almeida et al. 2019",59.48,0]
["SRR4305034_bin.5","NO",0.9639,"Almeida et al. 2019",92.14,1.95]
["SRR4305045_bin.4","NO",0.9872,"Almeida et al. 2019",99.25,0]
["SRR4305064_bin.1","NO",0.9754,"Almeida et al. 2019",77.07,2.53]
["SRR4305064_bin.6","NO",0.9825,"Almeida et al. 2019",89.85,1.44]
["SRR4305084_bin.1","NO",0.9802,"Almeida et al. 2019",90.36,0.56]
["SRR4305094_bin.10","NO",0.9883,"Almeida et al. 2019",97.58,0]
["SRR4305105_bin.8","NO",0.9868,"Almeida et al. 2019",89.34,0.71]
["SRR4305119_bin.4","NO",0.9705,"Almeida et al. 2019",92.78,0.39]
["SRR4305140_bin.3","NO",0.9799,"Almeida et al. 2019",55.17,0]
["SRR4305158_bin.8","NO",0.9494,"Almeida et al. 2019",69.69,3.4]
["SRR4305172_bin.3","NO",0.9863,"Almeida et al. 2019",95.54,1.24]
["SRR4305190_bin.8","NO",0.9807,"Almeida et al. 2019",83.19,3.36]
["SRR4305209_bin.6","NO",0.9757,"Almeida et al. 2019",66.01,2.15]
["SRR4305226_bin.4","NO",0.9813,"Almeida et al. 2019",99.19,0.81]
["SRR4305235_bin.1","NO",0.9823,"Almeida et al. 2019",80.34,0]
["SRR4305240_bin.9","NO",0.9778,"Almeida et al. 2019",91.19,7.43]
["SRR4305263_bin.8","NO",0.9568,"Almeida et al. 2019",92.39,2.85]
["SRR4305267_bin.4","NO",0.967,"Almeida et al. 2019",99.4,0]
["SRR4305305_bin.3","NO",0.9643,"Almeida et al. 2019",65.99,2.4]
["SRR4305322_bin.5","NO",0.9717,"Almeida et al. 2019",94.56,1.7]
["SRR4305338_bin.2","NO",0.9866,"Almeida et al. 2019",98.79,1.09]
["SRR4305348_bin.5","NO",0.9517,"Almeida et al. 2019",96.54,0]
["ERR209077_bin.5","NO",0.9888,"Almeida et al. 2019",85.57,2.17]
["ERR209088_bin.4","NO",0.9733,"Almeida et al. 2019",70.95,1.19]
["ERR209106_bin.2","NO",0.988,"Almeida et al. 2019",79.85,4.39]
["ERR209116_bin.2","NO",0.9744,"Almeida et al. 2019",71.67,2.08]
["SRR4305364_bin.6","NO",0.9516,"Almeida et al. 2019",96.25,0]
["SRR4305377_bin.10","NO",0.9685,"Almeida et al. 2019",97.96,0]
["SRR4305393_bin.4","NO",0.9715,"Almeida et al. 2019",97.74,1.12]
["SRR4305398_bin.5","NO",0.9734,"Almeida et al. 2019",63.79,0.86]
["SRR4305411_bin.7","NO",0.9892,"Almeida et al. 2019",96.29,0.24]
["SRR4305431_bin.7","NO",0.9835,"Almeida et al. 2019",70.69,0]
["SRR4305432_bin.8","NO",0.9883,"Almeida et al. 2019",94.77,1.69]
["SRR4305444_bin.11","NO",0.9543,"Almeida et al. 2019",63.06,0.19]
["SRR4305448_bin.8","NO",0.9862,"Almeida et al. 2019",89.85,6.53]
["SRR4305463_bin.13","NO",0.9476,"Almeida et al. 2019",95.59,0.4]
["SRR4305473_bin.3","NO",0.9612,"Almeida et al. 2019",96.6,0.34]
["SRR4305478_bin.10","NO",0.9844,"Almeida et al. 2019",97.81,0.27]
["SRR4305489_bin.1","NO",0.9404,"Almeida et al. 2019",60.44,1.72]
["SRR4305521_bin.6","NO",0.988,"Almeida et al. 2019",91.56,1.1]
["SRR4305524_bin.15","NO",0.9912,"Almeida et al. 2019",99.3,0]
["SRR4408006_bin.3","NO",0.9892,"Almeida et al. 2019",98.07,1.51]
["ERR1305908_bin.23","NO",0.9742,"Almeida et al. 2019",89.48,4.55]
["ERR866562_bin.8","NO",0.9755,"Almeida et al. 2019",79.31,0]
["ERR866584_bin.9","NO",0.9697,"Almeida et al. 2019",67.53,0]
["SRR2726442_bin.29","NO",0.9759,"Almeida et al. 2019",96.2,0.67]
["SRR2726601_bin.22","NO",0.967,"Almeida et al. 2019",92,0.6]
["SRR2726602_bin.72","NO",0.9879,"Almeida et al. 2019",93.77,1.25]
["SRR2912776_bin.44","NO",0.9667,"Almeida et al. 2019",96.64,0.67]
["SRR2912779_bin.59","NO",0.9828,"Almeida et al. 2019",94.52,0]
["SRR2912781_bin.27","NO",0.9833,"Almeida et al. 2019",97.47,0.63]
["SRR2912783_bin.17","NO",0.9745,"Almeida et al. 2019",95.95,0.86]
["SRR2912785_bin.29","NO",0.9821,"Almeida et al. 2019",70.53,1.75]
["SRR2912788_bin.9","NO",0.9869,"Almeida et al. 2019",80.8,2.56]
["SRR2912790_bin.16","NO",0.9768,"Almeida et al. 2019",89.53,3.08]
["SRR2912793_bin.17","NO",0.974,"Almeida et al. 2019",75.84,0]
["SRR2912796_bin.41","NO",0.9924,"Almeida et al. 2019",99.33,0]
["SRR2912800_bin.23","NO",0.9879,"Almeida et al. 2019",85.51,1.93]
["SRR2912801_bin.49","NO",0.9839,"Almeida et al. 2019",86.42,2.96]
["SRR2912804_bin.1","NO",0.9391,"Almeida et al. 2019",58.62,1.72]
["SRR2912806_bin.40","NO",0.9821,"Almeida et al. 2019",83.86,0.29]
["SRR2912810_bin.4","NO",0.9877,"Almeida et al. 2019",95.73,2.13]
["SRR4408011_bin.9","NO",0.9859,"Almeida et al. 2019",95.95,1.35]
["SRR4408018_bin.6","NO",0.9569,"Almeida et al. 2019",96.2,0.84]
["SRR4408031_bin.4","NO",0.9901,"Almeida et al. 2019",94.77,2.42]
["SRR4408050_bin.13","NO",0.9724,"Almeida et al. 2019",50.88,0]
["SRR4408054_bin.4","NO",0.9672,"Almeida et al. 2019",84.17,5.43]
["SRR4408066_bin.4","NO",0.5724,"Almeida et al. 2019",92.96,0.49]
["SRR4408074_bin.6","NO",0.9911,"Almeida et al. 2019",98.87,0]
["SRR4408080_bin.6","NO",0.8804,"Almeida et al. 2019",58.62,0]
["SRR4408096_bin.12","NO",0.9694,"Almeida et al. 2019",70.91,1.23]
["SRR4408108_bin.2","NO",0.672999999999999,"Almeida et al. 2019",81.21,1.72]
["SRR4408124_bin.5","NO",0.9902,"Almeida et al. 2019",96.6,0.23]
["SRR4408128_bin.2","NO",0.9887,"Almeida et al. 2019",94.3,0.67]
["SRR4408142_bin.3","NO",0.9885,"Almeida et al. 2019",85.06,3.45]
["SRR4408166_bin.1","NO",0.9861,"Almeida et al. 2019",99.25,0.19]
["SRR4408185_bin.4","NO",0.6796,"Almeida et al. 2019",98.92,0.84]
["SRR4408197_bin.3","NO",0.7453,"Almeida et al. 2019",99.37,0.19]
["SRR4408228_bin.6","NO",0.9707,"Almeida et al. 2019",96.74,1.44]
["SRR4408257_bin.5","NO",0.9015,"Almeida et al. 2019",57.02,0.61]
["SRR4408270_bin.4","NO",0.9872,"Almeida et al. 2019",79.31,0]
["SRR4408274_bin.5","NO",0.9487,"Almeida et al. 2019",50.76,0]
["ERR209149_bin.8","NO",0.7802,"Almeida et al. 2019",66.87,1.72]
["ERR209174_bin.9","NO",0.9725,"Almeida et al. 2019",100,1.44]
["ERR209192_bin.2","NO",0.9865,"Almeida et al. 2019",84.63,1.01]
["ERR209205_bin.10","NO",0.984,"Almeida et al. 2019",95.25,0]
["ERR209231_bin.12","NO",0.9906,"Almeida et al. 2019",99.33,0.06]
["ERR209247_bin.2","NO",0.99,"Almeida et al. 2019",95.41,3.24]
["ERR209255_bin.20","NO",0.9893,"Almeida et al. 2019",97,0.67]
["ERR209272_bin.6","NO",0.9818,"Almeida et al. 2019",72.41,2.59]
["ERR209295_bin.2","NO",0.9821,"Almeida et al. 2019",75.97,1.91]
["ERR209320_bin.1","NO",0.9909,"Almeida et al. 2019",96.02,3.31]
["ERR209339_bin.10","NO",0.9911,"Almeida et al. 2019",94.7,4.1]
["ERR209353_bin.1","NO",0.9873,"Almeida et al. 2019",94.1,0.75]
["ERR209371_bin.19","NO",0.8772,"Almeida et al. 2019",83.43,2.81]
["ERR209377_bin.6","NO",0.9546,"Almeida et al. 2019",76.3,2.12]
["ERR209398_bin.18","NO",0.9283,"Almeida et al. 2019",75.81,2.52]
["ERR209414_bin.7","NO",0.9864,"Almeida et al. 2019",97.67,4.22]
["ERR209435_bin.12","NO",0.988,"Almeida et al. 2019",94.51,1.92]
["ERR209435_bin.6","NO",0.9067,"Almeida et al. 2019",77.73,1.58]
["ERR209453_bin.26","NO",0.9812,"Almeida et al. 2019",79.7,1.65]
["ERR209455_bin.31","NO",0.9849,"Almeida et al. 2019",97.72,1.37]
["ERR209457_bin.61","NO",0.9802,"Almeida et al. 2019",98.25,3.61]
["ERR209460_bin.14","NO",0.9918,"Almeida et al. 2019",98.66,0.67]
["ERR209470_bin.30","NO",0.9831,"Almeida et al. 2019",87.07,4.86]
["ERR209474_bin.30","NO",0.91,"Almeida et al. 2019",64.91,1.25]
["ERR209476_bin.17","NO",0.9683,"Almeida et al. 2019",95.76,4.03]
["ERR209479_bin.6","NO",0.9829,"Almeida et al. 2019",91.11,3.22]
["ERR209483_bin.28","NO",0.9857,"Almeida et al. 2019",93.49,0.84]
["ERR209504_bin.5","NO",0.9775,"Almeida et al. 2019",76.52,1.69]
["ERR209506_bin.35","NO",0.9712,"Almeida et al. 2019",65.06,2.37]
["ERR209522_bin.4","NO",0.9847,"Almeida et al. 2019",99.07,1.82]
["ERR209528_bin.29","NO",0.9782,"Almeida et al. 2019",69.48,0]
["ERR209563_bin.20","NO",0.9923,"Almeida et al. 2019",98.3,0.38]
["ERR209563_bin.55","NO",0.9897,"Almeida et al. 2019",92.45,7.2]
["ERR209580_bin.6","NO",0.9888,"Almeida et al. 2019",83.2,5.83]
["ERR209582_bin.5","NO",0.9739,"Almeida et al. 2019",91.05,4.17]
["ERR209608_bin.4","NO",0.9501,"Almeida et al. 2019",92.13,0.56]
["ERR209609_bin.28","NO",0.9539,"Almeida et al. 2019",59.43,0]
["ERR209626_bin.35","NO",0.9879,"Almeida et al. 2019",96.2,3.14]
["ERR209637_bin.9","NO",0.9293,"Almeida et al. 2019",64.61,0.14]
["ERR209657_bin.26","NO",0.9478,"Almeida et al. 2019",68.09,0]
["ERR209664_bin.44","NO",0.9886,"Almeida et al. 2019",86.15,7.03]
["ERR209679_bin.9","NO",0.5654,"Almeida et al. 2019",97.27,0.44]
["ERR209692_bin.30","NO",0.9858,"Almeida et al. 2019",66.21,0.86]
["ERR209696_bin.4","NO",0.9775,"Almeida et al. 2019",90.6,4.01]
["ERR209702_bin.34","NO",0.985,"Almeida et al. 2019",91.82,2.64]
["ERR209711_bin.18","NO",0.989,"Almeida et al. 2019",89.75,1.49]
["ERR209716_bin.39","NO",0.991,"Almeida et al. 2019",98.11,0.13]
["ERR209720_bin.1","NO",0.9873,"Almeida et al. 2019",85.09,0.34]
["ERR209732_bin.21","NO",0.9634,"Almeida et al. 2019",74.94,0.6]
["ERR209740_bin.28","NO",0.961,"Almeida et al. 2019",56.71,0.81]
["ERR209745_bin.1","NO",0.9772,"Almeida et al. 2019",83.45,1.68]
["ERR209748_bin.24","NO",0.9915,"Almeida et al. 2019",84.89,3.31]
["ERR209762_bin.26","NO",0.9298,"Almeida et al. 2019",97.85,0]
["ERR209773_bin.15","NO",0.9883,"Almeida et al. 2019",95.13,2.01]
["ERR209776_bin.31","NO",0.9893,"Almeida et al. 2019",98.66,0]
["ERR209779_bin.6","NO",0.9746,"Almeida et al. 2019",95.35,2.42]
["ERR209794_bin.1","NO",0.9829,"Almeida et al. 2019",90.69,3.19]
["ERR209810_bin.36","NO",0.9748,"Almeida et al. 2019",86.92,5.11]
["ERR209816_bin.18","NO",0.9905,"Almeida et al. 2019",99.52,0.24]
["ERR209819_bin.2","NO",0.9882,"Almeida et al. 2019",90.49,2.88]
["ERR209825_bin.9","NO",0.9818,"Almeida et al. 2019",64.5,0]
["ERR209835_bin.25","NO",0.9875,"Almeida et al. 2019",76.06,3.57]
["ERR209842_bin.20","NO",0.974,"Almeida et al. 2019",89.13,3.37]
["ERR209864_bin.3","NO",0.9902,"Almeida et al. 2019",73.45,0]
["ERR209873_bin.34","NO",0.9563,"Almeida et al. 2019",51.72,0]
["ERR209877_bin.8","NO",0.9553,"Almeida et al. 2019",60.34,1.72]
["ERR209888_bin.19","NO",0.9598,"Almeida et al. 2019",90,4.71]
["ERR209897_bin.18","NO",0.987,"Almeida et al. 2019",59.14,1.72]
["SRR5558000_bin.6","NO",0.9883,"Almeida et al. 2019",98.72,1.92]
["SRR5558002_bin.4","NO",0.985,"Almeida et al. 2019",92.15,2.24]
["SRR5558008_bin.21","NO",0.9844,"Almeida et al. 2019",92,1.91]
["SRR5558016_bin.5","NO",0.9865,"Almeida et al. 2019",88.51,1.69]
["SRR5558033_bin.8","NO",0.9624,"Almeida et al. 2019",76.23,1.01]
["SRR5558036_bin.2","NO",0.9911,"Almeida et al. 2019",98.22,0.42]
["SRR5558038_bin.22","NO",0.9408,"Almeida et al. 2019",65.5,0]
["SRR5558043_bin.2","NO",0.9771,"Almeida et al. 2019",95.67,2.8]
["SRR5558048_bin.26","NO",0.9294,"Almeida et al. 2019",60.18,0]
["SRR5558051_bin.54","NO",0.9845,"Almeida et al. 2019",99.52,1.93]
["SRR5558058_bin.11","NO",0.9559,"Almeida et al. 2019",83.16,2.38]
["SRR5558060_bin.11","NO",0.9435,"Almeida et al. 2019",73.49,0]
["SRR5558062_bin.2","NO",0.9876,"Almeida et al. 2019",95.95,0]
["SRR5558068_bin.17","NO",0.9742,"Almeida et al. 2019",73.13,3.51]
["SRR5558071_bin.84","NO",0.9216,"Almeida et al. 2019",53.21,0.19]
["SRR5558072_bin.94","NO",0.9853,"Almeida et al. 2019",76.71,2.01]
["SRR5558075_bin.15","NO",0.9496,"Almeida et al. 2019",67.85,0.34]
["SRR5558079_bin.21","NO",0.9892,"Almeida et al. 2019",97.99,0.84]
["SRR5558090_bin.12","NO",0.9845,"Almeida et al. 2019",99.33,1.01]
["SRR5558092_bin.29","NO",0.9448,"Almeida et al. 2019",72.05,3.18]
["SRR5558096_bin.2","NO",0.9533,"Almeida et al. 2019",63.28,1.73]
["SRR5558101_bin.17","NO",0.9929,"Almeida et al. 2019",93.62,0.67]
["SRR5558106_bin.16","NO",0.9822,"Almeida et al. 2019",93.75,1.92]
["SRR5558107_bin.29","NO",0.944,"Almeida et al. 2019",70.57,0.91]
["SRR5558108_bin.32","NO",0.9465,"Almeida et al. 2019",86.27,0]
["SRR5558111_bin.6","NO",0.9831,"Almeida et al. 2019",78.95,3.51]
["SRR5558120_bin.11","NO",0.912,"Almeida et al. 2019",59.74,1.27]
["SRR5558122_bin.22","NO",0.9853,"Almeida et al. 2019",93.03,5.5]
["SRR5558129_bin.21","NO",0.948,"Almeida et al. 2019",56.76,0.84]
["SRR5558136_bin.38","NO",0.9905,"Almeida et al. 2019",92.95,2.46]
["SRR5558142_bin.8","NO",0.9409,"Almeida et al. 2019",77.45,0.89]
["SRR5558146_bin.23","NO",0.9799,"Almeida et al. 2019",93.19,2.43]
["SRR5558150_bin.65","NO",0.9861,"Almeida et al. 2019",97.99,1.01]
["SRR5558155_bin.64","NO",0.9684,"Almeida et al. 2019",79.06,3.02]
["SRR5558156_bin.24","NO",0.9733,"Almeida et al. 2019",95.61,2.78]
["SRR5558158_bin.54","NO",0.9807,"Almeida et al. 2019",89.32,1.9]
["SRR5558165_bin.15","NO",0.9659,"Almeida et al. 2019",95.08,2.46]
["SRR5558169_bin.30","NO",0.9589,"Almeida et al. 2019",66.17,0.6]
["SRR5558170_bin.21","NO",0.9862,"Almeida et al. 2019",87.24,3.93]
["SRR5558178_bin.50","NO",0.9798,"Almeida et al. 2019",74.26,3.6]
["SRR5558181_bin.20","NO",0.9609,"Almeida et al. 2019",55.65,0.81]
["SRR5558183_bin.15","NO",0.9867,"Almeida et al. 2019",96.5,3.82]
["SRR5558184_bin.8","NO",0.9819,"Almeida et al. 2019",92.78,3.69]
["SRR5558191_bin.34","NO",0.9739,"Almeida et al. 2019",93.56,2.22]
["SRR5558193_bin.49","NO",0.9581,"Almeida et al. 2019",62.03,0]
["SRR5558194_bin.81","NO",0.9155,"Almeida et al. 2019",93.55,0.1]
["SRR5558195_bin.42","NO",0.9882,"Almeida et al. 2019",72.44,1.75]
["SRR5558198_bin.14","NO",0.6868,"Almeida et al. 2019",66.28,1.12]
["SRR5558204_bin.4","NO",0.7425,"Almeida et al. 2019",96.46,0.42]
["SRR5558213_bin.1","NO",0.9761,"Almeida et al. 2019",83.82,1.9]
["SRR5558216_bin.16","NO",0.9898,"Almeida et al. 2019",90.82,1.98]
["SRR5558220_bin.121","NO",0.9745,"Almeida et al. 2019",72.35,0.89]
["SRR5558226_bin.1","NO",0.9839,"Almeida et al. 2019",94.84,2]
["SRR5558233_bin.10","NO",0.9597,"Almeida et al. 2019",64.14,1.72]
["SRR5558235_bin.20","NO",0.9819,"Almeida et al. 2019",89.6,1.34]
["SRR5558243_bin.37","NO",0.9794,"Almeida et al. 2019",86.29,1.12]
["SRR5558248_bin.24","NO",0.9797,"Almeida et al. 2019",96.62,5.28]
["SRR5558252_bin.18","NO",0.9789,"Almeida et al. 2019",83.65,2.07]
["SRR5558255_bin.20","NO",0.9527,"Almeida et al. 2019",61.07,1.01]
["SRR5558262_bin.5","NO",0.9811,"Almeida et al. 2019",96.79,0.96]
["SRR5558263_bin.4","NO",0.9848,"Almeida et al. 2019",97.44,2.88]
["SRR5558271_bin.25","NO",0.9641,"Almeida et al. 2019",62.85,1.34]
["SRR5558280_bin.5","NO",0.9444,"Almeida et al. 2019",59.22,1.37]
["SRR5558282_bin.6","NO",0.9857,"Almeida et al. 2019",93.37,1.17]
["SRR5558284_bin.59","NO",0.986,"Almeida et al. 2019",98.75,0]
["SRR5558289_bin.31","NO",0.9871,"Almeida et al. 2019",90.51,3.48]
["SRR5558296_bin.54","NO",0.9892,"Almeida et al. 2019",95.56,2.69]
["SRR5558297_bin.25","NO",0.9723,"Almeida et al. 2019",95.26,0.29]
["SRR5558299_bin.15","NO",0.9553,"Almeida et al. 2019",82.72,1.9]
["SRR5558306_bin.1","NO",0.9429,"Almeida et al. 2019",65.52,0]
["SRR5558313_bin.42","NO",0.9669,"Almeida et al. 2019",84.9,0.67]
["SRR5558314_bin.7","NO",0.9905,"Almeida et al. 2019",89.69,6.11]
["SRR5558321_bin.5","NO",0.9899,"Almeida et al. 2019",94.09,6.25]
["SRR5558326_bin.1","NO",0.9879,"Almeida et al. 2019",98.55,0.97]
["SRR5558331_bin.50","NO",0.9793,"Almeida et al. 2019",92.2,2.1]
["SRR5558331_bin.72","NO",0.9785,"Almeida et al. 2019",94.29,3.7]
["SRR5558337_bin.2","NO",0.9843,"Almeida et al. 2019",98.66,2.68]
["SRR5558343_bin.14","NO",0.956,"Almeida et al. 2019",66.7,0.97]
["SRR5558353_bin.9","NO",0.9838,"Almeida et al. 2019",88.57,1.67]
["SRR5558355_bin.34","NO",0.9943,"Almeida et al. 2019",94.82,6.98]
["SRR5558362_bin.39","NO",0.9863,"Almeida et al. 2019",91.38,2.25]
["SRR5558366_bin.16","NO",0.9835,"Almeida et al. 2019",92.51,0]
["SRR5558373_bin.12","NO",0.9878,"Almeida et al. 2019",78.61,2.59]
["SRR5558374_bin.3","NO",0.9508,"Almeida et al. 2019",91.57,3.37]
["SRR5558382_bin.3","NO",0.987,"Almeida et al. 2019",85.88,4.14]
["SRR5558386_bin.16","NO",0.9893,"Almeida et al. 2019",99.52,0]
["SRR5558387_bin.51","NO",0.9748,"Almeida et al. 2019",99.01,0.77]
["SRR5558391_bin.5","NO",0.9815,"Almeida et al. 2019",81.88,1.46]
["SRR5558396_bin.37","NO",0.9706,"Almeida et al. 2019",92.57,2.76]
["SRR5558400_bin.2","NO",0.99,"Almeida et al. 2019",89.49,4.99]
["SRR5558405_bin.19","NO",0.9742,"Almeida et al. 2019",97.4,1.25]
["SRR5558410_bin.18","NO",0.5961,"Almeida et al. 2019",76.09,2.08]
["SRR5558414_bin.27","NO",0.9411,"Almeida et al. 2019",69.27,1.73]
["SRR5579955_bin.55","NO",0.9697,"Almeida et al. 2019",91.11,1.07]
["SRR4423578_bin.31","NO",0.9659,"Almeida et al. 2019",90.05,2.98]
["SRR4423581_bin.7","NO",0.9571,"Almeida et al. 2019",60.67,0.86]
["SRR5579957_bin.30","NO",0.9811,"Almeida et al. 2019",68.77,0.65]
["SRR5579961_bin.17","NO",0.9816,"Almeida et al. 2019",99.18,5.83]
["SRR5579964_bin.36","NO",0.9863,"Almeida et al. 2019",96.65,0.58]
["SRR5579971_bin.1","NO",0.975,"Almeida et al. 2019",74.34,3.31]
["SRR5579977_bin.18","NO",0.9856,"Almeida et al. 2019",99.19,3.77]
["SRR5579977_bin.77","NO",0.9836,"Almeida et al. 2019",99.42,1.44]
["SRR5579978_bin.92","NO",0.9622,"Almeida et al. 2019",66.79,1.87]
["SRR5579980_bin.24","NO",0.9808,"Almeida et al. 2019",99.33,0]
["SRR5579983_bin.52","NO",0.9492,"Almeida et al. 2019",99.4,0.6]
["SRR5579986_bin.17","NO",0.9498,"Almeida et al. 2019",74.16,0]
["SRR5579990_bin.39","NO",0.9932,"Almeida et al. 2019",97.99,0.39]
["SRR5579996_bin.15","NO",0.9826,"Almeida et al. 2019",94.76,3.47]
["SRR5579997_bin.45","NO",0.9846,"Almeida et al. 2019",98.66,0.67]
["SRR5580007_bin.2","NO",0.9709,"Almeida et al. 2019",78.06,3.08]
["SRR5580012_bin.18","NO",0.9845,"Almeida et al. 2019",97.99,1.01]
["SRR5580018_bin.1","NO",0.9225,"Almeida et al. 2019",90.45,2.25]
["SRR5580022_bin.4","NO",0.9897,"Almeida et al. 2019",95.19,1.5]
["SRR5580035_bin.49","NO",0.9907,"Almeida et al. 2019",92.91,0.51]
["SRR1237932_bin.11","NO",0.9788,"Almeida et al. 2019",82.75,5.54]
["SRR1237934_bin.3","NO",0.9768,"Almeida et al. 2019",66.51,2.71]
["SRR1238129_bin.31","NO",0.9842,"Almeida et al. 2019",92.52,0.68]
["SRR1238133_bin.48","NO",0.9635,"Almeida et al. 2019",61.4,1.75]
["SRR1238141_bin.8","NO",0.9917,"Almeida et al. 2019",96.84,1.14]
["SRR1238146_bin.14","NO",0.99,"Almeida et al. 2019",98.03,0.48]
["SRR1761665_bin.19","NO",0.9501,"Almeida et al. 2019",64.91,2.43]
["SRR1761673_bin.30","NO",0.9739,"Almeida et al. 2019",93.71,1.86]
["SRR1761677_bin.43","NO",0.9568,"Almeida et al. 2019",89.03,3.18]
["SRR1761680_bin.12","NO",0.9832,"Almeida et al. 2019",81.31,3.06]
["SRR1761680_bin.6","NO",0.9602,"Almeida et al. 2019",96.26,3.9]
["SRR1761685_bin.37","NO",0.9821,"Almeida et al. 2019",83.62,3.4]
["SRR1761687_bin.55","NO",0.9712,"Almeida et al. 2019",81.49,2.57]
["SRR1761690_bin.19","NO",0.9878,"Almeida et al. 2019",97.32,4.17]
["SRR1761691_bin.40","NO",0.9821,"Almeida et al. 2019",93.56,1.21]
["SRR1761693_bin.15","NO",0.9821,"Almeida et al. 2019",98.05,0]
["SRR1761698_bin.10","NO",0.9943,"Almeida et al. 2019",97.97,0]
["SRR1761698_bin.21","NO",0.9703,"Almeida et al. 2019",97.14,1.67]
["SRR1761702_bin.23","NO",0.9395,"Almeida et al. 2019",79.4,2.93]
["SRR1761707_bin.21","NO",0.9832,"Almeida et al. 2019",95.97,0]
["SRR1761707_bin.24","NO",0.9818,"Almeida et al. 2019",63.28,1.72]
["SRR5580038_bin.23","NO",0.9304,"Almeida et al. 2019",81.17,2.07]
["SRR5580040_bin.14","NO",0.9476,"Almeida et al. 2019",54.64,0.59]
["SRR5580043_bin.16","NO",0.947,"Almeida et al. 2019",84.14,1.36]
["SRR5580043_bin.5","NO",0.9654,"Almeida et al. 2019",61.99,1.38]
["SRR5580048_bin.36","NO",0.9753,"Almeida et al. 2019",65.75,2.66]
["SRR5580061_bin.21","NO",0.9773,"Almeida et al. 2019",95.43,4.45]
["SRR5580063_bin.48","NO",0.969,"Almeida et al. 2019",91.25,0]
["SRR5580069_bin.25","NO",0.9834,"Almeida et al. 2019",91.02,2.68]
["SRR5580073_bin.27","NO",0.9809,"Almeida et al. 2019",91.52,1.58]
["SRR5580081_bin.37","NO",0.9766,"Almeida et al. 2019",73.88,3.51]
["SRR5580087_bin.24","NO",0.9903,"Almeida et al. 2019",95.97,1.61]
["SRR5580091_bin.12","NO",0.9837,"Almeida et al. 2019",96.11,1.91]
["SRR5580099_bin.3","NO",0.9755,"Almeida et al. 2019",53.79,0]
["SRR5580103_bin.51","NO",0.951,"Almeida et al. 2019",59.62,0]
["SRR5580103_bin.9","NO",0.9865,"Almeida et al. 2019",91.27,1.94]
["SRR5580115_bin.8","NO",0.981,"Almeida et al. 2019",95.8,3.61]
["SRR5580120_bin.6","NO",0.9903,"Almeida et al. 2019",79.38,5.37]
["SRR5580124_bin.25","NO",0.9589,"Almeida et al. 2019",80.25,1.97]
["SRR5580126_bin.3","NO",0.9797,"Almeida et al. 2019",90.37,0.39]
["SRR4423631_bin.28","NO",0.9898,"Almeida et al. 2019",95.16,0.13]
["SRR4423637_bin.1","NO",0.5897,"Almeida et al. 2019",99.97,0.33]
["SRR4423656_bin.56","NO",0.9759,"Almeida et al. 2019",70.78,3.48]
["SRR4423662_bin.53","NO",0.9742,"Almeida et al. 2019",94.61,0.46]
["SRR4423697_bin.40","NO",0.9366,"Almeida et al. 2019",83.81,2.81]
["SRR4435702_bin.2","YES",0.5782,"Almeida et al. 2019",58.62,0]
["SRR4435733_bin.47","NO",0.9846,"Almeida et al. 2019",80,4.08]
["SRR4435733_bin.9","NO",0.9886,"Almeida et al. 2019",96.92,0]
["SRR4435767_bin.49","NO",0.9852,"Almeida et al. 2019",68.05,1.75]
["SRR4435795_bin.17","NO",0.9873,"Almeida et al. 2019",97.17,1.45]
["SRR4444744_bin.2","YES",0.5638,"Almeida et al. 2019",63.79,0]
["SRR4444755_bin.13","NO",0.965,"Almeida et al. 2019",56.29,0]
["SRR4444774_bin.1","YES",0.5139,"Almeida et al. 2019",98.18,0.48]
["SRR4444805_bin.4","NO",0.9166,"Almeida et al. 2019",59.1,0]
["SRR4444815_bin.1","NO",0.5851,"Almeida et al. 2019",99.37,0.33]
["SRR4444845_bin.34","NO",0.905,"Almeida et al. 2019",60.97,0.12]
["SRR4444847_bin.44","NO",0.9744,"Almeida et al. 2019",87.09,1.73]
["SRR4444879_bin.1","YES",0.5886,"Almeida et al. 2019",89.25,0.33]
["SRR4451533_bin.2","YES",0.8111,"Almeida et al. 2019",95.8,0.33]
["SRR4451556_bin.2","NO",0.9665,"Almeida et al. 2019",86.12,1.34]
["SRR4451581_bin.11","NO",0.9795,"Almeida et al. 2019",95.4,3.35]
["SRR4451581_bin.14","NO",0.9865,"Almeida et al. 2019",82.09,1.14]
["SRR4451598_bin.2","YES",0.9103,"Almeida et al. 2019",90.44,0.33]
["SRR4451615_bin.73","NO",0.9785,"Almeida et al. 2019",91.41,6.56]
["SRR4451622_bin.60","NO",0.9066,"Almeida et al. 2019",53.8,0]
["SRR4451631_bin.28","NO",0.9758,"Almeida et al. 2019",88.21,1.44]
["SRR4451657_bin.2","YES",0.7962,"Almeida et al. 2019",96.69,0.04]
["SRR4481704_bin.82","NO",0.9771,"Almeida et al. 2019",85.99,2.54]
["SRR4481706_bin.47","NO",0.9787,"Almeida et al. 2019",92.5,4.22]
["SRR4481725_bin.11","NO",0.9372,"Almeida et al. 2019",70.16,0]
["SRR4481730_bin.46","NO",0.9426,"Almeida et al. 2019",56.03,0]
["SRR4481747_bin.17","NO",0.9737,"Almeida et al. 2019",64.14,0]
["SRR4481747_bin.65","NO",0.9654,"Almeida et al. 2019",63.2,0]
["SRR4481769_bin.12","NO",0.9276,"Almeida et al. 2019",70.91,1.65]
["SRR4481774_bin.85","NO",0.935999999999999,"Almeida et al. 2019",68.46,0]
["SRR4481807_bin.2","NO",0.9722,"Almeida et al. 2019",82.45,3.4]
["SRR4481807_bin.60","NO",0.9815,"Almeida et al. 2019",91.05,5.09]
["SRR4481820_bin.3","NO",0.9895,"Almeida et al. 2019",84.96,3.88]
["SRR4783393_bin.35","YES",0.8368,"Almeida et al. 2019",96.84,0.33]
["SRR4783411_bin.36","NO",0.9404,"Almeida et al. 2019",64.19,0]
["SRR4783413_bin.8","NO",0.9862,"Almeida et al. 2019",92.58,0.84]
["SRR4783424_bin.1","YES",0.7996,"Almeida et al. 2019",99.67,0.33]
["SRR4783438_bin.36","NO",0.9902,"Almeida et al. 2019",98.49,0]
["SRR4783440_bin.46","NO",0.9607,"Almeida et al. 2019",81.97,0.11]
["SRR4783448_bin.89","NO",0.9444,"Almeida et al. 2019",50.88,0]
["SRR4783461_bin.88","NO",0.9908,"Almeida et al. 2019",98.72,1.92]
["SRR4783488_bin.28","NO",0.9913,"Almeida et al. 2019",96.64,0]
["SRR4783500_bin.1","YES",0.8462,"Almeida et al. 2019",88.66,0.33]
["SRR4783510_bin.10","NO",0.9054,"Almeida et al. 2019",50.34,0]
["SRR4783512_bin.81","NO",0.9533,"Almeida et al. 2019",83.45,0.46]
["SRR4783529_bin.1","NO",0.5035,"Almeida et al. 2019",80.19,0.33]
["SRR4783560_bin.32","NO",0.9536,"Almeida et al. 2019",90.47,0]
["SRR4783574_bin.78","NO",0.9681,"Almeida et al. 2019",87.91,3.6]
["SRR4783607_bin.5","NO",0.894,"Almeida et al. 2019",65.52,0.86]
["SRR4783618_bin.1","NO",0.528,"Almeida et al. 2019",98.78,0.48]
["SRR4783637_bin.1","YES",0.5072,"Almeida et al. 2019",98.78,0.33]
["SRR6028163_bin.23","NO",0.9181,"Almeida et al. 2019",75,2.2]
["SRR6028167_bin.15","NO",0.9823,"Almeida et al. 2019",95.19,2.4]
["SRR6028170_bin.18","NO",0.9708,"Almeida et al. 2019",86.41,0]
["SRR6028173_bin.13","NO",0.9822,"Almeida et al. 2019",98.32,1.12]
["SRR6028181_bin.21","NO",0.9795,"Almeida et al. 2019",94.97,3.36]
["SRR6028187_bin.17","NO",0.9177,"Almeida et al. 2019",75.11,0.84]
["SRR6028191_bin.9","NO",0.9845,"Almeida et al. 2019",93.37,2.13]
["SRR6028198_bin.9","NO",0.9772,"Almeida et al. 2019",68.4,2.28]
["SRR6028214_bin.21","NO",0.9891,"Almeida et al. 2019",95.69,3.39]
["SRR6028224_bin.23","NO",0.9873,"Almeida et al. 2019",91.28,1.34]
["SRR6028232_bin.13","NO",0.9841,"Almeida et al. 2019",90.93,1.36]
["SRR6028235_bin.4","NO",0.9869,"Almeida et al. 2019",94.95,1.19]
["SRR6028248_bin.3","NO",0.9653,"Almeida et al. 2019",54.39,0]
["SRR6028249_bin.9","NO",0.9867,"Almeida et al. 2019",87.28,1.34]
["SRR6028267_bin.4","NO",0.9696,"Almeida et al. 2019",52.35,0.31]
["SRR6028273_bin.2","NO",0.9845,"Almeida et al. 2019",74.14,0]
["SRR6028286_bin.18","NO",0.9558,"Almeida et al. 2019",72.93,0.67]
["SRR6028288_bin.33","NO",0.9838,"Almeida et al. 2019",96.42,0]
["SRR6028300_bin.11","NO",0.9921,"Almeida et al. 2019",93.71,0.23]
["SRR6028306_bin.13","NO",0.9591,"Almeida et al. 2019",66.06,1.75]
["SRR6028313_bin.7","NO",0.9629,"Almeida et al. 2019",94.42,1.02]
["SRR6028314_bin.30","NO",0.9753,"Almeida et al. 2019",85.68,0.34]
["SRR6028327_bin.11","NO",0.9874,"Almeida et al. 2019",91.7,2.6]
["SRR6028334_bin.11","NO",0.9834,"Almeida et al. 2019",96.03,4.08]
["SRR6028343_bin.6","NO",0.9257,"Almeida et al. 2019",68.99,0.63]
["SRR6028346_bin.26","NO",0.9728,"Almeida et al. 2019",93.44,0.12]
["SRR1196574_bin.17","NO",0.9476,"Almeida et al. 2019",93.26,1.12]
["SRR1196610_bin.28","NO",0.9882,"Almeida et al. 2019",95.04,5.14]
["SRR1197015_bin.8","NO",0.9427,"Almeida et al. 2019",73.1,0.63]
["SRR1197022_bin.6","NO",0.9694,"Almeida et al. 2019",61.63,1.27]
["SRR1197065_bin.24","NO",0.9632,"Almeida et al. 2019",74.16,1.34]
["SRR1197517_bin.8","NO",0.9624,"Almeida et al. 2019",63.91,0.23]
["SRR1197586_bin.22","NO",0.9843,"Almeida et al. 2019",79.96,3.16]
["SRR1197599_bin.3","NO",0.9831,"Almeida et al. 2019",99.7,0]
["SRR1197621_bin.5","NO",0.9885,"Almeida et al. 2019",92.3,1.39]
["SRR1197756_bin.10","NO",0.7472,"Almeida et al. 2019",87.61,0.9]
["SRR1197766_bin.14","NO",0.9323,"Almeida et al. 2019",90.78,1.48]
["SRR1437927_bin.1","NO",0.9869,"Almeida et al. 2019",89.53,2.36]
["SRR1449508_bin.6","NO",0.9884,"Almeida et al. 2019",83.72,2.29]
["SRR1449854_bin.2","NO",0.6599,"Almeida et al. 2019",97.8,1.85]
["SRR1461942_bin.5","NO",0.9645,"Almeida et al. 2019",97.96,0.68]
["SRR1462520_bin.2","NO",0.9899,"Almeida et al. 2019",96.35,1.12]
["SRR1462660_bin.3","NO",0.5861,"Almeida et al. 2019",94.34,0.05]
["SRR1482529_bin.1","NO",0.9796,"Almeida et al. 2019",97.32,1.25]
["SRR1490896_bin.3","NO",0.5593,"Almeida et al. 2019",91.94,1.2]
["SRR1491144_bin.4","NO",0.9898,"Almeida et al. 2019",98.35,0.34]
["SRR1491454_bin.2","NO",0.9802,"Almeida et al. 2019",78.77,2.36]
["SRR1492055_bin.2","NO",0.9445,"Almeida et al. 2019",54.48,0]
["SRR5963146_bin.17","NO",0.9709,"Almeida et al. 2019",99.53,1.42]
["SRR5963218_bin.4","NO",0.9466,"Almeida et al. 2019",67.3,0.04]
["SRR5963247_bin.13","NO",0.9779,"Almeida et al. 2019",93.09,0.67]
["SRR5963284_bin.10","NO",0.9562,"Almeida et al. 2019",97.04,0.47]
["SRR5963353_bin.13","NO",0.9759,"Almeida et al. 2019",83.29,1.07]
["SRR6028369_bin.20","NO",0.9809,"Almeida et al. 2019",64.44,2.66]
["SRR6028388_bin.16","NO",0.9569,"Almeida et al. 2019",55.17,0]
["SRR6028421_bin.13","NO",0.9842,"Almeida et al. 2019",92.74,1.9]
["SRR6028454_bin.1","NO",0.9924,"Almeida et al. 2019",93.12,0.96]
["SRR6028507_bin.21","NO",0.9655,"Almeida et al. 2019",67.78,2.06]
["SRR6028513_bin.12","NO",0.986,"Almeida et al. 2019",76.79,4.46]
["SRR6028552_bin.20","NO",0.9527,"Almeida et al. 2019",86.41,3.17]
["SRR6028585_bin.11","NO",0.9779,"Almeida et al. 2019",88.74,2.46]
["SRR6028631_bin.12","NO",0.9906,"Almeida et al. 2019",93.96,0.5]
["SRR6028642_bin.14","NO",0.9548,"Almeida et al. 2019",97.28,0]
["SRR6054431_bin.23","NO",0.9861,"Almeida et al. 2019",89.36,2.38]
["SRR6054459_bin.8","NO",0.9843,"Almeida et al. 2019",93.06,0.44]
["SRR6054475_bin.8","NO",0.9832,"Almeida et al. 2019",84.6,1.71]
["SRR1196456_bin.23","NO",0.9899,"Almeida et al. 2019",94.05,4.53]
["SRR1196573_bin.18","NO",0.9631,"Almeida et al. 2019",84.76,4.86]
["SRR1196617_bin.7","NO",0.9902,"Almeida et al. 2019",91.8,1.91]
["SRR1196640_bin.11","NO",0.9839,"Almeida et al. 2019",95.28,2.59]
["SRR1197035_bin.22","NO",0.9544,"Almeida et al. 2019",96.43,1.8]
["SRR1197072_bin.10","NO",0.9901,"Almeida et al. 2019",99.02,0.12]
["SRR1197516_bin.10","NO",0.6799,"Almeida et al. 2019",88.54,1.16]
["SRR1197533_bin.18","NO",0.9743,"Almeida et al. 2019",84.39,2.6]
["SRR1197602_bin.12","NO",0.909,"Almeida et al. 2019",54.64,0]
["SRR1197668_bin.5","NO",0.9728,"Almeida et al. 2019",51.72,0]
["SRR1197737_bin.5","NO",0.9845,"Almeida et al. 2019",85.63,4.89]
["SRR1197766_bin.7","NO",0.9712,"Almeida et al. 2019",59.49,0]
["SRR1438028_bin.1","NO",0.9768,"Almeida et al. 2019",98.6,4.43]
["SRR1449401_bin.5","NO",0.9905,"Almeida et al. 2019",99.07,0.97]
["SRR1449840_bin.1","NO",0.5242,"Almeida et al. 2019",98.81,0.25]
["SRR1462015_bin.3","NO",0.9816,"Almeida et al. 2019",89.16,1.93]
["SRR1462604_bin.2","NO",0.9581,"Almeida et al. 2019",95.24,0.68]
["SRR1482518_bin.2","NO",0.9832,"Almeida et al. 2019",85.56,2.04]
["SRR1490853_bin.1","NO",0.9484,"Almeida et al. 2019",73.41,0]
["SRR1490979_bin.4","NO",0.9807,"Almeida et al. 2019",89.06,2.97]
["SRR1491493_bin.6","NO",0.6322,"Almeida et al. 2019",98.51,0.04]
["SRR1491704_bin.4","NO",0.9829,"Almeida et al. 2019",98.8,0.02]
["SRR1492960_bin.2","NO",0.9837,"Almeida et al. 2019",96.36,4.48]
["SRR5963184_bin.7","NO",0.9697,"Almeida et al. 2019",82.52,1.36]
["SRR5963258_bin.13","NO",0.5966,"Almeida et al. 2019",58.1,0]
["SRR5963290_bin.3","NO",0.9781,"Almeida et al. 2019",75.11,0.56]
["SRR5963346_bin.12","NO",0.9719,"Almeida et al. 2019",100,0.23]
["SRR6028359_bin.12","NO",0.9515,"Almeida et al. 2019",59.66,0]
["SRR6028402_bin.24","NO",0.969,"Almeida et al. 2019",90.36,1.21]
["SRR6028408_bin.8","NO",0.9746,"Almeida et al. 2019",97.69,1.44]
["SRR6028452_bin.14","NO",0.9644,"Almeida et al. 2019",74.81,0.06]
["SRR6028485_bin.11","NO",0.9802,"Almeida et al. 2019",95.97,0]
["SRR6028526_bin.1","NO",0.9793,"Almeida et al. 2019",77.63,0]
["SRR6028551_bin.2","NO",0.9863,"Almeida et al. 2019",94.87,0]
["SRR6028578_bin.5","NO",0.9864,"Almeida et al. 2019",84.55,2.22]
["SRR6028608_bin.22","NO",0.9912,"Almeida et al. 2019",96.26,2]
["SRR6028660_bin.22","NO",0.9868,"Almeida et al. 2019",59.77,0]
["SRR6054427_bin.6","NO",0.9644,"Almeida et al. 2019",60.52,0.91]
["SRR6054456_bin.5","YES",0.529,"Almeida et al. 2019",55.33,0]
["SRR6054481_bin.6","NO",0.9892,"Almeida et al. 2019",91.04,0.26]
["SRR1196443_bin.19","NO",0.9854,"Almeida et al. 2019",86.66,1.85]
["SRR1196509_bin.9","NO",0.9717,"Almeida et al. 2019",92.74,1.27]
["SRR1196600_bin.3","NO",0.9869,"Almeida et al. 2019",96.56,0.6]
["SRR1196649_bin.24","NO",0.9854,"Almeida et al. 2019",77.94,0]
["SRR1197019_bin.17","NO",0.9769,"Almeida et al. 2019",99.25,0]
["SRR1197064_bin.15","NO",0.9915,"Almeida et al. 2019",67.59,1.72]
["SRR1197517_bin.35","NO",0.9814,"Almeida et al. 2019",90.32,0.81]
["SRR1197580_bin.6","NO",0.9616,"Almeida et al. 2019",61.4,0]
["SRR1197592_bin.2","NO",0.9848,"Almeida et al. 2019",95.17,0]
["SRR1197638_bin.10","NO",0.9698,"Almeida et al. 2019",85.66,2.01]
["SRR1197725_bin.2","NO",0.9773,"Almeida et al. 2019",88.04,0.5]
["SRR1201447_bin.21","NO",0.9851,"Almeida et al. 2019",69.14,0]
["SRR1437701_bin.6","NO",0.9468,"Almeida et al. 2019",54.36,0.87]
["SRR1449652_bin.4","NO",0.9908,"Almeida et al. 2019",98.81,0.7]
["SRR1461899_bin.2","NO",0.7227,"Almeida et al. 2019",81.31,0.07]
["SRR1462074_bin.1","NO",0.9604,"Almeida et al. 2019",56.14,0]
["SRR1462520_bin.1","NO",0.9817,"Almeida et al. 2019",82.58,1.94]
["SRR1482537_bin.5","NO",0.98,"Almeida et al. 2019",77.03,1.56]
["SRR1490863_bin.2","NO",0.9573,"Almeida et al. 2019",95.92,0.68]
["SRR1490960_bin.2","NO",0.9782,"Almeida et al. 2019",75.44,1.29]
["SRR1779104_bin.2","NO",0.6232,"Almeida et al. 2019",63.1,0.11]
["SRR1779120_bin.2","YES",0.9836,"Almeida et al. 2019",97.73,0.11]
["SRR1779130_bin.4","NO",0.9752,"Almeida et al. 2019",90.76,0.8]
["SRR1779139_bin.8","NO",0.969,"Almeida et al. 2019",98.43,1.13]
["SRR1779148_bin.6","NO",0.9717,"Almeida et al. 2019",97.17,0]
["SRR1930122_bin.43","NO",0.969,"Almeida et al. 2019",82.39,5.16]
["SRR1930122_bin.6","NO",0.9746,"Almeida et al. 2019",90.07,0.7]
["SRR1930777_bin.2","NO",0.9864,"Almeida et al. 2019",90.8,2.83]
["SRR1931173_bin.4","NO",0.9767,"Almeida et al. 2019",74.14,0]
["SRR3582136_bin.18","NO",0.9818,"Almeida et al. 2019",96.68,0.48]
["SRR3582137_bin.3","NO",0.9715,"Almeida et al. 2019",96.32,0.9]
["SRR3582149_bin.12","NO",0.9207,"Almeida et al. 2019",67.35,0]
["SRR3582153_bin.16","NO",0.971,"Almeida et al. 2019",68.84,1.61]
["SRR3582155_bin.13","NO",0.9867,"Almeida et al. 2019",94.72,1.67]
["SRR3582159_bin.9","NO",0.993,"Almeida et al. 2019",92.15,1.92]
["SRR3582164_bin.15","NO",0.9725,"Almeida et al. 2019",57.93,0]
["SRR3582175_bin.6","NO",0.9889,"Almeida et al. 2019",96.79,0]
["SRR3582177_bin.14","NO",0.9788,"Almeida et al. 2019",89.25,1.92]
["SRR3726343_bin.7","NO",0.964,"Almeida et al. 2019",81.03,0]
["SRR3726364_bin.4","YES",0.5963,"Almeida et al. 2019",75.34,3.45]
["SRR1491122_bin.5","NO",0.6705,"Almeida et al. 2019",94.86,1.47]
["SRR1491173_bin.5","NO",0.9581,"Almeida et al. 2019",93.1,2.92]
["SRR1491729_bin.8","NO",0.9594,"Almeida et al. 2019",71.01,1.29]
["SRR1492957_bin.4","NO",0.9836,"Almeida et al. 2019",99.4,0]
["SRR5963204_bin.21","NO",0.9846,"Almeida et al. 2019",96.64,0.69]
["SRR5963217_bin.14","NO",0.6223,"Almeida et al. 2019",63.81,0.71]
["SRR5963274_bin.4","NO",0.9629,"Almeida et al. 2019",99.63,0]
["SRR5963310_bin.5","NO",0.6571,"Almeida et al. 2019",95.23,0]
["SRR6028373_bin.2","NO",0.9756,"Almeida et al. 2019",97.77,0.38]
["SRR6028380_bin.2","NO",0.9831,"Almeida et al. 2019",61.1,0.06]
["SRR6028432_bin.23","NO",0.9912,"Almeida et al. 2019",95.72,0.67]
["SRR6028458_bin.3","NO",0.9877,"Almeida et al. 2019",91.59,0]
["SRR6028484_bin.15","NO",0.9888,"Almeida et al. 2019",97.3,1.21]
["SRR6028523_bin.17","NO",0.9158,"Almeida et al. 2019",83.81,2.25]
["SRR6028570_bin.12","NO",0.9948,"Almeida et al. 2019",93.84,0]
["SRR6028586_bin.4","NO",0.9711,"Almeida et al. 2019",74.34,1.59]
["SRR6028605_bin.1","NO",0.9929,"Almeida et al. 2019",94.3,0.67]
["SRR6028644_bin.14","NO",0.9813,"Almeida et al. 2019",81.72,0.22]
["SRR6054439_bin.19","NO",0.9871,"Almeida et al. 2019",95.3,0]
["SRR6054459_bin.2","NO",0.9809,"Almeida et al. 2019",88.17,2.02]
["SRR6054481_bin.17","NO",0.9932,"Almeida et al. 2019",94.23,1.6]
["SRR1196460_bin.2","NO",0.9499,"Almeida et al. 2019",93.03,0]
["SRR1196597_bin.3","NO",0.9762,"Almeida et al. 2019",98.88,0.12]
["SRR1196619_bin.6","NO",0.9875,"Almeida et al. 2019",98.29,0.9]
["SRR1197011_bin.16","NO",0.9845,"Almeida et al. 2019",95.97,0.5]
["SRR1197042_bin.19","NO",0.917999999999999,"Almeida et al. 2019",91.52,0.07]
["SRR1197085_bin.19","NO",0.9588,"Almeida et al. 2019",100,0]
["SRR1197541_bin.29","NO",0.954,"Almeida et al. 2019",55.19,0]
["SRR1197593_bin.8","NO",0.987,"Almeida et al. 2019",60.17,0]
["SRR1197622_bin.10","NO",0.9724,"Almeida et al. 2019",89.48,1.82]
["SRR1197712_bin.20","NO",0.9378,"Almeida et al. 2019",56.9,0]
["SRR1197754_bin.7","NO",0.9888,"Almeida et al. 2019",93.34,0.81]
["SRR1201481_bin.8","NO",0.988,"Almeida et al. 2019",90.45,2.23]
["SRR1438043_bin.5","NO",0.987,"Almeida et al. 2019",61.19,0.82]
["SRR1449852_bin.2","NO",0.7319,"Almeida et al. 2019",66.02,0.07]
["SRR1461889_bin.2","NO",0.9831,"Almeida et al. 2019",97.99,0.34]
["SRR1462108_bin.3","NO",0.9592,"Almeida et al. 2019",50.08,0]
["SRR1462733_bin.2","NO",0.9566,"Almeida et al. 2019",87.79,1.29]
["SRR1482488_bin.2","NO",0.9444,"Almeida et al. 2019",95.14,0.59]
["SRR1490926_bin.1","NO",0.9743,"Almeida et al. 2019",97.95,0.58]
["SRR1491084_bin.2","NO",0.9912,"Almeida et al. 2019",84.91,2.03]
["SRR1491473_bin.2","NO",0.9622,"Almeida et al. 2019",98.73,0.26]
["SRR1491611_bin.1","NO",0.9607,"Almeida et al. 2019",97.96,0.68]
["SRR5963142_bin.17","NO",0.9291,"Almeida et al. 2019",70.18,0]
["SRR5963185_bin.30","NO",0.9332,"Almeida et al. 2019",64.74,1.44]
["SRR5963245_bin.12","NO",0.9818,"Almeida et al. 2019",100,0]
["SRR5963268_bin.8","NO",0.96,"Almeida et al. 2019",93.1,0.91]
["SRR5963374_bin.9","NO",0.8156,"Almeida et al. 2019",65.52,0.86]
["SRR6028368_bin.5","NO",0.9857,"Almeida et al. 2019",98,2.17]
["SRR6028394_bin.9","NO",0.9728,"Almeida et al. 2019",89.41,6.04]
["SRR6028410_bin.3","NO",0.9791,"Almeida et al. 2019",91.49,0]
["SRR6028459_bin.12","NO",0.9175,"Almeida et al. 2019",50.05,0]
["SRR6028499_bin.1","NO",0.9734,"Almeida et al. 2019",84.75,6.12]
["SRR6028530_bin.2","NO",0.9847,"Almeida et al. 2019",94.78,1.32]
["SRR6028543_bin.2","NO",0.9921,"Almeida et al. 2019",95.43,0.48]
["SRR6028586_bin.3","NO",0.9855,"Almeida et al. 2019",82.37,1.34]
["SRR6028615_bin.2","NO",0.9859,"Almeida et al. 2019",94.73,0.68]
["SRR6028643_bin.17","NO",0.9846,"Almeida et al. 2019",93.07,0]
["SRR6054420_bin.9","NO",0.9856,"Almeida et al. 2019",94.43,1.32]
["SRR6054456_bin.15","NO",0.9672,"Almeida et al. 2019",71.66,1.05]
["SRR6054498_bin.1","NO",0.9839,"Almeida et al. 2019",72.76,1.72]
["SRR1196453_bin.7","NO",0.978,"Almeida et al. 2019",84.39,0.78]
["SRR1491389_bin.3","NO",0.9765,"Almeida et al. 2019",99.63,0]
["SRR6028408_bin.25","NO",0.9274,"Almeida et al. 2019",68.09,0.56]
["DRR042264_bin.20","NO",0.9879,"Almeida et al. 2019",98.11,0.94]
["DRR042305_bin.25","NO",0.9751,"Almeida et al. 2019",59.65,1.75]
["DRR042316_bin.27","NO",0.9895,"Almeida et al. 2019",94.32,1.86]
["DRR042329_bin.15","NO",0.9837,"Almeida et al. 2019",98.08,1.54]
["DRR042329_bin.3","NO",0.9598,"Almeida et al. 2019",71.43,0]
["DRR042349_bin.37","NO",0.9868,"Almeida et al. 2019",89.58,4.59]
["DRR042353_bin.23","NO",0.9907,"Almeida et al. 2019",100,0.94]
["DRR042356_bin.38","NO",0.9841,"Almeida et al. 2019",94.97,0]
["DRR042364_bin.22","NO",0.7909,"Almeida et al. 2019",74.14,0]
["DRR042398_bin.35","NO",0.9895,"Almeida et al. 2019",97.1,0.89]
["DRR042399_bin.8","NO",0.6178,"Almeida et al. 2019",98.48,0.87]
["DRR042399_bin.9","NO",0.9892,"Almeida et al. 2019",98.64,0.34]
["DRR042402_bin.11","NO",0.6121,"Almeida et al. 2019",99.67,0.09]
["DRR042402_bin.13","NO",0.9756,"Almeida et al. 2019",93.63,0.94]
["DRR042402_bin.15","NO",0.9885,"Almeida et al. 2019",96.47,0.4]
["DRR042402_bin.18","NO",0.9548,"Almeida et al. 2019",83.8,1.9]
["DRR042402_bin.21","NO",0.9809,"Almeida et al. 2019",91.21,3.48]
["DRR042402_bin.23","NO",0.9879,"Almeida et al. 2019",95.19,0.6]
["DRR042402_bin.24","NO",0.981,"Almeida et al. 2019",93.67,0.63]
["DRR042402_bin.3","NO",0.9642,"Almeida et al. 2019",72.9,4.09]
["DRR042402_bin.6","NO",0.988,"Almeida et al. 2019",96.92,0.67]
["DRR042402_bin.8","NO",0.9675,"Almeida et al. 2019",66.67,0]
["DRR042403_bin.1","NO",0.9745,"Almeida et al. 2019",100,0.5]
["DRR042403_bin.13","NO",0.9907,"Almeida et al. 2019",90.51,0.32]
["DRR042403_bin.15","NO",0.9807,"Almeida et al. 2019",98.73,0.63]
["DRR042403_bin.18","NO",0.6593,"Almeida et al. 2019",97.56,0.94]
["DRR042403_bin.23","NO",0.9871,"Almeida et al. 2019",98.48,0.6]
["DRR042403_bin.4","NO",0.9791,"Almeida et al. 2019",92.59,3.8]
["DRR042403_bin.8","NO",0.9886,"Almeida et al. 2019",76.9,0]
["DRR042403_bin.9","NO",0.9873,"Almeida et al. 2019",93.04,1.34]
["DRR042410_bin.11","NO",0.9608,"Almeida et al. 2019",56.99,0.68]
["DRR042410_bin.15","NO",0.9624,"Almeida et al. 2019",75.2,2.93]
["DRR042410_bin.19","NO",0.9846,"Almeida et al. 2019",50.52,0]
["DRR042410_bin.21","NO",0.961,"Almeida et al. 2019",59.98,1.79]
["DRR042410_bin.23","NO",0.935999999999999,"Almeida et al. 2019",59.65,1.75]
["DRR042410_bin.29","NO",0.9804,"Almeida et al. 2019",84.81,2.32]
["DRR042410_bin.35","NO",0.9892,"Almeida et al. 2019",77.8,2.51]
["DRR042410_bin.37","NO",0.9256,"Almeida et al. 2019",52.31,0.09]
["DRR042410_bin.39","NO",0.9811,"Almeida et al. 2019",97.5,3.66]
["DRR042410_bin.44","NO",0.9295,"Almeida et al. 2019",57.26,0.81]
["DRR042410_bin.46","NO",0.9868,"Almeida et al. 2019",92.62,0.69]
["DRR042410_bin.6","NO",0.9457,"Almeida et al. 2019",60.31,0.89]
["DRR042410_bin.7","NO",0.9443,"Almeida et al. 2019",52.14,0]
["DRR042411_bin.12","NO",0.9717,"Almeida et al. 2019",63.9,1.9]
["DRR042411_bin.13","NO",0.9805,"Almeida et al. 2019",85.8,0]
["DRR042411_bin.14","NO",0.9869,"Almeida et al. 2019",92.75,0.24]
["DRR042411_bin.15","NO",0.9793,"Almeida et al. 2019",99.19,0.81]
["DRR042411_bin.17","NO",0.9823,"Almeida et al. 2019",75.43,1.34]
["DRR042411_bin.19","NO",0.9741,"Almeida et al. 2019",84.18,1.27]
["DRR042411_bin.31","NO",0.9597,"Almeida et al. 2019",50.66,0]
["DRR042411_bin.35","NO",0.9276,"Almeida et al. 2019",54.09,0]
["DRR042411_bin.5","NO",0.9778,"Almeida et al. 2019",89.53,4.34]
["DRR042420_bin.1","NO",0.9898,"Almeida et al. 2019",96.41,0.95]
["DRR042420_bin.10","NO",0.9884,"Almeida et al. 2019",98.07,0.97]
["DRR042420_bin.11","NO",0.9865,"Almeida et al. 2019",100,1.61]
["DRR042420_bin.13","NO",0.9646,"Almeida et al. 2019",96.26,1.32]
["DRR042420_bin.14","NO",0.9554,"Almeida et al. 2019",83.61,2.01]
["DRR042420_bin.15","NO",0.9595,"Almeida et al. 2019",62.28,0.35]
["DRR042420_bin.18","NO",0.9868,"Almeida et al. 2019",99.06,1.89]
["DRR042420_bin.19","NO",0.9808,"Almeida et al. 2019",89.62,1.65]
["DRR042420_bin.23","NO",0.9831,"Almeida et al. 2019",97.02,1.92]
["DRR042420_bin.25","NO",0.7862,"Almeida et al. 2019",53.16,0.63]
["DRR042420_bin.26","NO",0.9877,"Almeida et al. 2019",86.65,2.81]
["DRR042420_bin.28","NO",0.984,"Almeida et al. 2019",55.52,0]
["DRR042420_bin.30","NO",0.9851,"Almeida et al. 2019",90.08,2.38]
["DRR042420_bin.5","NO",0.9711,"Almeida et al. 2019",65.91,0.68]
["DRR042420_bin.6","NO",0.9759,"Almeida et al. 2019",86.07,6.26]
["DRR042420_bin.9","NO",0.9749,"Almeida et al. 2019",82.9,5.29]
["DRR042421_bin.12","NO",0.97,"Almeida et al. 2019",86.06,0.1]
["DRR042421_bin.13","NO",0.9666,"Almeida et al. 2019",87.48,3.47]
["DRR042421_bin.14","NO",0.9687,"Almeida et al. 2019",66.13,1.61]
["DRR042421_bin.18","NO",0.9849,"Almeida et al. 2019",97.17,1.89]
["DRR042421_bin.2","NO",0.9715,"Almeida et al. 2019",97.09,1.47]
["DRR042421_bin.23","NO",0.9554,"Almeida et al. 2019",73.42,1.27]
["DRR042421_bin.24","NO",0.9862,"Almeida et al. 2019",82.92,2.24]
["DRR042421_bin.25","NO",0.9884,"Almeida et al. 2019",97.58,3.26]
["DRR042421_bin.34","NO",0.9903,"Almeida et al. 2019",92.46,1.02]
["DRR042421_bin.4","NO",0.9852,"Almeida et al. 2019",96.39,8.97]
["DRR042421_bin.5","NO",0.9808,"Almeida et al. 2019",79.89,5.45]
["DRR042421_bin.7","NO",0.9827,"Almeida et al. 2019",92.45,3.63]
["DRR042424_bin.10","NO",0.9886,"Almeida et al. 2019",88.28,2.54]
["DRR042424_bin.13","NO",0.974,"Almeida et al. 2019",86.58,0]
["DRR042424_bin.14","NO",0.8817,"Almeida et al. 2019",50.88,0]
["DRR042424_bin.15","NO",0.9855,"Almeida et al. 2019",86.08,3.3]
["DRR042424_bin.16","NO",0.9875,"Almeida et al. 2019",85.23,0]
["DRR042424_bin.19","NO",0.9752,"Almeida et al. 2019",78.06,0.63]
["DRR042424_bin.21","NO",0.9611,"Almeida et al. 2019",76.52,0.32]
["DRR042424_bin.22","NO",0.9889,"Almeida et al. 2019",94.99,2.38]
["DRR042424_bin.24","NO",0.9866,"Almeida et al. 2019",96.62,0.97]
["DRR042424_bin.26","NO",0.9376,"Almeida et al. 2019",63.16,0]
["DRR042424_bin.3","NO",0.9791,"Almeida et al. 2019",94.35,0.81]
["DRR042424_bin.37","NO",0.9787,"Almeida et al. 2019",81.04,3.18]
["DRR042424_bin.41","NO",0.9936,"Almeida et al. 2019",97.8,1.62]
["DRR042424_bin.43","NO",0.989,"Almeida et al. 2019",97.99,0.67]
["DRR042424_bin.6","NO",0.9809,"Almeida et al. 2019",92.11,2.77]
["DRR042424_bin.7","NO",0.9612,"Almeida et al. 2019",90.43,2.42]
["DRR042424_bin.8","NO",0.9804,"Almeida et al. 2019",84.1,0.93]
["DRR042425_bin.10","NO",0.9857,"Almeida et al. 2019",93.88,0.95]
["DRR042425_bin.14","NO",0.9615,"Almeida et al. 2019",88.61,2.5]
["DRR042425_bin.15","NO",0.9861,"Almeida et al. 2019",93.02,1.7]
["DRR042425_bin.16","NO",0.9579,"Almeida et al. 2019",71.44,1.33]
["DRR042425_bin.23","NO",0.9705,"Almeida et al. 2019",83.22,0]
["DRR042425_bin.26","NO",0.9833,"Almeida et al. 2019",87.1,4.03]
["DRR042425_bin.28","NO",0.9648,"Almeida et al. 2019",72.78,1.27]
["DRR042425_bin.3","NO",0.9642,"Almeida et al. 2019",68.72,0.22]
["DRR042425_bin.30","NO",0.9927,"Almeida et al. 2019",92.62,0.67]
["DRR042425_bin.33","NO",0.9852,"Almeida et al. 2019",100,1.61]
["DRR042425_bin.34","NO",0.984,"Almeida et al. 2019",83.13,1.81]
["DRR042425_bin.38","NO",0.9841,"Almeida et al. 2019",79.92,0.71]
["DRR042425_bin.41","NO",0.9785,"Almeida et al. 2019",71.38,2.68]
["DRR042425_bin.6","NO",0.9905,"Almeida et al. 2019",98.07,0.48]
["DRR042425_bin.7","NO",0.9828,"Almeida et al. 2019",51.72,0]
["DRR042425_bin.8","NO",0.9894,"Almeida et al. 2019",97.99,1.03]
["DRR042428_bin.1","NO",0.9874,"Almeida et al. 2019",82.64,0]
["DRR042428_bin.10","NO",0.9879,"Almeida et al. 2019",93.04,0]
["DRR042428_bin.13","NO",0.9496,"Almeida et al. 2019",54.39,0]
["DRR042428_bin.23","NO",0.977,"Almeida et al. 2019",74.03,3.23]
["DRR042428_bin.25","NO",0.9913,"Almeida et al. 2019",96.84,0.16]
["DRR042428_bin.26","NO",0.9846,"Almeida et al. 2019",92.31,0]
["DRR042428_bin.27","NO",0.9852,"Almeida et al. 2019",99.33,0.67]
["DRR042428_bin.28","NO",0.9886,"Almeida et al. 2019",98.83,0]
["DRR042428_bin.29","NO",0.9861,"Almeida et al. 2019",97.99,2.72]
["DRR042428_bin.30","NO",0.9909,"Almeida et al. 2019",92.79,1.27]
["DRR042428_bin.33","NO",0.978,"Almeida et al. 2019",74.56,3.51]
["DRR042428_bin.9","NO",0.9708,"Almeida et al. 2019",78.23,0.81]
["DRR042429_bin.10","NO",0.9866,"Almeida et al. 2019",94.56,5.17]
["DRR042429_bin.15","NO",0.9868,"Almeida et al. 2019",99.33,0.67]
["DRR042429_bin.18","NO",0.9867,"Almeida et al. 2019",95.69,0]
["DRR042429_bin.19","NO",0.9279,"Almeida et al. 2019",50.34,0]
["DRR042429_bin.2","NO",0.9755,"Almeida et al. 2019",99.19,0.81]
["DRR042429_bin.23","NO",0.944,"Almeida et al. 2019",52.63,0]
["DRR042429_bin.24","NO",0.9784,"Almeida et al. 2019",62.66,0]
["DRR042429_bin.25","NO",0.9906,"Almeida et al. 2019",99.52,0.48]
["DRR042429_bin.26","NO",0.9907,"Almeida et al. 2019",99.33,5.91]
["DRR042429_bin.27","NO",0.989,"Almeida et al. 2019",89.01,1.46]
["DRR042429_bin.31","NO",0.9802,"Almeida et al. 2019",85.85,0.68]
["DRR042429_bin.8","NO",0.9721,"Almeida et al. 2019",62.76,2.03]
["DRR042429_bin.9","NO",0.9742,"Almeida et al. 2019",50.56,0]
["DRR042436_bin.10","NO",0.9852,"Almeida et al. 2019",85.8,3.98]
["DRR042436_bin.16","NO",0.9086,"Almeida et al. 2019",65.36,0.46]
["DRR042436_bin.17","NO",0.9683,"Almeida et al. 2019",59.25,0.16]
["DRR042436_bin.21","NO",0.9492,"Almeida et al. 2019",85.98,0.91]
["DRR042436_bin.23","NO",0.956,"Almeida et al. 2019",64.72,0]
["DRR042436_bin.28","NO",0.9756,"Almeida et al. 2019",85.77,1.19]
["DRR042436_bin.34","NO",0.9725,"Almeida et al. 2019",59.65,0]
["DRR042436_bin.42","NO",0.9337,"Almeida et al. 2019",58.49,0]
["DRR042436_bin.45","NO",0.9832,"Almeida et al. 2019",100,1.61]
["DRR042437_bin.12","NO",0.9495,"Almeida et al. 2019",69.48,0.95]
["DRR042437_bin.13","NO",0.9874,"Almeida et al. 2019",72.11,3.57]
["DRR042437_bin.14","NO",0.9544,"Almeida et al. 2019",69.4,0]
["DRR042437_bin.18","NO",0.9814,"Almeida et al. 2019",61.4,0]
["DRR042437_bin.19","NO",0.9879,"Almeida et al. 2019",91.43,0.93]
["DRR042437_bin.22","NO",0.9794,"Almeida et al. 2019",94.74,1.17]
["DRR042437_bin.24","NO",0.8971,"Almeida et al. 2019",54.36,0.07]
["DRR042437_bin.3","NO",0.954,"Almeida et al. 2019",86.12,0.23]
["DRR042437_bin.33","NO",0.9525,"Almeida et al. 2019",59.43,0]
["DRR042437_bin.35","NO",0.9569,"Almeida et al. 2019",95.62,0.9]
["DRR042437_bin.43","NO",0.98,"Almeida et al. 2019",100,2.42]
["DRR042437_bin.6","NO",0.9862,"Almeida et al. 2019",90.11,2.55]
["DRR042437_bin.7","NO",0.9649,"Almeida et al. 2019",50.47,0]
["DRR042452_bin.1","NO",0.9819,"Almeida et al. 2019",97.15,0.65]
["DRR042452_bin.11","NO",0.9663,"Almeida et al. 2019",84.39,2.77]
["DRR042452_bin.15","NO",0.9764,"Almeida et al. 2019",83.89,3.69]
["DRR042452_bin.16","NO",0.9918,"Almeida et al. 2019",83.69,2.35]
["DRR042452_bin.17","NO",0.9735,"Almeida et al. 2019",97.88,0]
["DRR042452_bin.18","NO",0.9716,"Almeida et al. 2019",82.77,3.3]
["DRR042452_bin.21","NO",0.9823,"Almeida et al. 2019",90.6,0]
["DRR042452_bin.22","NO",0.9542,"Almeida et al. 2019",78.21,2.55]
["DRR042452_bin.23","NO",0.9824,"Almeida et al. 2019",97.6,0.8]
["DRR042452_bin.24","NO",0.9739,"Almeida et al. 2019",70.62,2.13]
["DRR042452_bin.25","NO",0.9836,"Almeida et al. 2019",88.45,2.32]
["DRR042452_bin.28","NO",0.9542,"Almeida et al. 2019",59.68,0]
["DRR042452_bin.30","NO",0.9129,"Almeida et al. 2019",66.46,0.63]
["DRR042452_bin.33","NO",0.9804,"Almeida et al. 2019",95.84,0.92]
["DRR042452_bin.35","NO",0.9854,"Almeida et al. 2019",100,0]
["DRR042452_bin.39","NO",0.9774,"Almeida et al. 2019",97.99,1.07]
["DRR042452_bin.4","NO",0.9937,"Almeida et al. 2019",96.58,0]
["DRR042452_bin.41","NO",0.98,"Almeida et al. 2019",80.26,3.25]
["DRR042452_bin.5","NO",0.9779,"Almeida et al. 2019",74.25,0.37]
["DRR042452_bin.9","NO",0.9858,"Almeida et al. 2019",85.27,4.34]
["DRR042453_bin.11","NO",0.9503,"Almeida et al. 2019",77.76,1.2]
["DRR042453_bin.12","NO",0.9012,"Almeida et al. 2019",63.29,0.63]
["DRR042453_bin.13","NO",0.9761,"Almeida et al. 2019",96.64,0.34]
["DRR042453_bin.16","NO",0.9684,"Almeida et al. 2019",98.81,3.6]
["DRR042453_bin.17","NO",0.9866,"Almeida et al. 2019",96.23,1.12]
["DRR042453_bin.21","NO",0.9878,"Almeida et al. 2019",86.79,0.32]
["DRR042453_bin.23","NO",0.9748,"Almeida et al. 2019",98.25,0.38]
["DRR042453_bin.24","NO",0.979,"Almeida et al. 2019",77.19,3.62]
["DRR042453_bin.27","NO",0.987,"Almeida et al. 2019",72.9,2.18]
["DRR042453_bin.30","NO",0.9857,"Almeida et al. 2019",99.19,1.61]
["DRR042453_bin.31","NO",0.9807,"Almeida et al. 2019",81.39,0]
["DRR042453_bin.32","NO",0.985,"Almeida et al. 2019",89.8,0]
["DRR042453_bin.34","NO",0.9496,"Almeida et al. 2019",60.76,1.34]
["DRR042453_bin.38","NO",0.9844,"Almeida et al. 2019",85.77,0.73]
["DRR042453_bin.39","NO",0.9753,"Almeida et al. 2019",71.59,1.42]
["DRR042453_bin.4","NO",0.9793,"Almeida et al. 2019",95.46,0.85]
["DRR042453_bin.6","NO",0.9779,"Almeida et al. 2019",63.09,0.95]
["DRR042453_bin.9","NO",0.9929,"Almeida et al. 2019",96.58,0.23]
["DRR042462_bin.14","NO",0.9243,"Almeida et al. 2019",64.1,0.15]
["DRR042462_bin.15","NO",0.8298,"Almeida et al. 2019",52.63,0]
["DRR042462_bin.21","NO",0.9836,"Almeida et al. 2019",97.8,2.6]
["DRR042462_bin.23","NO",0.9801,"Almeida et al. 2019",97.32,1.27]
["DRR042462_bin.24","NO",0.9831,"Almeida et al. 2019",99.19,1.61]
["DRR042462_bin.25","NO",0.974,"Almeida et al. 2019",98.28,8.62]
["DRR042462_bin.26","NO",0.9848,"Almeida et al. 2019",87.44,0.37]
["DRR042462_bin.28","NO",0.9705,"Almeida et al. 2019",70.89,3.57]
["DRR042462_bin.29","NO",0.9691,"Almeida et al. 2019",73.34,2.79]
["DRR042462_bin.39","NO",0.9449,"Almeida et al. 2019",53.69,0.67]
["SRR1761708_bin.11","NO",0.9896,"Almeida et al. 2019",83.97,2.54]
["SRR1761708_bin.14","NO",0.983,"Almeida et al. 2019",95.75,0]
["SRR1761708_bin.15","NO",0.9843,"Almeida et al. 2019",97.58,6.49]
["SRR1761708_bin.17","NO",0.98,"Almeida et al. 2019",79.88,4.48]
["SRR1761708_bin.19","NO",0.9647,"Almeida et al. 2019",58.04,0]
["SRR1761708_bin.20","NO",0.9696,"Almeida et al. 2019",87.24,5.48]
["SRR1761708_bin.34","NO",0.9507,"Almeida et al. 2019",82.33,0.22]
["SRR1761708_bin.38","NO",0.9928,"Almeida et al. 2019",89.73,6.94]
["SRR1761708_bin.4","NO",0.9707,"Almeida et al. 2019",70.16,2.22]
["SRR1761708_bin.5","NO",0.9758,"Almeida et al. 2019",93.71,3.22]
["SRR1761709_bin.11","NO",0.9834,"Almeida et al. 2019",84.93,3.13]
["SRR1761709_bin.12","NO",0.9209,"Almeida et al. 2019",72.16,1.01]
["SRR1761709_bin.15","NO",0.9873,"Almeida et al. 2019",98.66,1.68]
["SRR1761709_bin.16","NO",0.9663,"Almeida et al. 2019",90.91,0.93]
["SRR1761709_bin.17","NO",0.9189,"Almeida et al. 2019",51.01,0]
["SRR1761709_bin.18","NO",0.9853,"Almeida et al. 2019",73.64,1.82]
["SRR1761709_bin.19","NO",0.9661,"Almeida et al. 2019",86.73,4.06]
["SRR1761709_bin.21","NO",0.9706,"Almeida et al. 2019",88.64,4.68]
["SRR1761709_bin.25","NO",0.9748,"Almeida et al. 2019",90.07,0.7]
["SRR1761709_bin.26","NO",0.9835,"Almeida et al. 2019",90.75,0.5]
["SRR1761709_bin.3","NO",0.9897,"Almeida et al. 2019",94.06,4.22]
["SRR1761709_bin.31","NO",0.9666,"Almeida et al. 2019",80.85,2.5]
["SRR1761709_bin.4","NO",0.864,"Almeida et al. 2019",63.16,0]
["SRR1761709_bin.43","NO",0.9216,"Almeida et al. 2019",74.43,0.89]
["SRR1761709_bin.44","NO",0.959,"Almeida et al. 2019",71.77,1.68]
["SRR1761709_bin.46","NO",0.9,"Almeida et al. 2019",91.57,2.86]
["SRR1761710_bin.1","NO",0.932999999999999,"Almeida et al. 2019",76.02,0.81]
["SRR1761710_bin.10","NO",0.9456,"Almeida et al. 2019",52.73,0]
["SRR1761710_bin.12","NO",0.9875,"Almeida et al. 2019",93.15,2.96]
["SRR1761710_bin.16","NO",0.9865,"Almeida et al. 2019",91.39,4.03]
["SRR1761710_bin.17","NO",0.9327,"Almeida et al. 2019",58.95,0]
["SRR1761710_bin.19","NO",0.9849,"Almeida et al. 2019",90.02,3.6]
["SRR1761710_bin.20","NO",0.9903,"Almeida et al. 2019",99.63,0.7]
["SRR1761710_bin.21","NO",0.9862,"Almeida et al. 2019",88.62,0.37]
["SRR1761710_bin.25","NO",0.9265,"Almeida et al. 2019",52.47,0.37]
["SRR1761710_bin.26","NO",0.9912,"Almeida et al. 2019",97.99,0.73]
["SRR1761710_bin.30","NO",0.9546,"Almeida et al. 2019",75.8,0.56]
["SRR1761710_bin.31","NO",0.9772,"Almeida et al. 2019",81.44,3.93]
["SRR1761710_bin.34","NO",0.9825,"Almeida et al. 2019",85.81,0.83]
["SRR1761710_bin.35","NO",0.9892,"Almeida et al. 2019",94.34,2.59]
["SRR1761710_bin.39","NO",0.9853,"Almeida et al. 2019",97.05,1.68]
["SRR1761710_bin.5","NO",0.9829,"Almeida et al. 2019",63.16,0]
["SRR1761710_bin.6","NO",0.9877,"Almeida et al. 2019",94.42,4.81]
["SRR1761710_bin.8","NO",0.9828,"Almeida et al. 2019",86.64,4.66]
["SRR1761711_bin.14","NO",0.7179,"Almeida et al. 2019",67.65,0]
["SRR1761711_bin.17","NO",0.9829,"Almeida et al. 2019",95.3,0.67]
["SRR1761711_bin.22","NO",0.9766,"Almeida et al. 2019",83.27,3.41]
["SRR1761711_bin.23","NO",0.9708,"Almeida et al. 2019",99.38,0.29]
["SRR1761711_bin.24","NO",0.9708,"Almeida et al. 2019",96.84,0.63]
["SRR1761711_bin.27","NO",0.9824,"Almeida et al. 2019",86.69,0.78]
["SRR1761711_bin.29","NO",0.9412,"Almeida et al. 2019",71.32,2.68]
["SRR1761711_bin.3","NO",0.9864,"Almeida et al. 2019",72.41,3.45]
["SRR1761711_bin.31","NO",0.9893,"Almeida et al. 2019",96.48,1.89]
["SRR1761711_bin.32","NO",0.9907,"Almeida et al. 2019",77.07,2.59]
["SRR1761711_bin.37","NO",0.9581,"Almeida et al. 2019",58.61,0]
["SRR1761711_bin.38","NO",0.9699,"Almeida et al. 2019",90.62,4.14]
["SRR1761711_bin.40","NO",0.971,"Almeida et al. 2019",86.28,1.26]
["SRR1761711_bin.43","NO",0.965,"Almeida et al. 2019",95.71,0]
["SRR1761711_bin.45","NO",0.984,"Almeida et al. 2019",80.56,1.96]
["SRR1761711_bin.8","NO",0.9548,"Almeida et al. 2019",70.73,1.17]
["SRR1761712_bin.12","NO",0.9751,"Almeida et al. 2019",88.63,7.6]
["SRR1761712_bin.14","NO",0.9848,"Almeida et al. 2019",94.63,0.34]
["SRR1761712_bin.15","NO",0.9616,"Almeida et al. 2019",97.98,1.08]
["SRR1761712_bin.17","NO",0.9686,"Almeida et al. 2019",71.81,0]
["SRR1761712_bin.22","NO",0.9849,"Almeida et al. 2019",94.19,5.39]
["SRR1761712_bin.28","NO",0.9613,"Almeida et al. 2019",71.62,1.34]
["SRR1761712_bin.29","NO",0.9454,"Almeida et al. 2019",68.86,0]
["SRR1761712_bin.31","NO",0.9338,"Almeida et al. 2019",64.51,0.36]
["SRR1761712_bin.39","NO",0.5204,"Almeida et al. 2019",52.59,0]
["SRR1761712_bin.40","NO",0.9792,"Almeida et al. 2019",86.91,0.94]
["SRR1761712_bin.5","NO",0.9774,"Almeida et al. 2019",83.14,0.39]
["SRR1761712_bin.7","NO",0.976,"Almeida et al. 2019",74.83,0]
["SRR1761712_bin.8","NO",0.9636,"Almeida et al. 2019",96.15,0]
["SRR1761713_bin.12","NO",0.9819,"Almeida et al. 2019",65.5,0]
["SRR1761713_bin.13","NO",0.9687,"Almeida et al. 2019",88.03,0]
["SRR1761713_bin.16","NO",0.9862,"Almeida et al. 2019",78.52,0.34]
["SRR1761713_bin.17","NO",0.9208,"Almeida et al. 2019",67.7,0.71]
["SRR1761713_bin.20","NO",0.9836,"Almeida et al. 2019",91.89,6.71]
["SRR1761713_bin.21","NO",0.9865,"Almeida et al. 2019",93.06,0]
["SRR1761713_bin.22","NO",0.9369,"Almeida et al. 2019",70.69,1.73]
["SRR1761713_bin.28","NO",0.9647,"Almeida et al. 2019",93.62,1.34]
["SRR1761713_bin.32","NO",0.9861,"Almeida et al. 2019",93.71,0]
["SRR1761713_bin.34","NO",0.9797,"Almeida et al. 2019",87.36,0.13]
["SRR1761713_bin.35","NO",0.9716,"Almeida et al. 2019",93.69,0]
["SRR1761713_bin.37","NO",0.939,"Almeida et al. 2019",72.75,4.49]
["SRR1761713_bin.38","NO",0.9208,"Almeida et al. 2019",80.06,2.92]
["SRR1761713_bin.5","NO",0.9863,"Almeida et al. 2019",95.44,1.01]
["SRR1761714_bin.1","NO",0.9657,"Almeida et al. 2019",73.15,2.57]
["SRR1761714_bin.12","NO",0.9817,"Almeida et al. 2019",93.02,0.13]
["SRR1761714_bin.13","NO",0.989,"Almeida et al. 2019",96.23,4.82]
["SRR1761714_bin.14","NO",0.9472,"Almeida et al. 2019",87.54,3.8]
["SRR1761714_bin.18","NO",0.9816,"Almeida et al. 2019",92.82,3.69]
["SRR1761714_bin.19","NO",0.9795,"Almeida et al. 2019",97.15,0.06]
["SRR1761714_bin.2","NO",0.9375,"Almeida et al. 2019",80.34,2.92]
["SRR1761714_bin.21","NO",0.9842,"Almeida et al. 2019",83.52,0.95]
["SRR1761714_bin.24","NO",0.9899,"Almeida et al. 2019",100,1.5]
["SRR1761714_bin.25","NO",0.973,"Almeida et al. 2019",95.88,0.29]
["SRR1761714_bin.27","NO",0.9823,"Almeida et al. 2019",93.6,2.42]
["SRR1761714_bin.28","NO",0.9892,"Almeida et al. 2019",89.27,2.95]
["SRR1761714_bin.3","NO",0.9405,"Almeida et al. 2019",89.74,0.85]
["SRR1761714_bin.35","NO",0.9888,"Almeida et al. 2019",92.9,3.6]
["SRR1761714_bin.37","NO",0.9881,"Almeida et al. 2019",95.16,7.04]
["SRR1761714_bin.38","NO",0.8989,"Almeida et al. 2019",87.92,1.12]
["SRR1761714_bin.45","NO",0.9891,"Almeida et al. 2019",92.33,8.46]
["SRR1761714_bin.47","NO",0.9566,"Almeida et al. 2019",79.31,4.97]
["SRR1761714_bin.48","NO",0.9391,"Almeida et al. 2019",54.62,0]
["SRR1761715_bin.11","NO",0.9903,"Almeida et al. 2019",92.08,5.16]
["SRR1761715_bin.12","NO",0.9935,"Almeida et al. 2019",93.87,3.83]
["SRR1761715_bin.13","NO",0.9906,"Almeida et al. 2019",91.45,0.71]
["SRR1761715_bin.15","NO",0.99,"Almeida et al. 2019",94.73,0]
["SRR1761715_bin.17","NO",0.9652,"Almeida et al. 2019",55.37,0]
["SRR1761715_bin.19","NO",0.9855,"Almeida et al. 2019",89.37,5.37]
["SRR1761715_bin.25","NO",0.9787,"Almeida et al. 2019",91.8,3.13]
["SRR1761715_bin.33","NO",0.9625,"Almeida et al. 2019",73.72,2.35]
["SRR1761715_bin.37","NO",0.8882,"Almeida et al. 2019",86.81,6.23]
["SRR1761715_bin.4","NO",0.979,"Almeida et al. 2019",86.48,1.85]
["SRR1761715_bin.42","NO",0.9923,"Almeida et al. 2019",93.38,4.43]
["SRR1761715_bin.44","NO",0.98,"Almeida et al. 2019",87.82,1.42]
["SRR1761715_bin.46","NO",0.9797,"Almeida et al. 2019",89.63,0.63]
["SRR1761715_bin.47","NO",0.9799,"Almeida et al. 2019",84.76,3.58]
["SRR1761715_bin.7","NO",0.9805,"Almeida et al. 2019",96.2,1.44]
["SRR1761715_bin.8","NO",0.979,"Almeida et al. 2019",76.61,1.19]
["SRR1761716_bin.13","NO",0.9835,"Almeida et al. 2019",94.63,3.36]
["SRR1761716_bin.15","NO",0.986,"Almeida et al. 2019",76.85,2.4]
["SRR1761716_bin.16","NO",0.9812,"Almeida et al. 2019",92.44,1.01]
["SRR1761716_bin.20","NO",0.9842,"Almeida et al. 2019",94.49,1.48]
["SRR1761716_bin.30","NO",0.9873,"Almeida et al. 2019",95.09,5.17]
["SRR1761716_bin.36","NO",0.9829,"Almeida et al. 2019",85.71,2.18]
["SRR1761716_bin.38","NO",0.989,"Almeida et al. 2019",87.74,1.26]
["SRR1761716_bin.4","NO",0.9801,"Almeida et al. 2019",97.27,0]
["SRR1761716_bin.40","YES",0.5797,"Almeida et al. 2019",59.83,1.72]
["SRR1761716_bin.46","YES",0.5295,"Almeida et al. 2019",58.77,0]
["SRR1761716_bin.48","NO",0.985,"Almeida et al. 2019",96.64,0]
["SRR1761716_bin.6","NO",0.9828,"Almeida et al. 2019",87.04,0.34]
["SRR1761716_bin.9","NO",0.9811,"Almeida et al. 2019",73.1,3.52]
["SRR1761717_bin.13","NO",0.9055,"Almeida et al. 2019",74.34,1.12]
["SRR1761717_bin.15","NO",0.9873,"Almeida et al. 2019",81.32,0.37]
["SRR1761717_bin.18","NO",0.9808,"Almeida et al. 2019",78.18,3.07]
["SRR1761717_bin.27","NO",0.9844,"Almeida et al. 2019",86.61,0.67]
["SRR1761717_bin.29","NO",0.9877,"Almeida et al. 2019",100,1.4]
["SRR1761717_bin.30","NO",0.8987,"Almeida et al. 2019",87.43,5.33]
["SRR1761717_bin.31","NO",0.9911,"Almeida et al. 2019",98.18,2.68]
["SRR1761717_bin.4","NO",0.9505,"Almeida et al. 2019",71.08,3.63]
["SRR1761717_bin.42","NO",0.9873,"Almeida et al. 2019",94.63,1.34]
["SRR1761717_bin.43","NO",0.9862,"Almeida et al. 2019",86.16,0.87]
["SRR1761717_bin.44","NO",0.9793,"Almeida et al. 2019",69.8,0]
["SRR1761717_bin.45","NO",0.9831,"Almeida et al. 2019",90.03,0.27]
["SRR1761717_bin.46","NO",0.9676,"Almeida et al. 2019",91.24,1.68]
["SRR1761717_bin.7","NO",0.9122,"Almeida et al. 2019",70.58,1.61]
["SRR1761717_bin.9","NO",0.9759,"Almeida et al. 2019",93.77,0.13]
["SRR1761718_bin.10","NO",0.989,"Almeida et al. 2019",92.42,3.45]
["SRR1761718_bin.16","NO",0.9783,"Almeida et al. 2019",85.85,0]
["SRR1761718_bin.17","NO",0.9861,"Almeida et al. 2019",94.13,1.59]
["SRR1761718_bin.19","NO",0.9861,"Almeida et al. 2019",91.85,3.7]
["SRR1761718_bin.2","NO",0.9609,"Almeida et al. 2019",93.82,0]
["SRR1761718_bin.21","NO",0.9413,"Almeida et al. 2019",86.52,5.06]
["SRR1761718_bin.22","NO",0.9636,"Almeida et al. 2019",84.24,1.01]
["SRR1761718_bin.24","NO",0.9793,"Almeida et al. 2019",95.97,0.02]
["SRR1761718_bin.27","NO",0.9479,"Almeida et al. 2019",88.03,1.71]
["SRR1761718_bin.29","NO",0.9924,"Almeida et al. 2019",97.58,1.21]
["SRR1761718_bin.30","NO",0.9822,"Almeida et al. 2019",96.78,0.94]
["SRR1761718_bin.31","NO",0.9514,"Almeida et al. 2019",86.52,0.56]
["SRR1761718_bin.32","NO",0.9881,"Almeida et al. 2019",98.16,0]
["SRR1761718_bin.33","NO",0.9696,"Almeida et al. 2019",95.08,1.01]
["SRR1761718_bin.34","NO",0.9882,"Almeida et al. 2019",99.33,1.34]
["SRR1761718_bin.36","NO",0.9921,"Almeida et al. 2019",98.66,0]
["SRR1761718_bin.37","NO",0.9764,"Almeida et al. 2019",70.72,3.69]
["SRR1761718_bin.38","NO",0.9906,"Almeida et al. 2019",96.64,2.01]
["SRR1761718_bin.39","NO",0.9691,"Almeida et al. 2019",92.41,0.63]
["SRR1761718_bin.40","NO",0.9653,"Almeida et al. 2019",63.79,0]
["SRR1761718_bin.48","NO",0.9823,"Almeida et al. 2019",90.05,3.06]
["SRR1761718_bin.49","NO",0.9671,"Almeida et al. 2019",96.63,1.12]
["SRR1761719_bin.1","NO",0.9866,"Almeida et al. 2019",96.03,0.92]
["SRR1761719_bin.11","NO",0.9872,"Almeida et al. 2019",82.23,3.46]
["SRR1761719_bin.14","NO",0.983,"Almeida et al. 2019",96.18,0.56]
["SRR1761719_bin.16","NO",0.9844,"Almeida et al. 2019",96.75,3.2]
["SRR1761719_bin.34","NO",0.9838,"Almeida et al. 2019",79.45,3.33]
["SRR1761719_bin.42","NO",0.9862,"Almeida et al. 2019",93.63,1.05]
["SRR1761719_bin.44","NO",0.9837,"Almeida et al. 2019",77.49,5.23]
["SRR1761719_bin.45","NO",0.99,"Almeida et al. 2019",83.3,3.47]
["SRR1761719_bin.5","NO",0.9758,"Almeida et al. 2019",65.45,0]
["SRR1761719_bin.7","NO",0.9418,"Almeida et al. 2019",63.68,2.25]
["SRR1761720_bin.10","NO",0.9699,"Almeida et al. 2019",79.57,0.9]
["SRR1761720_bin.12","NO",0.9802,"Almeida et al. 2019",96.31,4.03]
["SRR1761720_bin.13","NO",0.9883,"Almeida et al. 2019",78.5,0]
["SRR1761720_bin.14","NO",0.9813,"Almeida et al. 2019",86.58,1.34]
["SRR1761720_bin.16","NO",0.9669,"Almeida et al. 2019",96.63,0.2]
["SRR1761720_bin.17","NO",0.9924,"Almeida et al. 2019",67.73,0]
["SRR1761720_bin.2","NO",0.910999999999999,"Almeida et al. 2019",54.22,0]
["SRR1761720_bin.25","NO",0.9828,"Almeida et al. 2019",94.53,3.29]
["SRR1761720_bin.3","NO",0.9878,"Almeida et al. 2019",90.12,4.63]
["SRR1761720_bin.30","NO",0.9909,"Almeida et al. 2019",87.92,0.67]
["SRR1761720_bin.42","NO",0.9909,"Almeida et al. 2019",96.52,7.52]
["SRR1761720_bin.44","NO",0.9931,"Almeida et al. 2019",92.91,1.07]
["SRR1761720_bin.5","NO",0.9898,"Almeida et al. 2019",97.83,1.93]
["SRR1761720_bin.7","NO",0.9868,"Almeida et al. 2019",97.95,4.11]
["SRR1761720_bin.8","NO",0.8676,"Almeida et al. 2019",84,0.32]
["SRR1761720_bin.9","NO",0.9178,"Almeida et al. 2019",92.7,2.25]
["SRR1761721_bin.15","NO",0.9791,"Almeida et al. 2019",88.89,0.34]
["SRR1761721_bin.2","NO",0.9571,"Almeida et al. 2019",96.47,0.29]
["SRR1761721_bin.20","NO",0.9812,"Almeida et al. 2019",60.5,1.72]
["SRR1761721_bin.21","NO",0.9875,"Almeida et al. 2019",92.94,0.99]
["SRR1761721_bin.23","NO",0.9755,"Almeida et al. 2019",94.59,1.9]
["SRR1761721_bin.27","NO",0.98,"Almeida et al. 2019",96.98,0.13]
["SRR1761721_bin.28","NO",0.9799,"Almeida et al. 2019",95.25,1.27]
["SRR1761721_bin.32","NO",0.9832,"Almeida et al. 2019",88.85,2.49]
["SRR1761721_bin.33","NO",0.9844,"Almeida et al. 2019",83.8,5.44]
["SRR1761721_bin.34","NO",0.9722,"Almeida et al. 2019",68.55,1.85]
["SRR1761721_bin.35","NO",0.9634,"Almeida et al. 2019",69.83,0]
["SRR1761721_bin.37","NO",0.9887,"Almeida et al. 2019",86.21,4.1]
["SRR1761721_bin.40","NO",0.9762,"Almeida et al. 2019",52.59,0]
["SRR1761721_bin.44","NO",0.920999999999999,"Almeida et al. 2019",72.79,2.57]
["SRR1761721_bin.6","NO",0.9849,"Almeida et al. 2019",94.63,0.67]
["SRR1761721_bin.8","NO",0.9344,"Almeida et al. 2019",91.57,0]
["SRR3736984_bin.11","NO",0.9899,"Almeida et al. 2019",99.08,0.24]
["SRR3736984_bin.12","NO",0.9854,"Almeida et al. 2019",89.47,0.34]
["SRR3736984_bin.14","NO",0.9873,"Almeida et al. 2019",95.03,1.42]
["SRR3736984_bin.15","NO",0.9696,"Almeida et al. 2019",75.42,2.85]
["SRR3736984_bin.16","NO",0.982,"Almeida et al. 2019",100,1.61]
["SRR3736984_bin.18","NO",0.9613,"Almeida et al. 2019",69.8,1.01]
["SRR3736984_bin.19","NO",0.8466,"Almeida et al. 2019",52.85,0]
["SRR3736984_bin.2","NO",0.9792,"Almeida et al. 2019",87,4.01]
["SRR3736984_bin.20","NO",0.9783,"Almeida et al. 2019",96.17,0.47]
["SRR3736984_bin.22","NO",0.9704,"Almeida et al. 2019",82.25,2.53]
["SRR3736984_bin.24","NO",0.9891,"Almeida et al. 2019",77.4,0]
["SRR3736984_bin.25","NO",0.9807,"Almeida et al. 2019",97.99,0.34]
["SRR3736984_bin.28","NO",0.9817,"Almeida et al. 2019",84.12,0]
["SRR3736984_bin.29","NO",0.9795,"Almeida et al. 2019",89.09,0.34]
["SRR3736984_bin.30","NO",0.9656,"Almeida et al. 2019",73.97,2.01]
["SRR3736984_bin.33","NO",0.9814,"Almeida et al. 2019",93.65,0.34]
["SRR3736984_bin.36","NO",0.9791,"Almeida et al. 2019",97.12,0.96]
["SRR3736984_bin.41","NO",0.9761,"Almeida et al. 2019",61,0]
["SRR3736984_bin.46","NO",0.9826,"Almeida et al. 2019",96.34,0.67]
["SRR3736984_bin.48","NO",0.9883,"Almeida et al. 2019",96.41,3.3]
["SRR3736984_bin.49","NO",0.9882,"Almeida et al. 2019",95.1,2.72]
["SRR3736984_bin.9","NO",0.9886,"Almeida et al. 2019",84.56,0]
["SRR3736985_bin.1","NO",0.925,"Almeida et al. 2019",68.1,0.89]
["SRR3736985_bin.11","NO",0.9785,"Almeida et al. 2019",95.08,5.09]
["SRR3736985_bin.14","NO",0.9651,"Almeida et al. 2019",84.79,1.32]
["SRR3736985_bin.18","NO",0.9643,"Almeida et al. 2019",59.73,0]
["SRR3736985_bin.20","NO",0.9933,"Almeida et al. 2019",92.35,1.16]
["SRR3736985_bin.26","NO",0.9871,"Almeida et al. 2019",99.33,1.01]
["SRR3736985_bin.3","NO",0.9876,"Almeida et al. 2019",95.07,0.22]
["SRR3736985_bin.31","NO",0.9658,"Almeida et al. 2019",63.91,1.7]
["SRR3736985_bin.32","NO",0.9865,"Almeida et al. 2019",86.5,2.24]
["SRR3736985_bin.34","NO",0.9878,"Almeida et al. 2019",84.87,0.19]
["SRR3736985_bin.38","NO",0.9828,"Almeida et al. 2019",95.93,1.58]
["SRR3736985_bin.45","NO",0.9805,"Almeida et al. 2019",91.71,3.01]
["SRR3736985_bin.46","NO",0.9793,"Almeida et al. 2019",81.66,3.38]
["SRR3736985_bin.47","NO",0.9726,"Almeida et al. 2019",76.79,1.73]
["SRR3736985_bin.48","NO",0.9795,"Almeida et al. 2019",93.1,0.1]
["SRR3736985_bin.5","NO",0.9818,"Almeida et al. 2019",83.89,0.67]
["SRR3736985_bin.51","NO",0.9744,"Almeida et al. 2019",88.75,3.57]
["SRR3736985_bin.53","NO",0.9883,"Almeida et al. 2019",95.35,0.72]
["SRR3736985_bin.54","NO",0.9746,"Almeida et al. 2019",74.76,4.61]
["SRR3736986_bin.1","NO",0.9773,"Almeida et al. 2019",92.28,1.22]
["SRR3736986_bin.10","NO",0.9871,"Almeida et al. 2019",79.16,2.72]
["SRR3736986_bin.14","NO",0.9699,"Almeida et al. 2019",95.97,1.08]
["SRR3736986_bin.15","NO",0.9826,"Almeida et al. 2019",56.08,0.96]
["SRR3736986_bin.17","NO",0.8706,"Almeida et al. 2019",50.24,0]
["SRR3736986_bin.21","NO",0.9886,"Almeida et al. 2019",96.49,3.51]
["SRR3736986_bin.24","NO",0.9865,"Almeida et al. 2019",91.75,1.59]
["SRR3736986_bin.27","NO",0.9826,"Almeida et al. 2019",95.97,0.67]
["SRR3736986_bin.3","NO",0.9871,"Almeida et al. 2019",77.35,4.39]
["SRR3736987_bin.12","NO",0.956,"Almeida et al. 2019",78.34,2.97]
["SRR3736987_bin.16","NO",0.9884,"Almeida et al. 2019",97.17,0]
["SRR3736987_bin.17","NO",0.9762,"Almeida et al. 2019",74.42,2.01]
["SRR3736987_bin.20","NO",0.9711,"Almeida et al. 2019",94.37,0]
["SRR3736987_bin.21","NO",0.9645,"Almeida et al. 2019",60.65,0]
["SRR3736987_bin.23","NO",0.9812,"Almeida et al. 2019",97.09,2.01]
["SRR3736987_bin.24","NO",0.9021,"Almeida et al. 2019",51.31,0]
["SRR3736987_bin.25","NO",0.941,"Almeida et al. 2019",84.98,1.8]
["SRR3736987_bin.26","NO",0.971,"Almeida et al. 2019",99.38,0.29]
["SRR3736987_bin.28","NO",0.9885,"Almeida et al. 2019",97.86,0]
["SRR3736987_bin.3","NO",0.9797,"Almeida et al. 2019",90.38,1.01]
["SRR3736987_bin.31","NO",0.9854,"Almeida et al. 2019",89.26,3.04]
["SRR3736987_bin.35","NO",0.9848,"Almeida et al. 2019",87.35,0.96]
["SRR3736987_bin.36","NO",0.9584,"Almeida et al. 2019",61.4,0]
["SRR3736987_bin.4","NO",0.9866,"Almeida et al. 2019",94.6,1.11]
["SRR3736987_bin.40","NO",0.9865,"Almeida et al. 2019",88.95,0.2]
["SRR3736987_bin.43","NO",0.9718,"Almeida et al. 2019",90.73,4.72]
["SRR3736987_bin.45","NO",0.9818,"Almeida et al. 2019",92.23,1.87]
["SRR3736987_bin.47","NO",0.9449,"Almeida et al. 2019",59.25,1.75]
["SRR3736987_bin.49","NO",0.9888,"Almeida et al. 2019",91.8,2.25]
["SRR3736987_bin.5","NO",0.9721,"Almeida et al. 2019",81,4.66]
["SRR3736987_bin.52","NO",0.9731,"Almeida et al. 2019",97.58,1.08]
["SRR3736987_bin.53","NO",0.9873,"Almeida et al. 2019",96.32,2.76]
["SRR3736987_bin.56","NO",0.9749,"Almeida et al. 2019",69.41,0]
["SRR3736987_bin.57","NO",0.9879,"Almeida et al. 2019",96.48,0]
["SRR3736987_bin.58","NO",0.9723,"Almeida et al. 2019",86.55,1.62]
["SRR3736987_bin.6","NO",0.9813,"Almeida et al. 2019",95,0]
["SRR3736987_bin.7","NO",0.9716,"Almeida et al. 2019",92.03,0.63]
["SRR3736988_bin.1","NO",0.9782,"Almeida et al. 2019",84.75,6.86]
["SRR3736988_bin.14","NO",0.9781,"Almeida et al. 2019",88.26,1.36]
["SRR3736988_bin.15","NO",0.9353,"Almeida et al. 2019",68.32,2.23]
["SRR3736988_bin.17","NO",0.9712,"Almeida et al. 2019",90.14,2.01]
["SRR3736988_bin.19","NO",0.9726,"Almeida et al. 2019",73.43,1.27]
["SRR3736988_bin.23","NO",0.9583,"Almeida et al. 2019",71.52,0]
["SRR3736988_bin.24","NO",0.987,"Almeida et al. 2019",98.4,1.17]
["SRR3736988_bin.25","NO",0.9789,"Almeida et al. 2019",95.96,1.25]
["SRR3736988_bin.27","NO",0.9732,"Almeida et al. 2019",80.87,0.67]
["SRR3736988_bin.33","NO",0.9892,"Almeida et al. 2019",65.67,0.16]

{"sheet":"3B","index":2,"n_rows":774,"n_cols":7,"rows_kept":774,"merged":[[0,0,0,6]]}
["Table 3B: Phylogenetic assignments for the 770 MAGs encoding complete T3SS"]
[]
[]
["Genome ID","Species","Genus","Family","Order","Class","Fastani ANI"]
["AsnicarF_2017__MV_FEI3_t1Q14__bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["BackhedF_2015__SID10_4M__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["BackhedF_2015__SID10_B__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.24]
["BackhedF_2015__SID10_M__bin.47","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.23]
["BackhedF_2015__SID128_4M__bin.13","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.64]
["BackhedF_2015__SID128_4M__bin.14","Klebsiella variicola","Klebsiella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.96]
["BackhedF_2015__SID128_B__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["BackhedF_2015__SID130_M__bin.26","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.26]
["BackhedF_2015__SID133_B__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.6]
["BackhedF_2015__SID157_4M__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["BackhedF_2015__SID157_B__bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.27]
["BackhedF_2015__SID172_4M__bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["BackhedF_2015__SID172_B__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["BackhedF_2015__SID180_4M__bin.8","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.17]
["BackhedF_2015__SID195_12M__bin.24","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.84]
["BackhedF_2015__SID1_12M__bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.2]
["BackhedF_2015__SID238_M__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["BackhedF_2015__SID240_4M__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.02]
["BackhedF_2015__SID240_B__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["BackhedF_2015__SID258_4M__bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.85]
["BackhedF_2015__SID263_4M__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.6]
["BackhedF_2015__SID263_B__bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.51]
["BackhedF_2015__SID268_4M__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["BackhedF_2015__SID268_B__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["BackhedF_2015__SID26_M__bin.17","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["BackhedF_2015__SID272_B__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["BackhedF_2015__SID274_4M__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.84]
["BackhedF_2015__SID274_B__bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.85]
["BackhedF_2015__SID275_4M__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.2]
["BackhedF_2015__SID367_B__bin.8","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.23]
["BackhedF_2015__SID387_B__bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.52]
["BackhedF_2015__SID38_4M__bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["BackhedF_2015__SID39_4M__bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["BackhedF_2015__SID39_B__bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["BackhedF_2015__SID39_M__bin.65","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["BackhedF_2015__SID42_B__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["BackhedF_2015__SID503_4M__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["BackhedF_2015__SID504_12M__bin.17","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["BackhedF_2015__SID504_4M__bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.38]
["BackhedF_2015__SID504_M__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["BackhedF_2015__SID521_M__bin.58","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["BackhedF_2015__SID526_M__bin.28","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.78]
["BackhedF_2015__SID532_M__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["BackhedF_2015__SID53_4M__bin.19","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.88]
["BackhedF_2015__SID53_M__bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.89]
["BackhedF_2015__SID546_4M__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["BackhedF_2015__SID546_B__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["BackhedF_2015__SID565_B__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.82]
["BackhedF_2015__SID567_4M__bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["BackhedF_2015__SID577_12M__bin.30","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.88]
["BackhedF_2015__SID577_4M__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["BackhedF_2015__SID577_M__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["BackhedF_2015__SID622_4M__bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.62]
["BackhedF_2015__SID624_4M__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.62]
["BackhedF_2015__SID626_4M__bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.63]
["BackhedF_2015__SID626_B__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.36]
["BackhedF_2015__SID633_12M__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["BackhedF_2015__SID637_4M__bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["BackhedF_2015__SID70_12M__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.56]
["BackhedF_2015__SID7_4M__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.51]
["BackhedF_2015__SID7_B__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.49]
["BackhedF_2015__SID7_M__bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.48]
["BackhedF_2015__SID9_12M__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.72]
["Bengtsson-PalmeJ_2015__TRAVELRES4__bin.91","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.89","Escherichia coli_C","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.1]
["BritoIL_2016__M1.38.ST__bin.77","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["BritoIL_2016__M2.38.ST__bin.24","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.44]
["BritoIL_2016__M2.40.ST__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["BritoIL_2016__W1.4.ST__bin.16","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.07]
["BritoIL_2016__W2.42.ST__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["BritoIL_2016__W2.45.ST__bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["BritoIL_2016__W2.5.ST__bin.70","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.3]
["BritoIL_2016__W2.54.ST__bin.29","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.25]
["BritoIL_2016__W2.67.ST__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.27]
["BritoIL_2016__W2.9.ST__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["BritoIL_2016__W3.17.ST__bin.63","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.09]
["CM_cf__CF_FIFC003SS_t3M17__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.16]
["CM_cf__CF_FIFC013SS_t1M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.22]
["CM_cf__CF_FIFC013SS_t4M15__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.23]
["CM_cf__CF_FIFC013SS_t6M16__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.24]
["CM_cf__CF_FIFC013SS_t7M17__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.27]
["CM_cf__CF_FIFC013SS_t9M16__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.89]
["CM_cf__CF_TNFC002IS_t1M15__bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.21]
["CM_cf__CF_TNFC002IS_t3M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.14]
["CM_cf__CF_TNFC003IS_t1M15__bin.11","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.25]
["CM_cf__CF_TNFC003IS_t2M15__bin.14","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.35]
["CM_cf__CF_TNFC034IS_t3M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.22]
["CM_cf__CF_TNFC034IS_t5M16__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.32]
["CM_cf__CF_TNFC034SS_t1M15__bin.12","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.38]
["CM_cf__CF_TNFC039IS_t3M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.26]
["CM_cf__CF_TNFC045IS_t1M15__bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.28]
["CM_cf__CF_TNFC045IS_t2M15__bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.3]
["CM_cf__CF_TNFC045IS_t3M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.27]
["CM_cf__CF_TNFC045IS_t4M15__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.29]
["CM_cf__CF_TNFC048IS_t2M15__bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.39]
["CM_cf__CF_TNFC051IS_t1M15__bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.21]
["CM_cf__CF_TNFC051IS_t3M15__bin.4","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.3]
["CM_cf__CF_TNFC051IS_t4M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.3]
["CM_cf__CF_TNFC051IS_t5M16__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.26]
["CM_cf__CF_TNFC059IS_t1M15__bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.26]
["CM_cf__CF_TNFC059IS_t2M15__bin.9","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.35]
["CM_cf__CF_TNFC060IS_t1M15__bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.38]
["CM_cf__CF_TNFC065IS_t2M15__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.37]
["CM_madagascar__A09_01_1FE__bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["CM_madagascar__A11_01_1FE__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["CM_madagascar__A14_01_1FE__bin.19","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["CM_madagascar__A19_01_1FE__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["CM_madagascar__A24_02_1FE__bin.20","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["CM_madagascar__A28_02_1FE__bin.63","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["CM_madagascar__A36_01_1FE__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["CM_madagascar__A40_02_1FE__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["CM_madagascar__A43_02_1FE__bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.95]
["CM_madagascar__A44_01_1FE__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["CM_madagascar__A47_02_1FE__bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["CM_madagascar__A48_05_1FE__bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["CM_madagascar__A62_03_1FE__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.71]
["CM_madagascar__A91_01_1FE__bin.29","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["CM_madagascar__A94_03_1FE__bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.02]
["CM_madagascar__V36_02_2FE__bin.28","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["ChengpingW_2017__AS3raw__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.6]
["ChengpingW_2017__AS41raw__bin.26","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.24]
["CosteaPI_2017__SID713A026-11-0-0__bin.13","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.2]
["CosteaPI_2017__SID713A040-11-0-0__bin.48","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["CosteaPI_2017__SID713A088-11-0-0__bin.53","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["CosteaPI_2017__SID713A088-11-90-0__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["CosteaPI_2017__SID713B040-11-0-0__bin.39","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["CosteaPI_2017__SID713B055-11-90-0__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["CosteaPI_2017__peacemaker4-11-0-0__bin.46","Pseudomonas_E bubulae","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.24]
["CosteaPI_2017__pluto3-11-0-0__bin.54","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.55]
["DavidLA_2015__LD-Run1-02__bin.14","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.66]
["DavidLA_2015__LD-Run1-07__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.23]
["DavidLA_2015__LD-Run1-08__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.25]
["DavidLA_2015__LD-Run1-12__bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["ERR011305_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["ERR011306_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["ERR1018197_bin.38","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.61]
["ERR1018224_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["ERR1018236_bin.40","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["ERR1018238_bin.35","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ERR1018263_bin.29","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.25]
["ERR1018309_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["ERR1018312_bin.46","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["ERR1190536_bin.49","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.8]
["ERR1190553_bin.16","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["ERR1190557_bin.45","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["ERR1190558_bin.40","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["ERR1190561_bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["ERR1190580_bin.64","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["ERR1190587_bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["ERR1190590_bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.14]
["ERR1190592_bin.46","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["ERR1190617_bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["ERR1190650_bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["ERR1190661_bin.26","Klebsiella variicola","Klebsiella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.37]
["ERR1190790_bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["ERR1190793_bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["ERR1190807_bin.74","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.57]
["ERR1190842_bin.27","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.21]
["ERR1190853_bin.39","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.59]
["ERR1190899_bin.121","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.53]
["ERR1190900_bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.47]
["ERR1190933_bin.86","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.02]
["ERR1190970_bin.39","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["ERR1293682_bin.21","Kosakonia cowanii","Kosakonia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",96.72]
["ERR1293798_bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["ERR1293799_bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["ERR1293800_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["ERR1293801_bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["ERR1293818_bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["ERR1293819_bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["ERR1293820_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["ERR1293834_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["ERR1293835_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.14]
["ERR1293836_bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.19]
["ERR1293837_bin.21","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["ERR1297740_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["ERR1305881_bin.65","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.67]
["ERR1578627_bin.30","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["ERR1578674_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.45]
["ERR1620271_bin.14","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.38]
["ERR1620278_bin.23","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.53]
["ERR1620280_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.95]
["ERR1620282_bin.25","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.12]
["ERR1620286_bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["ERR1620287_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["ERR1620301_bin.1","Morganella morganii","Morganella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.06]
["ERR1620306_bin.16","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["ERR1620307_bin.37","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.55]
["ERR1620308_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["ERR1620310_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["ERR1620346_bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["ERR1620349_bin.30","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["ERR1620366_bin.46","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["ERR1620377_bin.48","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["ERR1913017_bin.17","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.63]
["ERR1913018_bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["ERR1913019_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["ERR1913054_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ERR1913055_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["ERR1913056_bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["ERR2013555_bin.19","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.47]
["ERR2013564_bin.26","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.48]
["ERR209388_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["ERR321398_bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["ERR321642_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["ERR414265_bin.65","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.59]
["ERR414271_bin.49","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.21]
["ERR414272_bin.9","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["ERR414331_bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["ERR414342_bin.55","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.72]
["ERR414352_bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.11]
["ERR414354_bin.29","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.08]
["ERR414356_bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["ERR414368_bin.22","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["ERR414442_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["ERR525693_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.02]
["ERR525698_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["ERR525700_bin.15","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.22]
["ERR525704_bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.64]
["ERR525705_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["ERR525712_bin.20","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["ERR525715_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.45]
["ERR525720_bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ERR525727_bin.10","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["ERR525728_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.23]
["ERR525731_bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["ERR525732_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["ERR525739_bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.17]
["ERR525779_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["ERR525797_bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.93]
["ERR525802_bin.13","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.59]
["ERR525803_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.51]
["ERR525811_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ERR525812_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["ERR525821_bin.10","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.85]
["ERR525822_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["ERR525825_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.19]
["ERR525885_bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["ERR525897_bin.20","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["ERR525902_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["ERR525903_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["ERR525906_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["ERR525913_bin.16","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["ERR525916_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["ERR525917_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.35]
["ERR525919_bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["ERR525948_bin.35","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ERR525949_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.88]
["ERR525955_bin.47","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.88]
["ERR525959_bin.36","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["ERR525961_bin.26","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.8]
["ERR525962_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["ERR525974_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.78]
["ERR525981_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["ERR525992_bin.37","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.85]
["ERR526037_bin.10","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.61]
["ERR526046_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.34]
["ERR526057_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["ERR526064_bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["ERR526069_bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.51]
["ERR526074_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.5]
["ERR526075_bin.21","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.51]
["ERR526084_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.72]
["ERR589506_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.1]
["ERR589508_bin.65","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["ERR589534_bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["ERR589567_bin.39","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.15]
["ERR589873_bin.29","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.47]
["ERR688516_bin.43","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["ERR688557_bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["ERR866562_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.64]
["ERR866567_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.18]
["ERR866572_bin.26","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["FengQ_2015__SID31637__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["FengQ_2015__SID31868__bin.46","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.3]
["FengQ_2015__SID31879__bin.31","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["FengQ_2015__SID31884__bin.39","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.45]
["FengQ_2015__SID530451__bin.38","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["FengQ_2015__SID531403__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["FengQ_2015__SID531416__bin.26","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.61]
["FerrettiP_2018__CA_C10006IS2095FE_t5M16__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.08]
["FerrettiP_2018__CA_C10007IS2105FE_t2M15__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.66]
["FerrettiP_2018__CA_C10007IS2110FE_t3M15__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["FerrettiP_2018__CA_C10007IS2113FE_t5M16__bin.9","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.84]
["FerrettiP_2018__CA_C10007IS2114FE_t4M15__bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["FerrettiP_2018__CA_C10031IS2541FE_t4M15__bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["FerrettiP_2018__CA_C10034IS2591FE_t3M15__bin.13","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["FerrettiP_2018__CA_C10034IS2595FE_t4M15__bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["FerrettiP_2018__CA_C10043MS2742FE_t0M16__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["FerrettiP_2018__CA_C10052IS2908FE_t1M16__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["FerrettiP_2018__CA_C10052IS2911FE_t2M16__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["FerrettiP_2018__CA_C10055IS2969FE_t3M16__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["GeversD_2014__SKBSTL067__bin.12","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.08]
["GeversD_2014__SKSTL0003__bin.40","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.56]
["HMP_2012__SRS017521__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.15]
["HanniganGD_2017__MG100194__bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["HeQ_2017__RSZAXPI003063-104__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.2]
["HeQ_2017__RSZAXPI003065-105__bin.20","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["HeQ_2017__RSZAXPI003077-109__bin.40","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["HeQ_2017__RSZAXPI003094-125__bin.38","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.49]
["HeQ_2017__RSZAXPI003098-132__bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.25]
["HeQ_2017__RSZAXPI003105-143__bin.41","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["HeQ_2017__RSZAXPI003108-148__bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.38]
["HeQ_2017__SZAXPI029460-123__bin.37","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["HeQ_2017__SZAXPI029461-129__bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["HeQ_2017__SZAXPI029500-102__bin.50","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.2]
["HeQ_2017__SZAXPI029570-85__bin.33","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["HeQ_2017__SZAXPI029575-90__bin.32","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["HeQ_2017__SZAXPI029578-96__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["KarlssonFH_2013__S194__bin.37","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["KarlssonFH_2013__S200__bin.30","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["KarlssonFH_2013__S224__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["KarlssonFH_2013__S248__bin.35","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["KarlssonFH_2013__S92__bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["KosticAD_2015__PRJNA231909.3102986__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["LeChatelierE_2013__MH0121__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["LeChatelierE_2013__MH0318__bin.22","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["LeChatelierE_2013__MH0433__bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["LeChatelierE_2013__MH0444__bin.16","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["LeChatelierE_2013__MH0456__bin.70","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["LiJ_2014__MH0301__bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["LiJ_2014__MH0315__bin.49","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["LiJ_2014__MH0348__bin.25","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["LiJ_2014__MH0354__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["LiJ_2014__MH0383__bin.38","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["LiJ_2014__O2.UC19-1__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.07]
["LiJ_2014__O2.UC47-1__bin.45","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.84]
["LiJ_2014__V1.CD20-0__bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["LiJ_2014__V1.CD48-0__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["LiJ_2014__V1.CD5-0-PN__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["LiJ_2014__V1.UC39-4__bin.41","Providencia rettgeri_D","Providencia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.2]
["LiJ_2017__nHF511704__bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["LiSS_2016__FAT_023-22-14-0__bin.76","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["LomanNJ_2013__OBK2638__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["LomanNJ_2013__OBK2741__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["LomanNJ_2013__OBK2840__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["LomanNJ_2013__OBK3014__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["LoombaR_2017__SID0017_mqf__bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.95]
["LoombaR_2017__SID0018_fze__bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["LoombaR_2017__SID1049_baw__bin.25","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["LoombaR_2017__SID1050_bax__bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["LoombaR_2017__SID5362_xgk__bin.24","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.18]
["LoombaR_2017__SID5561_vwa__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["LoombaR_2017__SID5640_ijm__bin.11","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.33]
["NielsenHB_2014__MH0121__bin.16","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["NielsenHB_2014__V1_CD35_0__bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["Obregon-TitoAJ_2015__HCO11__bin.17","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["OhJ_2014__MET0042__bin.4","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.08]
["OhJ_2014__MET0165__bin.1","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.91]
["OhJ_2014__MET0170__bin.1","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.87]
["OhJ_2014__MET0173__bin.1","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.7]
["OhJ_2014__MET0174__bin.3","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.9]
["OhJ_2014__MET0176__bin.1","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.96]
["OhJ_2014__MET0179__bin.2","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.94]
["OhJ_2014__MET0181__bin.2","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.97]
["OhJ_2014__MET0182__bin.3","Pseudomonas_E edaphica","Pseudomonas_E","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.97]
["OhJ_2014__MET0227__bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.29]
["OhJ_2014__MET0240__bin.17","Pseudomonas nitroreducens_B","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.16]
["OhJ_2014__MET0293__bin.22","Pseudomonas nitroreducens","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",96.04]
["OlmMR_2017__S2_005_011G1__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.71]
["OlmMR_2017__S2_005_014G1__bin.7","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.66]
["OlmMR_2017__S2_005_015G1__bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.7]
["OlmMR_2017__S2_005_022W1__bin.4","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.67]
["QinJ_2012__CON-010__bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["QinJ_2012__CON-015__bin.37","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["QinJ_2012__CON-042__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["QinJ_2012__CON-080__bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.59]
["QinJ_2012__CON-083__bin.16","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.89]
["QinJ_2012__CON-108__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["QinJ_2012__DLM005__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["QinJ_2012__DOF010__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["QinJ_2012__DOM003__bin.17","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["QinJ_2012__NLM002__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["QinJ_2012__NLM015__bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["QinJ_2012__T2D-019__bin.9","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.66]
["QinJ_2012__T2D-029__bin.30","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["QinJ_2012__T2D-033__bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.23]
["QinJ_2012__T2D-049__bin.46","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["QinJ_2012__T2D-058__bin.20","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["QinJ_2012__T2D-060__bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["QinJ_2012__T2D-063__bin.29","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["QinJ_2012__T2D-065__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.21]
["QinJ_2012__T2D-067__bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["QinJ_2012__T2D-070__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["QinJ_2012__T2D-071__bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["QinJ_2012__T2D-099__bin.31","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.53]
["QinJ_2012__T2D-101__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["QinN_2014__HD-15__bin.51","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["QinN_2014__HD-18__bin.22","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["QinN_2014__HD-50__bin.25","Aeromonas veronii","Aeromonas","Aeromonadaceae","Enterobacterales","Gammaproteobacteria",96.4]
["QinN_2014__HV-26__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["QinN_2014__LD-28__bin.11","Aeromonas veronii","Aeromonas","Aeromonadaceae","Enterobacterales","Gammaproteobacteria",96.44]
["QinN_2014__LD-32__bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.98]
["QinN_2014__LD-52__bin.41","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.95]
["QinN_2014__LD-65__bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["QinN_2014__LD-69__bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.52]
["QinN_2014__LD-73__bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["QinN_2014__LD-74__bin.61","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["QinN_2014__LD-82__bin.28","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["QinN_2014__LD-88__bin.9","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["QinN_2014__LV-23__bin.15","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.52]
["RaymondF_2016__P19E7__bin.71","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["RaymondF_2016__P4E7__bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.1]
["RaymondF_2016__P5E90__bin.21","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.64]
["SRR1039532_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["SRR1196554_bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["SRR1197621_bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["SRR1437708_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["SRR1438028_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["SRR1438100_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["SRR1449544_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["SRR1461823_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["SRR1461828_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR1462010_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["SRR1462550_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["SRR1462688_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR1491613_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["SRR1491654_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["SRR1492646_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["SRR1501078_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR1757110_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["SRR1757111_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["SRR1757177_bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.2]
["SRR1757178_bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.21]
["SRR1757179_bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.16]
["SRR1757180_bin.8","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.19]
["SRR1757261_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.14]
["SRR1757262_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["SRR1757433_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.16]
["SRR1757434_bin.8","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.1]
["SRR1761667_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["SRR1765419_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["SRR1765462_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["SRR1765534_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["SRR1765625_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.05]
["SRR1765639_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.05]
["SRR1765644_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR1765655_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["SRR1779120_bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.69]
["SRR1779130_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.04]
["SRR1779134_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.85]
["SRR1779135_bin.10","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.87]
["SRR1779143_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR1779152_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.52]
["SRR1825362_bin.13","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.11]
["SRR1825367_bin.30","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["SRR1910595_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.53]
["SRR1929484_bin.26","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR203323_bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.12]
["SRR2155554_bin.20","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["SRR2912794_bin.35","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.8]
["SRR2992897_bin.51","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.12]
["SRR3131766_bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.8]
["SRR3131901_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["SRR3131927_bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.26]
["SRR3131937_bin.8","Salmonella enterica","Salmonella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.64]
["SRR3131965_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.11]
["SRR3131971_bin.1","Citrobacter freundii","Citrobacter","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.83]
["SRR3132029_bin.7","Klebsiella_A michiganensis","Klebsiella_A","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.15]
["SRR3132043_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.88]
["SRR3132085_bin.5","Salmonella enterica","Salmonella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.7]
["SRR3132117_bin.1","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR3132137_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.21]
["SRR3132157_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.8]
["SRR3132241_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["SRR3132279_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.32]
["SRR3132289_bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["SRR3132371_bin.7","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.05]
["SRR3132453_bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.3]
["SRR3132471_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.16]
["SRR3132471_bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.31]
["SRR341593_bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR341602_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR341626_bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR341630_bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["SRR341694_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR341700_bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["SRR341725_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["SRR3466404_bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["SRR3466404_bin.4","Mixta calida","Mixta","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.57]
["SRR3498909_bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.34]
["SRR3546776_bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.72]
["SRR3546779_bin.5","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.32]
["SRR3546782_bin.30","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.33]
["SRR3726359_bin.2","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.71]
["SRR4033067_bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR4033068_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["SRR4305034_bin.11","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4305097_bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.17]
["SRR4305365_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4305515_bin.1","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["SRR4408037_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4408065_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["SRR4408072_bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.9]
["SRR4408073_bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.81]
["SRR4408084_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR4408184_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.64]
["SRR4408213_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["SRR4423673_bin.1","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.57]
["SRR4435704_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4435705_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4435706_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["SRR4435707_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4435708_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4435710_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR4435711_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4435716_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4435778_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["SRR4444753_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR4444754_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.63]
["SRR4444757_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4444761_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4444762_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4444834_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4444837_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.63]
["SRR4444838_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4444841_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4444842_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.66]
["SRR4444843_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4444849_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4444851_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4444854_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4444859_bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4444873_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4444878_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4444880_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4451532_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451533_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451534_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4451535_bin.27","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR4451549_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4451550_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4451551_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4451554_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR4451555_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4451557_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4451572_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451573_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4451574_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4451577_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451597_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4451598_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR4451599_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4451601_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4451602_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451603_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["SRR4451604_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4451606_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4451608_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["SRR4451609_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["SRR4451610_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["SRR4451611_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4451613_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4451614_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR4451626_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["SRR4451627_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR4451631_bin.25","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4451648_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4451651_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4451657_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4451661_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.64]
["SRR4451662_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4481685_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4481687_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4481689_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4481690_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4481694_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4481700_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4481701_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4481702_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4481708_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR4481719_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["SRR4481720_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4481721_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["SRR4481722_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4481723_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4481724_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4481745_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["SRR4481748_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4481749_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4481752_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4481753_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.63]
["SRR4481754_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4481764_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4481792_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4481794_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4481795_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["SRR4481796_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4481797_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4481799_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR4481803_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4481805_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4481806_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4481816_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4481821_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4481822_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4481823_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4481824_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4783377_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["SRR4783378_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783380_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4783381_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["SRR4783382_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4783384_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.62]
["SRR4783386_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR4783393_bin.35","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4783395_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4783397_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4783398_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783399_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4783400_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["SRR4783401_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.66]
["SRR4783402_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["SRR4783415_bin.104","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["SRR4783417_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4783418_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["SRR4783420_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4783421_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783422_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4783424_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR4783451_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4783457_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["SRR4783458_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["SRR4783460_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783463_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783464_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.65]
["SRR4783466_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783481_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["SRR4783485_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["SRR4783488_bin.37","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["SRR4783500_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["SRR4783539_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["SRR4783544_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.66]
["SRR5032310_bin.26","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.55]
["SRR5050586_bin.25","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.47]
["SRR5056745_bin.37","Escherichia coli","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.69]
["SRR5058921_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.61]
["SRR5058923_bin.9","Salmonella enterica","Salmonella","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.03]
["SRR5091538_bin.10","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.19]
["SRR5106316_bin.8","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.81]
["SRR5275394_bin.14","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.33]
["SRR5275414_bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.73]
["SRR5275454_bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR5275455_bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["SRR5275463_bin.12","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.83]
["SRR5275473_bin.9","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["SRR5275474_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["SRR5279234_bin.23","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.24]
["SRR5279276_bin.22","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.6]
["SRR5558106_bin.33","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.29]
["SRR5558409_bin.17","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.22]
["SRR585749_bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.85]
["SRR585760_bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["SRR5963142_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.31]
["SRR5963145_bin.13","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.73]
["SRR5963146_bin.23","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.64]
["SRR5963183_bin.19","Mixta calida","Mixta","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.55]
["SRR5963197_bin.9","Serratia marcescens_I","Serratia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.22]
["SRR5963246_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.87]
["SRR5963259_bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.9]
["SRR5963264_bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.99]
["SRR5963265_bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["SRR5963273_bin.11","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.87]
["SRR5963298_bin.7","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.76]
["SRR5963302_bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["SRR5963324_bin.7","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.63]
["SRR5963356_bin.15","Citrobacter braakii","Citrobacter","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.55]
["SRR6028225_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["SRR6028274_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["SRR6028275_bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.84]
["SRR6028304_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["SRR6028305_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR6028478_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["SRR6028625_bin.7","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR6028627_bin.12","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR6028628_bin.17","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["SRR6028636_bin.19","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR6028637_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["SRR6054464_bin.19","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.8]
["SRR6257376_bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.3]
["SRR6257379_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.18]
["SRR6257389_bin.3","Mixta calida","Mixta","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.49]
["SRR6257391_bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.92]
["SRR6257423_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.19]
["SRR6257425_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.1]
["SRR6257426_bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.21]
["SRR6257434_bin.9","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.71]
["SRR6257442_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.89]
["SRR6257443_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["SRR6257444_bin.10","Mixta calida","Mixta","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.47]
["SRR6257444_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["SRR6257445_bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.96]
["SRR6257446_bin.6","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.04]
["SRR6257447_bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["SRR6257448_bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["SRR6257449_bin.4","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["SRR6257450_bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.75]
["SRR6257455_bin.4","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.08]
["SRR6257475_bin.13","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.7]
["SRR6257477_bin.4","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.65]
["SRR6257478_bin.3","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",98.69]
["SRR924749_bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.03]
["SRR924758_bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98]
["VatanenT_2016__G78507__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.71]
["VatanenT_2016__G78577__bin.12","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.76]
["VatanenT_2016__G78866__bin.7","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["VatanenT_2016__G80415__bin.18","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.72]
["VatanenT_2016__G80453__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.69]
["VatanenT_2016__G80481__bin.9","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["VatanenT_2016__G80487__bin.4","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["VatanenT_2016__G80498__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.78]
["VatanenT_2016__G80524__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.76]
["VatanenT_2016__G80540__bin.2","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.48]
["VatanenT_2016__G80556__bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.1]
["VatanenT_2016__G80590__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.62]
["VatanenT_2016__G80614__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["VatanenT_2016__G80621__bin.1","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["VincentC_2016__MM011__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.59]
["VincentC_2016__MM022.2__bin.33","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.31]
["VincentC_2016__MM022.3__bin.28","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.48]
["VincentC_2016__MM045.2__bin.2","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.54]
["VincentC_2016__MM065__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["VincentC_2016__MM074.2__bin.1","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.32]
["VogtmannE_2016__MMRS41266697ST-27-0-0__bin.5","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["VogtmannE_2016__MMRS54316675ST-27-0-0__bin.56","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.79]
["VogtmannE_2016__MMRS65945127ST-27-0-0__bin.49","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.18]
["VogtmannE_2016__MMRS77487595ST-27-0-0__bin.54","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["VogtmannE_2016__MMRS85382779ST-27-0-0__bin.8","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["WenC_2017__N031__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["WenC_2017__N209__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.95]
["WenC_2017__RA064__bin.37","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.67]
["WenC_2017__RA101__bin.3","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.67]
["XieH_2016__YSZC12003_35392__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.88]
["XieH_2016__YSZC12003_35505__bin.48","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.75]
["XieH_2016__YSZC12003_35506__bin.104","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.22]
["XieH_2016__YSZC12003_35520__bin.68","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["XieH_2016__YSZC12003_36116__bin.57","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.54]
["XieH_2016__YSZC12003_36453__bin.91","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["XieH_2016__YSZC12003_37193R1__bin.44","Pseudomonas aeruginosa","Pseudomonas","Pseudomonadaceae","Pseudomonadales","Gammaproteobacteria",99.4]
["XieH_2016__YSZC12003_37232__bin.75","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.86]
["XieH_2016__YSZC12003_37264__bin.6","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.5]
["XieH_2016__YSZC12003_37284__bin.16","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",99.89]
["XieH_2016__YSZC12003_37297R1__bin.20","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.06]
["XieH_2016__YSZC12003_37652__bin.55","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.57]
["YuJ_2015__SZAXPI003418-8__bin.37","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.36]
["YuJ_2015__SZAXPI003426-11__bin.14","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["YuJ_2015__SZAXPI015214-19__bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["YuJ_2015__SZAXPI015219-129__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.99]
["YuJ_2015__SZAXPI015233-19__bin.60","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.91]
["YuJ_2015__SZAXPI015234-20__bin.42","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.97]
["YuJ_2015__SZAXPI015253-44__bin.36","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.87]
["YuJ_2015__SZAXPI015259-62__bin.58","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.16]
["YuJ_2015__SZAXPI015267-102__bin.23","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.01]
["YuJ_2015__SZAXPI015274-111__bin.24","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.74]
["YuJ_2015__SZAXPI017595-169__bin.10","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.93]
["ZeeviD_2015__PNP_DietIntervention_31__bin.3","Providencia rettgeri","Providencia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.26]
["ZeeviD_2015__PNP_Main_145__bin.3","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.02]
["ZeeviD_2015__PNP_Main_293__bin.2","Escherichia dysenteriae","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.68]
["ZeeviD_2015__PNP_Main_349__bin.25","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.13]
["ZeeviD_2015__PNP_Main_351__bin.20","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",98.11]
["ZeeviD_2015__PNP_Main_411__bin.13","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.82]
["ZeeviD_2015__PNP_Main_603__bin.18","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.7]
["ZeeviD_2015__PNP_Main_680__bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.8]
["ZeeviD_2015__PNP_Main_702__bin.20","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.83]
["ZeeviD_2015__PNP_Validation_4__bin.26","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.77]
["ZellerG_2014__CCIS11362406ST-4-0__bin.15","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.9]
["ZellerG_2014__CCIS23164343ST-4-0__bin.72","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.86]
["ZellerG_2014__CCIS52234160ST-4-0__bin.21","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.52]
["ZellerG_2014__CCIS55230578ST-4-0__bin.47","Escherichia flexneri","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.94]
["ZellerG_2014__CCIS81710917ST-20-0__bin.5","Escherichia coli_D","Escherichia","Enterobacteriaceae","Enterobacterales","Gammaproteobacteria",97.5]

{"sheet":"3C","index":3,"n_rows":1296,"n_cols":4,"rows_kept":1296,"merged":[[0,0,0,5]]}
["Table 3C: Genera, species names, and genomes encoding complete T3SS from the samples of three genome sets (data related to figure 1b)"]
[]
[]
["Genome bin ID","Genus","Species name","Genome set"]
["AsnicarF_2017__MV_FEI3_t1Q14__bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID10_4M__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID10_B__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID10_M__bin.47","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID128_4M__bin.13","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID128_4M__bin.14","Klebsiella","Klebsiella variicola","meta_assembled genomes"]
["BackhedF_2015__SID128_B__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID130_M__bin.26","Escherichia","Escherichia coli","meta_assembled genomes"]
["BackhedF_2015__SID133_B__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID157_4M__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID157_B__bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID172_4M__bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID172_B__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID180_4M__bin.8","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID195_12M__bin.24","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID1_12M__bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID238_M__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID240_4M__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID240_B__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID258_4M__bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID263_4M__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID263_B__bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID268_4M__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID268_B__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID26_M__bin.17","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID272_B__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID274_4M__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID274_B__bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID275_4M__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID367_B__bin.8","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID387_B__bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID38_4M__bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID39_4M__bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID39_B__bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID39_M__bin.65","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID42_B__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID503_4M__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID504_12M__bin.17","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID504_4M__bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID504_M__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID521_M__bin.58","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID526_M__bin.28","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID532_M__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID53_4M__bin.19","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID53_M__bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID546_4M__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID546_B__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID565_B__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID567_4M__bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID577_12M__bin.30","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID577_4M__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID577_M__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID622_4M__bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID624_4M__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID626_4M__bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID626_B__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID633_12M__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID637_4M__bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID70_12M__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BackhedF_2015__SID7_4M__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID7_B__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID7_M__bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BackhedF_2015__SID9_12M__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["Bengtsson-PalmeJ_2015__TRAVELRES4__bin.91","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["Bengtsson-PalmeJ_2015__TRAVELRES6__bin.89","Escherichia","Escherichia coli_C","meta_assembled genomes"]
["BritoIL_2016__M1.38.ST__bin.77","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__M2.38.ST__bin.24","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["BritoIL_2016__M2.40.ST__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W1.4.ST__bin.16","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.42.ST__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.45.ST__bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.5.ST__bin.70","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.54.ST__bin.29","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.67.ST__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W2.9.ST__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["BritoIL_2016__W3.17.ST__bin.63","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_cf__CF_FIFC003SS_t3M17__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_FIFC013SS_t1M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_FIFC013SS_t4M15__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_FIFC013SS_t6M16__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_FIFC013SS_t7M17__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_FIFC013SS_t9M16__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC002IS_t1M15__bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC002IS_t3M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC003IS_t1M15__bin.11","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC003IS_t2M15__bin.14","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC034IS_t3M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC034IS_t5M16__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC034SS_t1M15__bin.12","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC039IS_t3M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC045IS_t1M15__bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC045IS_t2M15__bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC045IS_t3M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC045IS_t4M15__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC048IS_t2M15__bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC051IS_t1M15__bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC051IS_t3M15__bin.4","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC051IS_t4M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC051IS_t5M16__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC059IS_t1M15__bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC059IS_t2M15__bin.9","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC060IS_t1M15__bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_cf__CF_TNFC065IS_t2M15__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["CM_madagascar__A09_01_1FE__bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A11_01_1FE__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A14_01_1FE__bin.19","Escherichia","Escherichia coli","meta_assembled genomes"]
["CM_madagascar__A19_01_1FE__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A24_02_1FE__bin.20","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A28_02_1FE__bin.63","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A36_01_1FE__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A40_02_1FE__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A43_02_1FE__bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A44_01_1FE__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A47_02_1FE__bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A48_05_1FE__bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A62_03_1FE__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["CM_madagascar__A91_01_1FE__bin.29","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__A94_03_1FE__bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CM_madagascar__V36_02_2FE__bin.28","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ChengpingW_2017__AS3raw__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ChengpingW_2017__AS41raw__bin.26","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["CosteaPI_2017__SID713A026-11-0-0__bin.13","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["CosteaPI_2017__SID713A040-11-0-0__bin.48","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CosteaPI_2017__SID713A088-11-0-0__bin.53","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CosteaPI_2017__SID713A088-11-90-0__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CosteaPI_2017__SID713B040-11-0-0__bin.39","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CosteaPI_2017__SID713B055-11-90-0__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["CosteaPI_2017__peacemaker4-11-0-0__bin.46","Pseudomonas_E","Pseudomonas_E bubulae","meta_assembled genomes"]
["CosteaPI_2017__pluto3-11-0-0__bin.54","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["DavidLA_2015__LD-Run1-02__bin.14","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["DavidLA_2015__LD-Run1-07__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["DavidLA_2015__LD-Run1-08__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["DavidLA_2015__LD-Run1-12__bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR011305_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR011306_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018197_bin.38","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018224_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018236_bin.40","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018238_bin.35","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018263_bin.29","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1018309_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1018312_bin.46","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190536_bin.49","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190553_bin.16","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190557_bin.45","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190558_bin.40","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190561_bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190580_bin.64","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190587_bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190590_bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190592_bin.46","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190617_bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190650_bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190661_bin.26","Klebsiella","Klebsiella variicola","meta_assembled genomes"]
["ERR1190790_bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190793_bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190807_bin.74","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190842_bin.27","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190853_bin.39","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["ERR1190899_bin.121","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190900_bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1190933_bin.86","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1190970_bin.39","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293682_bin.21","Kosakonia","Kosakonia cowanii","meta_assembled genomes"]
["ERR1293798_bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293799_bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293800_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293801_bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293818_bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293819_bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293820_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1293834_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1293835_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1293836_bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1293837_bin.21","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1297740_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1305881_bin.65","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1578627_bin.30","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1578674_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1620271_bin.14","Escherichia","Escherichia coli","meta_assembled genomes"]
["ERR1620278_bin.23","Escherichia","Escherichia coli","meta_assembled genomes"]
["ERR1620280_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620282_bin.25","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1620286_bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620287_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620301_bin.1","Morganella","Morganella morganii","meta_assembled genomes"]
["ERR1620306_bin.16","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1620307_bin.37","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR1620308_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620310_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620346_bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620349_bin.30","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620366_bin.46","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1620377_bin.48","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913017_bin.17","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913018_bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913019_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913054_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913055_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR1913056_bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR2013555_bin.19","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR2013564_bin.26","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR209388_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR321398_bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR321642_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414265_bin.65","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR414271_bin.49","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR414272_bin.9","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR414331_bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414342_bin.55","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR414352_bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414354_bin.29","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414356_bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414368_bin.22","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR414442_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525693_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525698_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525700_bin.15","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525704_bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525705_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525712_bin.20","Escherichia","Escherichia coli","meta_assembled genomes"]
["ERR525715_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525720_bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525727_bin.10","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525728_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525731_bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525732_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525739_bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525779_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525797_bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525802_bin.13","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525803_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525811_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525812_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525821_bin.10","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525822_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525825_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525885_bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525897_bin.20","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525902_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525903_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525906_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525913_bin.16","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525916_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525917_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525919_bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525948_bin.35","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525949_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525955_bin.47","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525959_bin.36","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR525961_bin.26","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525962_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525974_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525981_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR525992_bin.37","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR526037_bin.10","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR526046_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR526057_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR526064_bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR526069_bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR526074_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR526075_bin.21","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR526084_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR589506_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR589508_bin.65","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR589534_bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR589567_bin.39","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR589873_bin.29","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR688516_bin.43","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR688557_bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ERR866562_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR866567_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ERR866572_bin.26","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FengQ_2015__SID31637__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FengQ_2015__SID31868__bin.46","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["FengQ_2015__SID31879__bin.31","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FengQ_2015__SID31884__bin.39","Escherichia","Escherichia coli","meta_assembled genomes"]
["FengQ_2015__SID530451__bin.38","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FengQ_2015__SID531403__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FengQ_2015__SID531416__bin.26","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["FerrettiP_2018__CA_C10006IS2095FE_t5M16__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["FerrettiP_2018__CA_C10007IS2105FE_t2M15__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10007IS2110FE_t3M15__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10007IS2113FE_t5M16__bin.9","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["FerrettiP_2018__CA_C10007IS2114FE_t4M15__bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10031IS2541FE_t4M15__bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10034IS2591FE_t3M15__bin.13","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["FerrettiP_2018__CA_C10034IS2595FE_t4M15__bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["FerrettiP_2018__CA_C10043MS2742FE_t0M16__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10052IS2908FE_t1M16__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10052IS2911FE_t2M16__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["FerrettiP_2018__CA_C10055IS2969FE_t3M16__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["GeversD_2014__SKBSTL067__bin.12","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["GeversD_2014__SKSTL0003__bin.40","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HMP_2012__SRS017521__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HanniganGD_2017__MG100194__bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003063-104__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003065-105__bin.20","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003077-109__bin.40","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003094-125__bin.38","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003098-132__bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003105-143__bin.41","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__RSZAXPI003108-148__bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__SZAXPI029460-123__bin.37","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__SZAXPI029461-129__bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__SZAXPI029500-102__bin.50","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["HeQ_2017__SZAXPI029570-85__bin.33","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__SZAXPI029575-90__bin.32","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["HeQ_2017__SZAXPI029578-96__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KarlssonFH_2013__S194__bin.37","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KarlssonFH_2013__S200__bin.30","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KarlssonFH_2013__S224__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KarlssonFH_2013__S248__bin.35","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KarlssonFH_2013__S92__bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["KosticAD_2015__PRJNA231909.3102986__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LeChatelierE_2013__MH0121__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LeChatelierE_2013__MH0318__bin.22","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LeChatelierE_2013__MH0433__bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LeChatelierE_2013__MH0444__bin.16","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LeChatelierE_2013__MH0456__bin.70","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__MH0301__bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__MH0315__bin.49","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LiJ_2014__MH0348__bin.25","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LiJ_2014__MH0354__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__MH0383__bin.38","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__O2.UC19-1__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__O2.UC47-1__bin.45","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LiJ_2014__V1.CD20-0__bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__V1.CD48-0__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__V1.CD5-0-PN__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiJ_2014__V1.UC39-4__bin.41","Providencia","Providencia rettgeri_D","meta_assembled genomes"]
["LiJ_2017__nHF511704__bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LiSS_2016__FAT_023-22-14-0__bin.76","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LomanNJ_2013__OBK2638__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LomanNJ_2013__OBK2741__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LomanNJ_2013__OBK2840__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LomanNJ_2013__OBK3014__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LoombaR_2017__SID0017_mqf__bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LoombaR_2017__SID0018_fze__bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LoombaR_2017__SID1049_baw__bin.25","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LoombaR_2017__SID1050_bax__bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LoombaR_2017__SID5362_xgk__bin.24","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["LoombaR_2017__SID5561_vwa__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["LoombaR_2017__SID5640_ijm__bin.11","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["NielsenHB_2014__MH0121__bin.16","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["NielsenHB_2014__V1_CD35_0__bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["Obregon-TitoAJ_2015__HCO11__bin.17","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["OhJ_2014__MET0042__bin.4","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["OhJ_2014__MET0165__bin.1","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0170__bin.1","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0173__bin.1","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0174__bin.3","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0176__bin.1","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0179__bin.2","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0181__bin.2","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0182__bin.3","Pseudomonas_E","Pseudomonas_E edaphica","meta_assembled genomes"]
["OhJ_2014__MET0227__bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["OhJ_2014__MET0240__bin.17","Pseudomonas","Pseudomonas nitroreducens_B","meta_assembled genomes"]
["OhJ_2014__MET0293__bin.22","Pseudomonas","Pseudomonas nitroreducens","meta_assembled genomes"]
["OlmMR_2017__S2_005_011G1__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["OlmMR_2017__S2_005_014G1__bin.7","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["OlmMR_2017__S2_005_015G1__bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["OlmMR_2017__S2_005_022W1__bin.4","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["QinJ_2012__CON-010__bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__CON-015__bin.37","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__CON-042__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__CON-080__bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__CON-083__bin.16","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinJ_2012__CON-108__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__DLM005__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__DOF010__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__DOM003__bin.17","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__NLM002__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinJ_2012__NLM015__bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-019__bin.9","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinJ_2012__T2D-029__bin.30","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-033__bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinJ_2012__T2D-049__bin.46","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-058__bin.20","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinJ_2012__T2D-060__bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-063__bin.29","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-065__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-067__bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-070__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-071__bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-099__bin.31","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinJ_2012__T2D-101__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__HD-15__bin.51","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__HD-18__bin.22","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__HD-50__bin.25","Aeromonas","Aeromonas veronii","meta_assembled genomes"]
["QinN_2014__HV-26__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-28__bin.11","Aeromonas","Aeromonas veronii","meta_assembled genomes"]
["QinN_2014__LD-32__bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-52__bin.41","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-65__bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-69__bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinN_2014__LD-73__bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-74__bin.61","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-82__bin.28","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["QinN_2014__LD-88__bin.9","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["QinN_2014__LV-23__bin.15","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["RaymondF_2016__P19E7__bin.71","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["RaymondF_2016__P4E7__bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["RaymondF_2016__P5E90__bin.21","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1039532_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1196554_bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1197621_bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1437708_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1438028_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1438100_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1449544_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1461823_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1461828_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1462010_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1462550_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1462688_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1491613_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1491654_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1492646_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1501078_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1757110_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757111_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757177_bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757178_bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757179_bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757180_bin.8","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757261_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757262_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757433_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1757434_bin.8","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1761667_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765419_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765462_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765534_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765625_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765639_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765644_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1765655_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1779120_bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR1779130_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR1779134_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1779135_bin.10","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1779143_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1779152_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1825362_bin.13","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1825367_bin.30","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR1910595_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR1929484_bin.26","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR203323_bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR2155554_bin.20","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR2912794_bin.35","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR2992897_bin.51","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3131766_bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3131901_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3131927_bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3131937_bin.8","Salmonella","Salmonella enterica","meta_assembled genomes"]
["SRR3131965_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3131971_bin.1","Citrobacter","Citrobacter freundii","meta_assembled genomes"]
["SRR3132029_bin.7","Klebsiella_A","Klebsiella_A michiganensis","meta_assembled genomes"]
["SRR3132043_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132085_bin.5","Salmonella","Salmonella enterica","meta_assembled genomes"]
["SRR3132117_bin.1","Escherichia","Escherichia coli","meta_assembled genomes"]
["SRR3132137_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3132157_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132241_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132279_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3132289_bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132371_bin.7","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132453_bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3132471_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR3132471_bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR341593_bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR341602_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR341626_bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR341630_bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR341694_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR341700_bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR341725_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR3466404_bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR3466404_bin.4","Mixta","Mixta calida","meta_assembled genomes"]
["SRR3498909_bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3546776_bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3546779_bin.5","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3546782_bin.30","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR3726359_bin.2","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR4033067_bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4033068_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4305034_bin.11","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4305097_bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR4305365_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4305515_bin.1","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR4408037_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4408065_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4408072_bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR4408073_bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR4408084_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4408184_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4408213_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4423673_bin.1","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["SRR4435704_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435705_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435706_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435707_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435708_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435710_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435711_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435716_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4435778_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444753_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444754_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444757_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444761_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444762_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444834_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444837_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444838_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444841_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444842_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444843_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444849_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444851_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444854_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444859_bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444873_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444878_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4444880_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451532_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451533_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451534_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451535_bin.27","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451549_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451550_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451551_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451554_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451555_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451557_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451572_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451573_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451574_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451577_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451597_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451598_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451599_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451601_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451602_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451603_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451604_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451606_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451608_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451609_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451610_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451611_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451613_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451614_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451626_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451627_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451631_bin.25","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451648_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451651_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451657_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451661_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4451662_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481685_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481687_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481689_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481690_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481694_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481700_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481701_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481702_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481708_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481719_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481720_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481721_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481722_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481723_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481724_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481745_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481748_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481749_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481752_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481753_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481754_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481764_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481792_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481794_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481795_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481796_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481797_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481799_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481803_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481805_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481806_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481816_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481821_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481822_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481823_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4481824_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783377_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783378_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783380_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783381_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783382_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783384_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783386_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783393_bin.35","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783395_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783397_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783398_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783399_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783400_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783401_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783402_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783415_bin.104","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783417_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783418_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783420_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783421_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783422_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783424_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783451_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783457_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783458_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783460_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783463_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783464_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783466_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783481_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783485_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783488_bin.37","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783500_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783539_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR4783544_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5032310_bin.26","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5050586_bin.25","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5056745_bin.37","Escherichia","Escherichia coli","meta_assembled genomes"]
["SRR5058921_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5058923_bin.9","Salmonella","Salmonella enterica","meta_assembled genomes"]
["SRR5091538_bin.10","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5106316_bin.8","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5275394_bin.14","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5275414_bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5275454_bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5275455_bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5275463_bin.12","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5275473_bin.9","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5275474_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5279234_bin.23","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5279276_bin.22","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5558106_bin.33","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5558409_bin.17","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR585749_bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR585760_bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5963142_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5963145_bin.13","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5963146_bin.23","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5963183_bin.19","Mixta","Mixta calida","meta_assembled genomes"]
["SRR5963197_bin.9","Serratia","Serratia marcescens_I","meta_assembled genomes"]
["SRR5963246_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5963259_bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5963264_bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5963265_bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5963273_bin.11","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR5963298_bin.7","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5963302_bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR5963324_bin.7","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR5963356_bin.15","Citrobacter","Citrobacter braakii","meta_assembled genomes"]
["SRR6028225_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028274_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028275_bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028304_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028305_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028478_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028625_bin.7","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["SRR6028627_bin.12","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["SRR6028628_bin.17","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["SRR6028636_bin.19","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6028637_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6054464_bin.19","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["SRR6257376_bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257379_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257389_bin.3","Mixta","Mixta calida","meta_assembled genomes"]
["SRR6257391_bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257423_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257425_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257426_bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257434_bin.9","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257442_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257443_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257444_bin.10","Mixta","Mixta calida","meta_assembled genomes"]
["SRR6257444_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257445_bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257446_bin.6","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257447_bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257448_bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257449_bin.4","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR6257450_bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257455_bin.4","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257475_bin.13","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257477_bin.4","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR6257478_bin.3","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["SRR924749_bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["SRR924758_bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G78507__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G78577__bin.12","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G78866__bin.7","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80415__bin.18","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VatanenT_2016__G80453__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80481__bin.9","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80487__bin.4","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VatanenT_2016__G80498__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80524__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VatanenT_2016__G80540__bin.2","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VatanenT_2016__G80556__bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VatanenT_2016__G80590__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80614__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VatanenT_2016__G80621__bin.1","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VincentC_2016__MM011__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VincentC_2016__MM022.2__bin.33","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["VincentC_2016__MM022.3__bin.28","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VincentC_2016__MM045.2__bin.2","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VincentC_2016__MM065__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VincentC_2016__MM074.2__bin.1","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["VogtmannE_2016__MMRS41266697ST-27-0-0__bin.5","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VogtmannE_2016__MMRS54316675ST-27-0-0__bin.56","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VogtmannE_2016__MMRS65945127ST-27-0-0__bin.49","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["VogtmannE_2016__MMRS77487595ST-27-0-0__bin.54","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["VogtmannE_2016__MMRS85382779ST-27-0-0__bin.8","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["WenC_2017__N031__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["WenC_2017__N209__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["WenC_2017__RA064__bin.37","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["WenC_2017__RA101__bin.3","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_35392__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["XieH_2016__YSZC12003_35505__bin.48","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["XieH_2016__YSZC12003_35506__bin.104","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_35520__bin.68","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["XieH_2016__YSZC12003_36116__bin.57","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_36453__bin.91","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["XieH_2016__YSZC12003_37193R1__bin.44","Pseudomonas","Pseudomonas aeruginosa","meta_assembled genomes"]
["XieH_2016__YSZC12003_37232__bin.75","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_37264__bin.6","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_37284__bin.16","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_37297R1__bin.20","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["XieH_2016__YSZC12003_37652__bin.55","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["YuJ_2015__SZAXPI003418-8__bin.37","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI003426-11__bin.14","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015214-19__bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015219-129__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015233-19__bin.60","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015234-20__bin.42","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015253-44__bin.36","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015259-62__bin.58","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["YuJ_2015__SZAXPI015267-102__bin.23","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI015274-111__bin.24","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["YuJ_2015__SZAXPI017595-169__bin.10","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_DietIntervention_31__bin.3","Providencia","Providencia rettgeri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_145__bin.3","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_293__bin.2","Escherichia","Escherichia dysenteriae","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_349__bin.25","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_351__bin.20","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_411__bin.13","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_603__bin.18","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_680__bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Main_702__bin.20","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZeeviD_2015__PNP_Validation_4__bin.26","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZellerG_2014__CCIS11362406ST-4-0__bin.15","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZellerG_2014__CCIS23164343ST-4-0__bin.72","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZellerG_2014__CCIS52234160ST-4-0__bin.21","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZellerG_2014__CCIS55230578ST-4-0__bin.47","Escherichia","Escherichia flexneri","meta_assembled genomes"]
["ZellerG_2014__CCIS81710917ST-20-0__bin.5","Escherichia","Escherichia coli_D","meta_assembled genomes"]
["GCF_003315335.1","Pseudocitrobacter","Pseudocitrobacter faecalis","Reference strains"]
["GCF_000026225.1","Escherichia","Escherichia fergusonii","Reference strains"]
["GCF_000154865.1","Providencia","Providencia stuartii","Reference strains"]
["GCF_000156395.1","Providencia","Providencia rustigianii","Reference strains"]
["GCF_000157115.2","Escherichia","Escherichia coli","Reference strains"]
["GCF_000158055.1","Providencia","Providencia rettgeri_D","Reference strains"]
["GCF_000158395.1","Escherichia","Escherichia flexneri","Reference strains"]
["GCF_000163955.1","Edwardsiella","Edwardsiella tarda","Reference strains"]
["GCF_000164195.1","Escherichia","Escherichia coli_D","Reference strains"]
["GCF_000164235.1","Escherichia","Escherichia flexneri","Reference strains"]
["GCF_000164315.1","Escherichia","Escherichia coli_D","Reference strains"]
["GCF_000164355.1","Escherichia","Escherichia coli_D","Reference strains"]
["GCF_000164415.1","Escherichia","Escherichia coli","Reference strains"]
["GCF_000164495.1","Escherichia","Escherichia coli","Reference strains"]
["GCF_000164535.1","Escherichia","Escherichia coli","Reference strains"]
["GCF_000164555.1","Escherichia","Escherichia flexneri","Reference strains"]
["GCF_000164615.1","Escherichia","Escherichia coli","Reference strains"]
["GCF_000167975.1","Yersinia","Yersinia bercovieri","Reference strains"]
["GCF_000173415.1","Providencia","Providencia alcalifaciens","Reference strains"]
["GCF_000195655.1","Klebsiella","Klebsiella pneumoniae","Reference strains"]
["GCF_000233495.1","Pseudomonas","Pseudomonas aeruginosa","Reference strains"]
["GCF_000239335.1","Yokenella","Yokenella regensburgei","Reference strains"]
["GCF_000253175.1","Yersinia","Yersinia enterocolitica","Reference strains"]
["GCF_000264805.1","Edwardsiella","Edwardsiella tarda","Reference strains"]
["GCF_000300935.1","Klebsiella","Klebsiella pneumoniae","Reference strains"]
["GCF_000300955.1","Klebsiella","Klebsiella pneumoniae","Reference strains"]
["GCF_000321045.1","Phytobacter","Phytobacter massiliensis","Reference strains"]
["GCF_000412335.2","Cedecea","Cedecea davisae","Reference strains"]
["GCF_000478505.2","Pseudomonas_B","Pseudomonas_B luteola","Reference strains"]
["GCF_000759775.1","Escherichia","Escherichia albertii","Reference strains"]
["GCF_000819845.1","Aeromonas","Aeromonas enteropelogenes","Reference strains"]
["GCF_000819955.1","Aeromonas","Aeromonas jandaei","Reference strains"]
["GCF_000820185.1","Aeromonas","Aeromonas tecta","Reference strains"]
["GCF_000820205.1","Aeromonas","Aeromonas enteropelogenes","Reference strains"]
["GCF_000820305.1","Aeromonas","Aeromonas dhakensis","Reference strains"]
["GCF_000826105.1","Pseudomonas_E","Pseudomonas_E massiliensis","Reference strains"]
["GCF_000826205.1","Citrobacter","Citrobacter youngae","Reference strains"]
["GCF_001047675.1","Yersinia","Yersinia aleksiciae","Reference strains"]
["GCF_001558415.2","Vibrio","Vibrio fluvialis","Reference strains"]
["GCF_001598895.1","Morganella","Morganella morganii","Reference strains"]
["GCF_001729805.1","Enterobacter","Enterobacter roggenkampii","Reference strains"]
["GCF_002095575.1","Pantoea","Pantoea septica","Reference strains"]
["GCF_900079995.1","Citrobacter","Citrobacter europaeus","Reference strains"]
["GCF_900460225.1","Vibrio","Vibrio furnissii","Reference strains"]
["cx_0004_0072_f10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_h10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221339_20298_3#4.contigs_velvet","Citrobacter","Citrobacter youngae","HBC/UHG strains"]
["cx_0004_0072_f7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0037_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_g11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_d12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_f8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0037_c7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_f11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["av_0103_0073_f9_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0025_0078_c9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0053_h6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_d8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_d10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_g10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_d10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_d11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_f10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_g6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_a8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_a9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_b7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_b8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_b9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_c7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_c8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_c9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_d8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_d9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_e8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_e9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_f8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_f9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_g9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_h7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_h8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_h9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0068_d10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_b11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_b8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_c10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_c8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_d10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_d12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0068_a12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bf_0095_0016_e3_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0064_b7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_g10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_f7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0025_b9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_d7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_g8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0060_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_f9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_h9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_e8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_a4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_g9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_a7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0060_f7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_a11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_d6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_f4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_c9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_g3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_g11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_h5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_e4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_e6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_d3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_h5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0014_0091_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_f9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0077_c11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_b2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_b9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_h11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0024_b10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221398_20298_3#73.contigs_velvet","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221401_20298_3#77.contigs_velvet","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_a1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_b4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_f6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_h11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_d9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_a12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0085_f11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_h2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_e9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_a11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0014_0091_h1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_c4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_g1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_h2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_f2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_a8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_a9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0014_0091_h10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_d4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_e10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_f1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_h1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_h7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_a3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_c11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_c6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_f3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_h3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0006_0094_f4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0014_0091_g1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0014_0091_h6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0053_h8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_c8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0037_b7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_b6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0003_0093_c3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["av_0103_0073_d11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0025_b5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_g11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_f11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_e2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_b12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_c2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_c9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_d6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0071_b12-BIS_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_a6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0071_b9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_c3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_e9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_e12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0085_f1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_b9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_g9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_h3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0085_f6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_d9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_f8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0111_0080_c2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_b2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_e2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_b6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_c3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_c5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_d2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_d4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_e5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_f3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_f4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_g3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_g4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_h1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_h3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_h5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_c7-BIS_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0025_d7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_a2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_d3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_b6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221354_20298_3#19.contigs_velvet","Kluyvera","Kluyvera sp902363335","HBC/UHG strains"]
["am_0025_0085_c2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0085_e1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_c9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_f4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_d10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_e5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0075_e10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_f11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_f10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_h9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_h5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_f5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0083_f8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_c4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_a3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_a4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_c6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0071_a9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_c10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_c11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_f7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0085_c1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_e1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_c5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_e1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_h1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_h8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0084_b5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_f1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_a8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_e9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0001_0092_e11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_f8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_b12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_a2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_b2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_h6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_a1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_d2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_e3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_f2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_g1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_h1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_d11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_g7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_c11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_e2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_c2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_d1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_f9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_b8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_g11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_e4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_f5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_g4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_a5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_a2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_c4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_d4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0075_c10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0079_d9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_f3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_h3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_b5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_d3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_e1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_h2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_h3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_d2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_f1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_f2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_f3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0084_a2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_b2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_b4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_f6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_a11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0076_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_a12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_d10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_h10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0111_0080_d6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_c6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_h2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_g2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["cx_0004_0072_e6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["av_0103_0073_g10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_h10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221162_12718_7#55.contigs_velvet","Kluyvera","Kluyvera sp902363335","HBC/UHG strains"]
["bj_0095_0060_b4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bj_0095_0060_e4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_d7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_e10_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_a5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_c8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_a5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_a3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_b1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_c1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_c3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_d8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_h7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_d12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0060_d3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0079_e6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0074_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_e7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_a12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_h8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_b8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0171_0066_b8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_b11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0086_a2_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0076_c8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_g11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_g10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_c12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0224_0084_a7_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0111_0080_e1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["av_0103_0062_b9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_g6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_c5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_e6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0062_f9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0073_g11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_a5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_a6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_b6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_c6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_d4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_d5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_d6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_e4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_e5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_f5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_f6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_h5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_h6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0069_b8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0073_b12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_g4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_h9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0224_0080_b9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_f12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_e8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_g12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_h7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_f11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_a9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_a4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_b4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0069_d10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_b5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_c4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0059_g5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0073_f11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_h8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_d4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_a10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_a8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_b11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_d11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_e11_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_g7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0025_0078_h8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0171_0078_h4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0016_d12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["av_0103_0073_h10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ERR2221112_12718_7#1.contigs_velvet","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0052_0075_a3_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0224_0086_c1_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_c10_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ERR2221352_20298_3#17.contigs_velvet","Citrobacter","Citrobacter freundii","HBC/UHG strains"]
["am_0025_0074_a11_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0025_0078_d8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_h7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_f12_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_h8_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0070_0075_f7_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0025_0074_g8_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["bf_0095_0059_f9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_e2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_a9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_a3_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_c1_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_h1_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_h2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["am_0171_0078_h6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0017_b7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_e7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_e8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_d1_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0017_f12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0054_e12_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_b7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_b8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_c9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_d8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_f7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_g7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_h9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_b1_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_c2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_c6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_a7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_g9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_c2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_g1_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_g2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ERR2221113_12718_7#2.contigs_velvet","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0017_e6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_d11_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bf_0095_0059_c7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_d7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_g8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_g5_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ao_0067_0059_b3_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_d9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0017_d8_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0059_e9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bf_0095_0070_d3_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bj_0095_0019_b3_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ao_0067_0059_b2_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_g8_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221156_12718_7#49.contigs_velvet","Enterobacter","Enterobacter cloacae_O","HBC/UHG strains"]
["bj_0095_0060_h4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bf_0095_0070_c3_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bj_0095_0060_a5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_d6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_e5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0078_e9_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["cx_0004_0072_g9_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["av_0103_0073_h11_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["am_0025_0074_h7_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["bj_0095_0060_a6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0025_0074_a8_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["bj_0095_0060_g6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_g4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_c5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_d5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_b6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_e6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_f5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_g5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_f6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_b5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_h5_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["bj_0095_0060_c6_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0052_0075_d4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["am_0070_0075_a12_final.scaffolds","Escherichia",null,"HBC/UHG strains"]
["ERR2221402_20298_3#79.contigs_velvet","Hafnia","Hafnia paralvei","HBC/UHG strains"]
["an_0080_0058_c6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["bj_0095_0060_a4_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ERR2221221_14672_4#1.contigs_velvet","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["af_0058_0044_c1_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_d8_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_d9_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_g7_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0055_a12_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["am_0052_0075_f4_final.scaffolds","Escherichia","Escherichia coli_D","HBC/UHG strains"]
["ERR2221244_20287_6#1.contigs_velvet","Achromobacter","Achromobacter xylosoxidans","HBC/UHG strains"]
["ERR2221245_20287_6#2.contigs_velvet","Achromobacter","Achromobacter xylosoxidans","HBC/UHG strains"]
["ERR2221246_20287_6#3.contigs_velvet","Achromobacter","Achromobacter xylosoxidans","HBC/UHG strains"]
["ERR2221247_20287_6#4.contigs_velvet","Achromobacter","Achromobacter xylosoxidans","HBC/UHG strains"]
["af_0058_0038_h2_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_f3_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_a8_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0044_f5_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0055_h9_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0055_e8_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["bj_0095_0060_h6_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["ERR2221250_20287_6#7.contigs_velvet","Escherichia","Escherichia coli","HBC/UHG strains"]
["af_0058_0055_h8_final.scaffolds","Escherichia","Escherichia coli","HBC/UHG strains"]
["8306RM_0517_007_F2_final.scaffolds","Klebsiella","Klebsiella quasipneumoniae","HBC/UHG strains"]
["3321JW_0918_034_D10_final.scaffolds","Klebsiella","Klebsiella variicola","HBC/UHG strains"]
["an_0080_0058_f7_final.scaffolds","Escherichia","Escherichia flexneri","HBC/UHG strains"]
["3321JW_0918_034_D9_final.scaffolds","Klebsiella","Klebsiella aerogenes","HBC/UHG strains"]