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Table 1 Summary of the 17 representative MAGs retrieved from sediments of the Challenger Deep

From: Novel Chloroflexi genomes from the deepest ocean reveal metabolic strategies for the adaptation to deep-sea habitats

MAGs Completeness (%) Contamination (%) Contig no. GC% CDS no. Estimated genome size (Mbp) Sequencing depth
MT2_13a 92.99 0.00 275 58.79 2237 2.74 21×
MT4_27 89.96 0.31 215 65.69 1934 2.05 41×
MT6_15 87.27 3.64 168 58.64 2397 2.85 28×
MT4_14 86.30 1.98 408 60.36 2572 3.05 25×
MT2_3 85.70 0.00 472 59.61 3150 3.90 24×
MT6_13 84.77 0.11 425 60.34 2430 2.99 29×
MT1_55 73.57 0.00 386 59.26 1683 2.33 33×
MT5_44 67.62 1.19 314 65.58 1512 2.29 14×
MT5_40 66.01 0.20 359 58.76 1610 2.61 18×
MT1_49 60.51 3.08 400 62.83 2008 3.18 21×
MT1_63 56.40 2.97 296 59.82 1319 2.46 15×
MT4_29 54.89 2.18 365 62.58 1770 3.09 15×
MT8_34 52.62 0.00 467 59.67 1199 2.16 22×
MT2_40 52.07 2.20 253 69.45 1108 2.07 25×
MT6_44 51.99 0.00 486 59.57 1031 1.85 23×
MT9_49 51.53 2.38 257 69.22 1189 2.16 26×
MT1_74 51.38 0.61 255 65.29 1016 1.98 18×
  1. aMAGs were named using “site + layer + genome number”, for example MT2_13 means the 13th genome from sediment of 2–3 cm below seafloor from the Mariana Trench