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Table 10 OTUs that contribute >4 % to Bray–Curtis dissimilarity between inoculum communities (T6) and glycerol communities

From: Preservation of microbial communities enriched on lignocellulose under thermophilic and high-solid conditions

Reactor Abundance in T6 sample (%) Abundance in glycerol sample (%) % Contribution to dissimilarity OTU classificationa
R20 18.47 2.43 17.06 g__Steroidobacter
R20 7.69 23.71 17.03 g__Micromonosporaceae
R20 2.69 11.05 8.89 g__Chelatococcus
R20 7.80 1.12 7.10 c__Anaerolineae
R20 0.38 6.79 6.82 g__Thermobacillus
R20 5.57 0.35 5.55 k__Bacteria
R20 5.55 0.35 5.53 g__Roseiflexales (OTU 10)
R21 6.93 22.47 18.20 g__Micromonosporaceae
R21 17.14 4.59 14.69 g__Steroidobacter
R21 1.02 9.76 10.23 g__Thermobacillus
R21 5.94 0.03 6.92 g__Roseiflexales (OTU 18)
R21 3.93 8.88 5.79 g__Chelatococcus
R21 9.06 4.45 5.39 c__Anaerolineae
R23 6.27 16.21 14.83 g__Micromonosporaceae
R23 11.02 1.94 13.54 c__Anaerolineae
R23 12.68 18.47 8.64 g__Sphingobacteriales
R23 4.72 0.97 5.59 k__Bacteria
R23 1.58 5.29 5.52 g__Phyllobacteriaceae
R23 4.17 0.79 5.04 g__Roseiflexales (OTU 10)
R23 1.44 4.65 4.79 g__Rhizobiales
  1. aLetter codes indicate the highest resolved taxonomy from phylogenetic binning: k kingdom, p phylum, c class, o order, f family, g genus