Table 1. Relative abundance and function prediction of bacterial composition in sclerotia of C. militaris isolates.
| Genus |
C. militaris from Yunnan (Zhang et al., 2021) |
C. militaris from Liaoning |
Predicted function |
|---|---|---|---|
| Pseudomonas | 2.01%–15.00% | 16.68% | aerobic chemoheterotrophy; chemoheterotrophy; |
| Pedobacter | 2.01%–15.00% | 10.81% | aerobic chemoheterotrophy; chemoheterotrophy; |
| Variovorax | 2.01%–15.00% | 3.14% | None |
| Phyllobacterium | 2.01%–15.00% | 1.69% | None |
| Labrys | 2.01%–15.00% | 0.98% | aerobic chemoheterotrophy; chemoheterotrophy; |
| Mesorhizobium | 2.01%–15.00% | 0.05% | nitrogen fixation; aerobic chemoheterotrophy; ureolysis; chemoheterotrophy; |
| Sphingomonas | 2.01%–15.00% | 0.06% | aerobic chemoheterotrophy; chemoheterotrophy; |
| Bradyrhizobium | 2.01%–15.00% | 0.02% | None |
| Serratia | —— | 9.65% | fermentation; nitrate reduction; chemoheterotrophy; plant pathogen; |
| Achromobacter | —— | 6.26% | aerobic chemoheterotrophy; nitrate respiration; nitrate reduction; nitrogen respiration; chemoheterotrophy; |
| Rhodococcus | —— | 5.78% | aromatic hydrocarbon degradation; aromatic compound degradation; aliphatic non methane hydrocarbon degradation; hydrocarbon degradation; chemoheterotrophy; ligninolysis; plant pathogen; |
| Pantoea | —— | 4.06% | fermentation; mammal gut; animal parasites or symbionts; nitrate reduction; chemoheterotrophy; |
| Luteibacter | —— | 3.89% | None |
| Stenotrophomonas | —— | 1.82% | nitrate respiration; nitrate reduction; nitreogen respiration; aerobic chemoheterotrophy; human pathogens; animal parasites or symbionts ; chemoheterotrophy; |
| Ochrobactrum | —— | 1.02% | None |
Notes.
“–” means not mentioned in the literature; “None” means that there was no result when a function was predicted using FAPROTAX.