| Phylogenetic group | Closest sequences/microorganism | Acession no. | Identity (%) | Habitat of closest relative |
| Proteobacteria | Escherichia sp. (3) | HM028651 | 99.77% | Duck hatchery air |
|
| Enterobacter hormaechei (2) | FJ976588 | 97.32% | Paddy field soil |
|
| Pantoea sp. (3) | GU120653 | 99.26% | Mining waste land |
|
| Acinetobacter sp. (1) | EU100397 | 98.47% | Effluent of pesticides factories |
|
| Burkholderia sp. (1) | EF602552 | 93.19% | Sugarcane stem |
|
| Leptothrix sp. (2) | AB015048 | 97.90% | Halophilic spa |
|
| Chromobacterium sp. (13) | EF633687 | 98.94% | Spring water |
|
| Alterierythrobacter epoxidivorans (2) | DQ304436 | 97.86% | Marine sediments of cold seep area |
| Bacteroidetes | Chryseobacterium sp. (2) | AM982789 | 97.69% | Homo sapiens |
| Firmicutes | Bacillus sp. (12) | FN687186 | 99.67% | Feather waste |
|
| Bacillus sp. (2) | FJ615522 | 99.05% | Stratosphere |
|
| Staphylococcus subsp. aureus (1) | CP002120 | 99.03% | Bloodstream of a patient |
|
| Alloiococcus otitis (2) | AY957475 | 98.86% | 1 year old child with otitis perforata |
| Actinobacteria | Actinomyces sp. (1) | AJ234049 | 98.39% | Canine and feline clinical specimens |
|
| Micrococcus luteus (1) | AJ717367 | 99.21% | Alkaline groundwater |