Table 5. List of the 59 Eubacteria strains isolated from Dziani Dzaha.
| MOLA strain # | Closest valid relative species in Ez Biocloud database | Ecosystem | 16S ID (%) | family |
|---|---|---|---|---|
| 1061** | Marinobacter lipolyticus | hypersaline | 97.53 | Alteromonadaceae |
| 1059** | Chromohalobacter salexigens | moderate halophile | 100 | Halomonadaceae |
| 1056* | Halomonas meridiana | Antarctic saline lake | 99.88 | Halomonadaceae |
| 1104* | Halomonas mongoliensis | soda lakes, Mongolia | 97.64 | Halomonadaceae |
| 1060** | Halomonas johnsoniae | alkaline, halo-tolerant, infectious | 98.8 | Halomonadaceae |
| 1031 | Halomonas salifodinae | salt mine, China | 99.88 | Halomonadaceae |
| 1062 | Halomonas stevensii | n.d. | 99.65 | Halomonadaceae |
| 1029, 1030 | Halomonas venusta | halophile, potentially infectious | 99.77 | Halomonadaceae |
| 1037 | Aliidiomarina maris | solar saltern, Korea | 99.88 | Idiomarinaceae |
| 1045 | Aliidiomarina maris | solar saltern, Korea | 98.48 | Idiomarinaceae |
| 1028 | Aliidiomarina shirensis | seawater, Taiwan | 95.59 | Idiomarinaceae |
| 1018, 1019 | Aliidiomarina shirensis | seawater, Taiwan | 96.63 | Idiomarinaceae |
| 1036, 1039, 1040,1042 | Nitrincola lacisaponensis | Soap Lake, USA | 99.22 | Oceanospirillaceae |
| 1067 | Nitrincola lacisaponensis | Soap Lake, USA | 99.46 | Oceanospirillaceae |
| 1026, 1055* | Vibrio metschnikovii | blood samples | 98.75 | Vibrionaceae |
| 1022, 1027, 1034, 1065 | Alkalimonas collagenimarina | sediment, deep-sea, Japan | 96.99 | Unclassified Gammaproteobacteria |
| 1068 | Cryomorpha ignava | polar habitat | 89.87 | Cryomorphaceae |
| 1038, 1063, 1064, 1099*, 1100* | Cecembia lonarensis | Lonar Lake, India | 95.58 | Cyclobacteriaceae |
| 1047, 1097 | Salinarimonas ramus | oil contaminated saline soil, China | 96.14 | Bradyrhizobiaceae |
| 1102* | Nitratireductor pacificus | HAP-degrading, sediment, Pacific | 98.13 | Phyllobacteriaceae |
| 1101* | Porphyrobacter dokdonensis | seawater, Dokdo Island, Korea | 100 | Rhodobacteraceae |
| 1025 | Porphyrobacter tepidarius | hot spring, Japan | 98.41 | Rhodobacteraceae |
| 1105* | Rhodobaca bogoriensis | Lake Bogoria, Rift Valley | 98.94 | Rhodobacteraceae |
| 1103* | Rhodobaca bogoriensis | Lake Bogoria, Rift Valley | 99.83 | Rhodobacteraceae |
| 1066, 1050, 1051, 1098 | Inquilinus limosus | human sample, pathogen | 92.1 | Rhodospirillaceae |
| 1046 | Amphibacillus jilinensis | soda lake sediment, China | 99.21 | Bacillaceae |
| 1023, 1024, 1058* | Bacillus agaradhaerens | alkaliphilic | 100 | Bacillaceae |
| 1043, 1044, 1048 | Bacillus aurantiacus | soda lake, Hungary | 98.03 | Bacillaceae |
| 1033 | Bacillus horikoshii | soil, toxin-producer | 98.96 | Bacillaceae |
| 1020, 1021, 1032,1052*, 1053*, 1054* | Bacillus pseudofirmus | soil | 99.88 | Bacillaceae |
| 1057* | Bacillus saliphilus | mineral pool, Italy | 96.11 | Bacillaceae |
| 1041 | Bacillus saliphilus | mineral pool, Italy | 100 | Bacillaceae |
| 1035 | Bacillus zhanjiangensis | oyster, China | 98.62 | Bacillaceae |
The nature of selective media (MA, BSMM*, and BG11**) with number in the MOLA collection and phylogenetic assignment to the eubacteria family level using 16S rRNA gene homology (% homology to the closest relative match) are provided.