|
| Organism | Strain | GenBank assembly ID | Isolation source | Key characteristic(s) | Genome size (Mpb) | CG content (%) | Gene | Number of plasmid | Sequencing institute |
|
| M. extorquens | AM1 | GCA_000022685.1 | Air | Growth on methylamine or methanol | 6.88 |
68.7 | 5065 | 4 | University of Washington Genome Center |
|
| M. extorquens | DM4 | GCA_000083545.1 | Soil contaminated with halogenated hydrocarbons | Chloromethane degrader | 6.12 | 68.1 | 5851 | 2 | Genoscope |
|
| M. extorquens | PA1 | GCA_000018845.1 | Arabidopsis thaliana | Arabidopsis thaliana epiphyte | 5.47 | 68.2 | 4956 | ⋯ | DOE Joint Genome Institute |
|
| M. extorquens | CM4 | GCA_000021845.1 | — | — | 6.18 | 68.2 | 5463 | 2 | DOE Joint Genome Institute |
|
| M. extorquens | DSM13060 | GCA_000243435.2 | Meristems of Pinus sylvestris | Pinus sylvestris epiphyte | 6.67 | 68.30 | 6894 | ⋯ | DOE Joint Genome Institute |
|
| M. mesophilicum | SR1.6/6 | GCA_000364445.1 | Citrus sinensis branches | Citrus endophyte | 6.2 | 69.47 | 6052 | ⋯ | Rede Paraense de genômica e proteômica |
|
| M. nodulans | ORS2060 | GCA_000022085.1 | from root nodules from the legume Crotalaria | Nonpigmented, fix nitrogen, Crotalaria nodulating | 7.78 | 68.9 | 7765 | 7 | DOE Joint Genome Institute |
|
| M. populi | BJ001 | GCA_000019945.1 | Populus sp. | Populus deltoides x nigra DN34 endophyte | 5.80 | 69 | 5492 | 2 | DOE Joint Genome Institute |
|
| M. radiotolerans | JCM2831 | GCA_000019725.1 | — | Radioresistant strain, fix nitrogen, nodulate plants | 6.08 | 71.5 | 5839 | 8 | DOE Joint Genome Institute |
|
| Methylobacterium sp. | 4-46 | GCA_000019365.1 | — | Lotononis bainesi nodulating, photosynthetic | 7.66 | 71.4 | 7145 | 2 | DOE Joint Genome Institute |
|
| Methylobacterium sp. | GXF4 | GCA_000272495.1 | grapevine xylem fluids | Endophytic from xylem fluids | 6.12 | 69.6 | 5976 | ⋯ | Rochester Institute of Technology |
|
| Methylobacterium sp. | MB200 | GCA_000333655.1 | biogas reactor | — | 5.77 | 68.9 | 5038 | ⋯ | College of Life Science and Technology, Guangxi University |
|
| Methylobacterium sp. | 77 | GCA_000372825.1 | Lake Washington | — | 4.66 | 66.7 | 4108 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | WSM2598 | GCA_000379105.1 | Lotononis bainesii | Root nodulating bacteria, bacteria-plant-soil association | 7.67 | 71.2 | 6631 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | 285MFTsu5.1 | GCA_000383455.1 | — | Bacteria-plant association | 6.62 | 71 | 5970 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | 10 | GCA_000519085.1 | Lake Washington | — | 4.98 | 66.7 | 4285 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | B1 | GCA_000333255.1 | rice shoot | — | 5.91 | 69.6 | — | ⋯ | Kazusa DNA Research Institute |
|
| Methylobacterium sp. | B34 | GCA_000333475.1 | rice shoot | — | 6.93 | 70.4 | — | ⋯ | Kazusa DNA Research Institute |
|
| Methylobacterium sp. | 88A | GCA_000376345.1 | Lake Washington | — | 4.89 | 67.1 | 4274 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | L2-4 | GCA_000454305.1 | Jatropha curcas L. | Jatropha curcas L. endophyte | 6.8 | 70.8 | 6255 | ⋯ | Temasek Lifesciences Laboratory |
|
| Methylobacterium sp. | EUR3 AL-11 | GCA_000526475.1 | — | thermal adaption and carbon metabolism in permafrost | 7.21 | 71.1 | 6670 | ⋯ | DOE Joint Genome Institute |
|
| Methylobacterium sp. | UNCCL110 | GCA_000745415.1 | — | bacteria-plant association | 6.61 | 69.7 | — | ⋯ | DOE Joint Genome Institute |
|
