NT genes of 'Mesobacillus sp. AQ2'
| Gene name | Gene type | Function | Related MGE | Organism | Genome accession | Locus tag | Protein ID |
|---|---|---|---|---|---|---|---|
 radA |
Machinery gene | Homologous recombination | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS00580 | WP_144481283.1 |
| med |
Regulator | Competence regulation | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS07190 | WP_144474541.1 |
| comZ |
Regulator | Competence regulation | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS07195 | WP_144474542.1 |
| pepF |
Regulator | Competence regulation | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS07350 | WP_144474569.1 |
| cinA |
Machinery gene | Involve in natural transformation | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS09470 | WP_283905081.1 |
| recA |
Machinery gene | Homologous recombination | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS09475 | WP_144474941.1 |
| recN |
Machinery gene | Homologous recombination | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS16390 | WP_283903819.1 |
| comGA |
Machinery gene | DNA binding and uptake | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS16630 | WP_283903834.1 |
| recD2 |
Machinery gene | Homologous recombination | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS17335 | WP_144476104.1 |
| recJ |
Machinery gene | Homologous recombination | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS17410 | WP_283903873.1 |
| comC |
Machinery gene | DNA binding and uptake | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS17630 | WP_283905433.1 |
| pilT |
Machinery gene | DNA binding and uptake | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS17645 | WP_283903891.1 |
| comFA |
Machinery gene | DNA binding and uptake | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS21710 | WP_349654828.1 |
| ssbB |
Machinery gene | DNA processing | Genomic island | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS22655 | WP_144478413.1 |
| ssbA |
Machinery gene | DNA processing | - | Mesobacillus sp. AQ2 | NZ_CP126080 | QNH36_RS23825 | WP_144479421.1 |
Experimentally validated
Bioinformatically predicted