NT genes of 'Acinetobacter sp. LUNF3'
| Gene name | Gene type | Function | Related MGE | Organism | Genome accession | Locus tag | Protein ID |
|---|---|---|---|---|---|---|---|
 dprA |
Machinery gene | DNA processing | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS00880 | WP_058868688.1 |
| tsaP |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS00885 | WP_058868689.1 |
| pilR |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01345 | WP_242759939.1 |
| pilS |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01350 | WP_242759940.1 |
| hns |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01495 | WP_171056712.1 |
| pilD |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01820 | WP_242759980.1 |
| pilC |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01825 | WP_242759981.1 |
| pilB |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS01830 | WP_242759982.1 |
| priA |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS02045 | WP_242759999.1 |
| comEA |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS03050 | WP_058868958.1 |
| pilU |
Machinery gene | DNA binding and uptake | ICE | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS03710 | WP_004694864.1 |
| pilT |
Machinery gene | DNA binding and uptake | ICE | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS03715 | WP_004694862.1 |
| pilG |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS04895 | WP_004694493.1 |
| chpA |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS04915 | WP_242760198.1 |
| xcpV |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS07325 | WP_058869736.1 |
| xcpW |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS07330 | WP_004984837.1 |
| pilU |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS08660 | WP_242759180.1 |
| recA |
Machinery gene | Homologous recombination | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS09715 | WP_005401034.1 |
| crp |
Regulator | Competence regulation | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS10765 | WP_004696183.1 |
| pilF |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS13540 | WP_058870302.1 |
| tonB2 |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS13875 | WP_010327571.1 |
| comF |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14255 | WP_058870363.1 |
| comE |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14525 | WP_278189330.1 |
| pilE |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14595 | WP_242759754.1 |
| pilQ |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14645 | WP_078425516.1 |
| pilP |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14650 | WP_004691496.1 |
| pilO |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14655 | WP_004691497.1 |
| pilN |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14660 | WP_005401354.1 |
| pilM |
Machinery gene | DNA binding and uptake | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS14665 | WP_125273594.1 |
| ssb |
Machinery gene | DNA processing | - | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS15030 | WP_081313273.1 |
| ssb |
Machinery gene | DNA processing | IScluster/Tn | Acinetobacter sp. LUNF3 | NZ_CP093968 | MN200_RS15185 | WP_058870676.1 |
Experimentally validated
Bioinformatically predicted