NT genes of 'Halopseudomonas maritima strain RR6'

Evidence:

Gene name Gene type Function Related MGE Organism Genome accession Locus tag Protein ID
insolico recA Machinery gene Homologous recombination - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04080 WP_238872497.1
insolico pilS Regulator Competence regulation - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04385 WP_238872551.1
insolico pilR Regulator Competence regulation - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04390 WP_238872552.1
insolico radA Machinery gene Homologous recombination - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04445 WP_238872563.1
insolico pilB Machinery gene DNA binding and uptake Genomic island Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04555 WP_238873536.1
insolico pilC Machinery gene DNA binding and uptake Genomic island Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04560 WP_238872582.1
insolico pilD Machinery gene DNA binding and uptake Genomic island Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS04565 WP_238872583.1
insolico ssb Machinery gene DNA processing - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS06905 WP_238873007.1
insolico pilT Machinery gene DNA binding and uptake - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS09670 WP_238869790.1
insolico pilU Machinery gene DNA binding and uptake - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS09675 WP_238869791.1
insolico pilG Regulator Competence regulation - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS09735 WP_238869801.1
insolico comM Machinery gene DNA binding and uptake - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS10035 WP_238869853.1
insolico pilM Machinery gene DNA binding and uptake - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS10800 WP_238869994.1
insolico pilQ Machinery gene DNA binding and uptake - Halopseudomonas maritima strain RR6 NZ_CP079801 HV822_RS10820 WP_275419351.1
experimental Experimentally validated     insolico Bioinformatically predicted