NT genes of 'Vibrio alginolyticus strain XWV9'

Evidence:

Gene name Gene type Function Related MGE Organism Genome accession Locus tag Protein ID
insolico comF Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS00680 WP_033905914.1
insolico cytR Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS01225 WP_005379543.1
insolico comEA Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS04450 WP_031777211.1
insolico comEC Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS04735 WP_238952256.1
insolico tfoX Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS05840 WP_053303184.1
insolico sbcB Machinery gene Homologous recombination - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS06130 WP_085569561.1
insolico luxO Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS07385 WP_065274521.1
insolico luxO Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS10870 WP_017636055.1
insolico chiS Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS12830 WP_186584672.1
insolico opaR Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13000 WP_005379994.1
insolico pilB Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13045 WP_115386281.1
insolico pilC Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13050 WP_025768183.1
insolico pilD Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13055 WP_025768182.1
insolico luxS Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13110 WP_054574813.1
insolico recA Machinery gene Homologous recombination - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13230 WP_005380874.1
insolico rpoS Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13245 WP_238952117.1
insolico pilU Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13535 WP_005381016.1
insolico pilT Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS13540 WP_005381015.1
insolico ssb Machinery gene DNA processing - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14110 WP_005387798.1
insolico qstR Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14115 WP_005381237.1
insolico pilQ Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14320 WP_053307551.1
insolico pilP Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14325 WP_005382766.1
insolico pilO Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14330 WP_005381322.1
insolico pilN Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14335 WP_005381323.1
insolico pilM Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14340 WP_033907304.1
insolico crp Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS14545 WP_005381432.1
insolico dprA Machinery gene DNA processing - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS15835 WP_085570046.1
insolico comM Machinery gene DNA binding and uptake - Vibrio alginolyticus strain XWV9 NZ_CP082319 K6806_RS15920 WP_238952160.1
insolico cqsA Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082320 K6806_RS17600 WP_053349163.1
insolico cqsS Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082320 K6806_RS17605 WP_238952689.1
insolico luxP Regulator Competence regulation - Vibrio alginolyticus strain XWV9 NZ_CP082320 K6806_RS18780 WP_005385634.1

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    experimental Experimentally validated     insolico Bioinformatically predicted