| Vfortho ids | ' VFP000591' ' VFP001914' ' VFP004472' ' VFP004478' ' VFP008374' ' VFP008940' ' VFP011095' ' VFP012034' ' VFP016384' ' VFP016406' ' VFP016767' ' VFP016791' ' VFP019152' ' VFP019156' ' VFP019157' ' VFP019748' ' VFP026486' ' VFP026487' ' VFP026488' ' VFP026575' ' VFP026576' ' VFP026756' ' VFP026757' ' VFP026758' ' VFP026760' ' VFP026762' ' VFP026763' ' VFP026764' ' VFP026769' ' VFP026776' ' VFP026993' ' VFP026994' ' VFP027065' ' VFP027231' ' VFP027275' ' VFP027388' ' VFP027389' ' VFP027518' ' VFP027626' ' VFP027627' ' VFP027628' ' VFP027713' ' VFP027714' ' VFP027812' ' VFP027813' ' VFP027898' ' VFP028002' ' VFP028107' ' VFP028108' ' VFP028174' ' VFP028175' ' VFP028341' ' VFP028480' ' VFP028481' ' VFP028623' ' VFP028624' ' VFP028684' ' VFP028685' ' VFP028858' ' VFP028859' ' VFP028973' ' VFP028974' ' VFP029030' ' VFP029208' ' VFP029296' ' VFP029297' ' VFP029298' ' VFP029468' ' VFP029471' ' VFP029522' ' VFP029622' ' VFP029705' ' VFP029850' ' VFP030015' ' VFP030016' ' VFP030017' ' VFP030100' ' VFP030237' ' VFP030546' ' VFP030549' ' VFP030552' ' VFP030584' ' VFP042025' ' VFP042026' ' VFP042413' ' VFP042422' ' VFP042839' ' VFP042842' ' VFP042843' ' VFP043109' ' VFP043116' ' VFP043249' ' VFP043269' ' VFP043270' ' VFP043544' ' VFP044357' ' VFP044358' ' VFP048453' ' VFP048479' ' VFP049562' ' VFP049582' ' VFP049583' ' VFP050850' ' VFP050852' ' VFP050853' ' VFP053182' ' VFP053184' ' VFP053185' ' VFP053192' ' VFP053193' ' VFP056362' ' VFP056369' ' VFP058068' ' VFP058174' ' VFP058175' ' VFP058176' ' VFP059563' ' VFP059639' ' VFP059640' ' VFP059753' ' VFP059754' ' VFP059830' ' VFP059833' ' VFP059923' ' VFP059924' ' VFP060000' ' VFP060065' ' VFP060066' ' VFP060067' ' VFP060249' ' VFP060251' ' VFP060332' ' VFP063086' ' VFP063092' ' VFP063186' |
| VFDB ID | ' VFG000077(gb|NP_465991)' ' VFG000121(gb|NP_249453)' ' VFG000144(gb|NP_249940)' ' VFG000332(gb|NP_439271)' ' VFG000433(gb|NP_490508)' ' VFG000922(gb|NP_756179)' ' VFG000932(gb|NP_752612)' ' VFG001301(gb|NP_644943)' ' VFG001303(gb|NP_644945)' ' VFG001818(gb|NP_216893)' ' VFG001855(gb|YP_094724)' ' VFG002318(gb|YP_001006725)' ' VFG002319(gb|YP_001006726)' ' VFG002322(gb|YP_001006729)' ' VFG002324(gb|YP_001006731)' ' VFG002325(gb|YP_001006732)' ' VFG002326(gb|YP_001006733)' ' VFG002327(gb|YP_001006740)' ' VFG002328(gb|YP_001006741)' ' VFG002329(gb|YP_001006742)' ' VFG002330(gb|YP_001006743)' ' VFG002332(gb|YP_001006745)' ' VFG002334(gb|YP_001006747)' ' VFG002335(gb|YP_001006748)' ' VFG002336(gb|YP_001006749)' ' VFG002337(gb|YP_001006750)' ' VFG002338(gb|YP_001006751)' ' VFG002339(gb|YP_001006752)' ' VFG002340(gb|YP_001006753)' ' VFG002341(gb|YP_001006754)' ' VFG002342(gb|YP_001006755)' ' VFG002343(gb|YP_001006756)' ' VFG002344(gb|YP_001006757)' ' VFG002345(gb|YP_001006758)' ' VFG002347(gb|YP_001006760)' ' VFG002348(gb|YP_001006761)' ' VFG002349(gb|YP_001006762)' ' VFG002350(gb|YP_001006763)' ' VFG002351(gb|YP_001006764)' ' VFG002353(gb|YP_001006766)' ' VFG002356(gb|YP_001006770)' ' VFG002357(gb|YP_001006771)' ' VFG002358(gb|YP_001006783)' ' VFG002359(gb|YP_001006784)' ' VFG002374(gb|YP_001007266)' ' VFG002375(gb|YP_001007267)' ' VFG002376(gb|YP_001007268)' ' VFG002377(gb|YP_001007269)' ' VFG013315(gb|NP_438813)' ' VFG013346(gb|NP_438972)' ' VFG013374(gb|NP_439075)' ' VFG013390(gb|NP_439219)' ' VFG013400(gb|NP_439262)' ' VFG013418(gb|NP_439337)' ' VFG013508(gb|NP_439858)' ' VFG018241(gb|NP_230208)' ' VFG036956(gb|NP_273368)' ' VFG037316(gb|YP_001847237)' ' VFG038284(gb|YP_855105)' ' VFG038845(gb|YP_008044084)' ' VFG038900(gb|YP_857314)' ' VFG038908(gb|YP_857708)' ' VFG043205(gb|YP_001006773)' ' VFG043206(gb|YP_001006774)' ' VFG043207(gb|YP_001006775)' ' VFG043208(gb|YP_001006776)' ' VFG043209(gb|YP_001006778)' ' VFG043210(gb|YP_001006779)' ' VFG043211(gb|YP_001006780)' ' VFG043212(gb|YP_001006781)' ' VFG043213(gb|YP_001006782)' ' VFG045607(gb|YP_096929)' ' VFG046465(gb|YP_169203.1)' |
| Families | ' AMP-Binding' ' CheB' ' CheD' ' CheR' ' CheW' ' CheZ' ' ClpP' ' Cytidylyltransferase' ' dTDP-4-dehydrorhamnose_3,5-epimerase' ' EmrB' ' EntE' ' Epimerase' ' FecCD' ' FHIPEP_(flagella/HR/invasion_proteins_export_pore)' ' Flagella_basal_body_rod_proteins' ' Flagellin' ' FlgB' ' FlgC' ' FlgD' ' FlgE' ' FlgF' ' FlgH' ' FlgI' ' FlgJ' ' FlgM' ' FlhC' ' FlhD' ' FliD' ' FliE' ' FliF' ' FliG' ' FliH' ' FliJ' ' FliL' ' FliM' ' FliN' ' FliO' ' FliP' ' FliQ/MopD/SpaQ ' ' FliR/MopE/SpaR' ' FliS' ' FliT' ' Glycosyltransferase_2_(GT2)' ' Glycosyltransferase_4_(GT4)' ' Glycosyltransferase_9_(GT9)' ' GspG' ' GTPase' ' HSP60' ' Integrase' ' LpxA' ' LpxD' ' LuxS' ' MbtH' ' MotA' ' MotB' ' NAD(P)-dependent_epimerase/dehydratase' ' NAD(P)-dependent_epimerase/dehydratase_' ' NTP_transferase' ' Peptidase_M10B' ' Periplasmic_pilus_chaperone' ' Polysaccharide_synthase' ' Response_reg' ' RNA_methyltransferase_RsmE' ' Sigma-70_factor' ' Sigma-70_factor_' ' SIS' ' T_hemolysin' ' T3SS_Exporter' ' UDP-N-acetylglucosamine_2-epimerase' ' UDPGP_type_2' ' YidD' |
| Proteins | ' 2,3-dihydroxybenzoate-AMP ligase component of enterobactin synthase' ' ADP-heptose-LPS heptosyltransferase II ' ' ADP-L-glycero-D-mannoheptose-6-epimerase' ' alginate biosynthesis protein AlgZ/FimS' ' alkaline metalloproteinase precursor' ' alternative sigma factor regulatory protein ' ' ATP-dependent Clp protease proteolytic subunit' ' beta-1,4-glucosyltransferase' ' capsular polysaccharide synthesis enzyme Cap8E' ' capsular polysaccharide synthesis enzyme Cap8G' ' CDP-glucose 4,6-dehydratase ' ' chemotaxis methyltransferase CheR' ' chemotaxis protein CheA' ' chemotaxis regulator CheZ ' ' chemotaxis regulatory protein CheY' ' chemotaxis-specific methylesterase CheB' ' Dot/Icm type IV secretion system effector' ' elongation factor Tu' ' fatty acid efflux system protein FarB' ' flagellar assembly protein H ' ' flagellar basal body protein FliL ' ' flagellar basal-body rod modification protein FlgD' ' flagellar basal-body rod protein FlgB' ' flagellar basal-body rod protein FlgC' ' flagellar basal-body rod protein FlgF' ' flagellar biosynthesis protein FlhA ' ' flagellar biosynthesis sigma factor' ' flagellar biosynthesis transcription activator FlhC ' ' flagellar biosynthetic protein FlhB' ' flagellar biosynthetic protein FliP' ' flagellar biosynthetic protein FliQ ' ' flagellar biosynthetic protein FliR' ' flagellar capping protein FliD' ' flagellar hook protein FlgE' ' flagellar hook-associated protein 1 FlgK ' ' flagellar hook-associated protein 3 FlgL' ' flagellar hook-basal body complex protein FliE' ' flagellar L-ring protein precursor FlgH' ' flagellar M-ring protein FliF' ' flagellar motor protein MotA' ' flagellar motor protein MotB' ' flagellar motor switch protein FliM ' ' flagellar motor switch protein FliN' ' flagellar motor switch protein G' ' flagellar P-ring protein precursor FlgI' ' flagellar protein FliJ ' ' flagellar protein FliO' ' flagellar protein FliS ' ' flagellar rod assembly protein/muramidase FlgJ' ' flagellar transcriptional activator FlhD' ' flagellin' ' general secretion pathway protein G ' ' glucose-1-phosphate cytidylyltransferase ' ' glucosephosphate uridylyltransferase' ' heme permease protein ChuU' ' Hemolysin A ' ' Hsp60, 60K heat shock protein HtpB' ' lagellar protein FliT ' ' methyl-accepting chemotaxis protein CheD' ' negative regulator of flagellin synthesis' ' NeuA protein ' ' non-ribosomal peptide synthetase adenylate-forming enzyme of acinetobactin synthesis' ' paratose synthase' ' phosphoheptose isomerase' ' plasmid-encoded fimbriae chaperone protein PefD' ' purine-binding chemotaxis protein CheW ' ' putative protein MbtH' ' S-ribosylhomocysteinase' ' sugar epimerase' ' thermostable hemolysin' ' UDP-3-O-(3-hydroxymyristoyl) glucosamine N-acyltransferase ' ' UDP-N-acetylglucosamine acyltransferase' ' undecaprenyl-phosphate alpha-N-acetylglucosaminyltransferase' |
| Gene | ' AHA_3217' ' algU' ' aprA' ' cap8E' ' cap8G' ' cheA' ' cheB' ' cheD' ' cheR' ' cheW' ' cheY' ' cheZ' ' chuU' ' clpP' ' ddhA' ' ddhB' ' entE' ' exeG' ' farB' ' flgB' ' flgC' ' flgD' ' flgE' ' flgF' ' flgH' ' flgI' ' flgJ' ' flgK' ' flgL' ' flgM' ' flhA' ' flhB' ' flhC' ' flhD' ' fliA' ' fliC' ' fliD' ' fliE' ' fliF' ' fliG' ' fliH' ' fliJ' ' fliL' ' fliM' ' fliN' ' fliO' ' fliP' ' fliQ' ' fliR' ' fliS' ' fliT' ' fliZ' ' galU' ' gmhA/lpcA' ' hlyA' ' htpB' ' lgtF' ' lpg2936' ' lpxA' ' lpxD' ' luxS' ' mbtH' ' motA' ' motB' ' nueA' ' pefD' ' prt' ' rfaD' ' rfaF' ' tufA' ' wbcA' ' wecA' |
| Pathogen | ' Acinetobacter baumannii ACICU' ' Aeromonas hydrophila ML09-119' ' Aeromonas hydrophila subsp. hydrophila ATCC 7966' ' Escherichia coli CFT073' ' Francisella tularensis subsp. tularensis SCHU S4' ' Haemophilus influenzae Rd KW20' ' Legionella pneumophila subsp. pneumophila str. Philadelphia 1' ' Listeria monocytogenes EGD-e' ' Mycobacterium tuberculosis H37Rv' ' Neisseria meningitidis MC58' ' Pseudomonas aeruginosa PAO1' ' Salmonella enterica subsp. enterica serovar Typhimurium str. LT2' ' Staphylococcus aureus subsp. aureus MW2' ' Vibrio cholerae O1 biovar El Tor str. N16961' ' Yersinia enterocolitica subsp. enterocolitica 8081' |
| Functional Categories | ' Stress Protein' ' Alginate (Mucoid exopolysaccharide)' ' Protease' ' LOS' ' Plasmid-encoded fimbriae' ' Aerobactin' ' Enterobactin' ' Capsule' ' Mycobactin' ' Adherence' ' Flagella' ' LPS' ' Quorum Sensing' ' Efflux pump' ' Acinetobactin' ' Type II Secretion System' ' Polar Flagella' ' Toxin' ' Type IV Secretion System' |
| Orthologs | ' WP_004719257.1' ' WP_004719586.1' ' WP_004719650.1' ' WP_004719655.1' ' WP_004720245.1' ' WP_004720585.1' ' WP_004720682.1' ' WP_004720686.1' ' WP_004720696.1' ' WP_004720709.1' ' WP_004720712.1' ' WP_004720718.1' ' WP_004720722.1' ' WP_004720729.1' ' WP_004720734.1' ' WP_004720736.1' ' WP_004720741.1' ' WP_004720749.1' ' WP_004720764.1' ' WP_004720767.1' ' WP_004720768.1' ' WP_004721643.1' ' WP_004722433.1' ' WP_004722940.1' ' WP_004722945.1' ' WP_004722949.1' ' WP_004723068.1' ' WP_004723361.1' ' WP_004723376.1' ' WP_038240764.1' ' WP_038241042.1' ' WP_038241540.1' ' WP_038241817.1' ' WP_038241909.1' ' WP_038241977.1' ' WP_038241996.1' ' WP_038241999.1' ' WP_038242002.1' ' WP_038242007.1' ' WP_038242011.1' ' WP_038242013.1' ' WP_038242015.1' ' WP_038242018.1' ' WP_038242021.1' ' WP_038242024.1' ' WP_038242026.1' ' WP_038242029.1' ' WP_038242039.1' ' WP_038242055.1' ' WP_038242057.1' ' WP_038242060.1' ' WP_038242063.1' ' WP_038242100.1' ' WP_038242348.1' ' WP_038242677.1' ' WP_038243604.1' ' WP_038243716.1' ' WP_038243845.1' ' WP_038244546.1' ' WP_038244641.1' ' WP_038244713.1' ' WP_038244718.1' ' WP_038244723.1' ' WP_038244834.1' ' WP_038244851.1' ' WP_038251462.1' ' WP_038251465.1' ' WP_038275515.1' ' WP_038275518.1' ' WP_038275526.1' ' WP_038275554.1' ' WP_038276121.1' ' WP_038276235.1' ' WP_038276628.1' ' WP_038276629.1' ' WP_042524782.1' ' WP_042525175.1' ' WP_042525176.1' ' WP_042525177.1' ' WP_042525178.1' ' WP_042525179.1' ' WP_042525183.1' ' WP_042525184.1' ' WP_042525186.1' ' WP_042525188.1' ' WP_042525189.1' ' WP_042525190.1' ' WP_042525191.1' ' WP_042525192.1' ' WP_042525193.1' ' WP_042525194.1' ' WP_042525195.1' ' WP_042525196.1' ' WP_042525199.1' ' WP_042525201.1' ' WP_042525202.1' ' WP_042525203.1' ' WP_042525205.1' ' WP_042525624.1' ' WP_042525690.1' ' WP_042525726.1' ' WP_042525730.1' ' WP_042525814.1' ' WP_042525879.1' ' WP_042525919.1' ' WP_042526651.1' ' WP_042526656.1' ' WP_042527602.1' ' WP_042527819.1' ' WP_042527876.1' ' WP_042528149.1' ' WP_045844148.1' ' WP_045844150.1' ' WP_045844151.1' ' WP_045844156.1' ' WP_045844290.1' ' WP_045844480.1' ' WP_069971761.1' ' WP_072015608.1' ' WP_072089264.1' ' WP_087931048.1' ' WP_087931113.1' ' WP_096823304.1' ' WP_096823483.1' ' WP_096823484.1' ' WP_096823485.1' ' WP_096823486.1' ' WP_096823487.1' ' WP_096823489.1' ' WP_096823585.1' ' WP_102778859.1' ' WP_126940139.1' ' WP_144402966.1' ' WP_144402992.1' ' WP_144403083.1' |