| Vfortho ids | ' VFP008352' ' VFP009940' ' VFP019636' ' VFP024144' ' VFP026717' ' VFP026771' ' VFP026777' ' VFP027001' ' VFP027168' ' VFP027569' ' VFP027788' ' VFP027927' ' VFP028038' ' VFP028220' ' VFP028458' ' VFP029171' ' VFP029653' ' VFP029819' ' VFP029945' ' VFP030213' ' VFP033230' ' VFP033236' ' VFP040496' ' VFP042462' ' VFP042874' ' VFP048505' ' VFP056149' ' VFP056471' ' VFP058616' ' VFP059592' ' VFP059668' ' VFP059722' ' VFP060162' ' VFP065561' ' VFP067436' ' VFP067709' ' VFP068359' ' VFP068598' ' VFP068768' ' VFP069143' ' VFP069462' ' VFP070119' |
| VFDB ID | ' VFG000332(gb|NP_439271)' ' VFG000846(gb|YP_325591)' ' VFG001855(gb|YP_094724)' ' VFG002070(gb|NP_248774)' ' VFG002319(gb|YP_001006726)' ' VFG002322(gb|YP_001006729)' ' VFG002324(gb|YP_001006731)' ' VFG002325(gb|YP_001006732)' ' VFG002329(gb|YP_001006742)' ' VFG002332(gb|YP_001006745)' ' VFG002335(gb|YP_001006748)' ' VFG002336(gb|YP_001006749)' ' VFG002338(gb|YP_001006751)' ' VFG002339(gb|YP_001006752)' ' VFG002345(gb|YP_001006758)' ' VFG002351(gb|YP_001006764)' ' VFG002353(gb|YP_001006766)' ' VFG002356(gb|YP_001006770)' ' VFG002358(gb|YP_001006783)' ' VFG002513(gb|YP_106902)' ' VFG013242(gb|NP_438232)' ' VFG013365(gb|NP_439033)' ' VFG013374(gb|NP_439075)' ' VFG018241(gb|NP_230208)' ' VFG038840(gb|YP_008043465)' ' VFG038845(gb|YP_008044084)' ' VFG039536(gb|NP_820549)' ' VFG043205(gb|YP_001006773)' ' VFG043206(gb|YP_001006774)' ' VFG043211(gb|YP_001006780)' ' VFG048639(gb|YP_005226598.1)' ' VFG048797(gb|YP_002920350.1)' ' VFG048808(gb|YP_002920351.1)' ' VFG048852(gb|YP_002920355.1)' ' VFG048874(gb|YP_002920357.1)' ' VFG048885(gb|YP_002920358.1)' ' VFG048962(gb|YP_002920365.1)' ' VFG049007(gb|YP_002920216.1)' ' VFG049133(gb|YP_002918166.1)' |
| Families | ' Acetyltransferase_3_(AT3)' ' Bacterial_sugar_transferase' ' CheW' ' CheZ' ' Cytidylyltransferase' ' FHIPEP_(flagella/HR/invasion_proteins_export_pore)' ' Flagellin' ' FlgB' ' FlgG' ' FlgH' ' FlgM' ' FlhC' ' FliD' ' FliG' ' FliJ' ' FliM' ' FliN' ' FliP' ' FliQ/MopD/SpaQ ' ' FliS' ' Glycosyltransferase_1_(GT1)' ' HlyD' ' HSP60' ' LpxD' ' LpxK' ' LuxS' ' NAD(P)-dependent_epimerase/dehydratase' ' NAD(P)-dependent_epimerase/dehydratase_' ' Peptidase_M66' ' Phosphohexose_mutase' ' RcsA' ' Response_reg' ' Sigma-70_factor' ' TACO1' ' UDP-glucose/GDP-mannose_dehydrogenase' ' VipB' ' Wzb' |
| Proteins | ' acriflavine resistance protein A' ' ADP-L-glycero-D-mannoheptose-6-epimerase' ' chemotaxis protein CheA' ' chemotaxis regulator CheZ ' ' chemotaxis regulatory protein CheY' ' colanic acid biosynthesis glycosyltransferase WcaI' ' Coxiella Dot/Icm type IVB secretion system' ' flagellar basal body rod protein FlgG' ' flagellar basal-body rod protein FlgB' ' flagellar biosynthesis protein FlhA ' ' flagellar biosynthesis sigma factor' ' flagellar biosynthesis transcription activator FlhC ' ' flagellar biosynthetic protein FliP' ' flagellar biosynthetic protein FliQ ' ' flagellar capping protein FliD' ' flagellar L-ring protein precursor FlgH' ' flagellar motor switch protein FliM ' ' flagellar motor switch protein FliN' ' flagellar motor switch protein G' ' flagellar protein FliJ ' ' flagellar protein FliS ' ' flagellin' ' GDP-D-mannose dehydratase ' ' GDP-fucose synthetaseniae' ' Hsp60, 60K heat shock protein HtpB' ' metalloprotease' ' negative regulator of flagellin synthesis' ' NeuA protein ' ' phosphomannomutase ' ' protein tyrosine phosphatase' ' S-ribosylhomocysteinase' ' short chain dehydrogenase/reductase family oxidoreductase' ' tetraacyldisaccharide 4'-kinase' ' transcriptional activator for ctr capsule biosynthesis' ' type VI secretion system contractile sheath' ' type VI secretion system tubule-forming protein' ' UDP-3-O-(3-hydroxymyristoyl) glucosamine N-acyltransferase ' ' UDP-glucose 6-dehydrogenase' ' undecaprenyl-phosphate galactosephosphotransferase ' |
| Gene | ' acrA' ' CBU_1566' ' cheA' ' cheY' ' cheZ' ' flgB' ' flgG' ' flgH' ' flgM' ' flhA' ' flhC' ' fliA' ' fliC' ' fliD' ' fliG' ' fliJ' ' fliM' ' fliN' ' fliP' ' fliQ' ' fliS' ' flmH' ' gmd' ' hsiC1/vipB' ' htpB' ' lpxD' ' lpxK' ' luxS' ' manB' ' nueA' ' rcsA' ' rfaD' ' stcE' ' ugd' ' vipB/tssC' ' wbaP/rfbP' ' wcaG' ' wcaI' ' wzb' |
| Pathogen | ' Aeromonas hydrophila ML09-119' ' Aeromonas hydrophila subsp. hydrophila ATCC 7966' ' Burkholderia pseudomallei K96243' ' Coxiella burnetii RSA 493' ' Escherichia coli O157:H7 str. EDL933' ' Haemophilus influenzae Rd KW20' ' Klebsiella pneumoniae subsp. pneumoniae HS11286' ' Klebsiella pneumoniae subsp. pneumoniae NTUH-K2044' ' Legionella pneumophila subsp. pneumophila str. Philadelphia 1' ' Pseudomonas aeruginosa PAO1' ' Vibrio cholerae O1 biovar El Tor str. N16961' ' Yersinia enterocolitica subsp. enterocolitica 8081' |
| Functional Categories | ' LOS' ' Protease' ' Adherence' ' HSI-I' ' Flagella' ' Quorum Sensing' ' Polar Flagella' ' Type IV Secretion System' ' Type VI Secretion System' ' Capsule' ' Regulation' ' Efflux Pump' |
| Orthologs | ' WP_074778214.1' ' WP_090118430.1' ' WP_090119347.1' ' WP_090119351.1' ' WP_090119606.1' ' WP_090119611.1' ' WP_090119621.1' ' WP_090119648.1' ' WP_090120875.1' ' WP_090121951.1' ' WP_090121962.1' ' WP_090122671.1' ' WP_090123217.1' ' WP_090123229.1' ' WP_090123233.1' ' WP_090123237.1' ' WP_090123277.1' ' WP_090123508.1' ' WP_090123512.1' ' WP_090123516.1' ' WP_090123518.1' ' WP_090123524.1' ' WP_090123530.1' ' WP_090123547.1' ' WP_090123549.1' ' WP_090123605.1' ' WP_090123609.1' ' WP_090123617.1' ' WP_090123619.1' ' WP_090123623.1' ' WP_090123655.1' ' WP_090123795.1' ' WP_090123844.1' ' WP_090124079.1' ' WP_090126753.1' ' WP_090126793.1' ' WP_090126828.1' ' WP_090126844.1' ' WP_090126847.1' ' WP_090126943.1' ' WP_152406433.1' ' WP_152406434.1' |