| Vfortho ids | ' VFP003556' ' VFP003557' ' VFP003868' ' VFP003870' ' VFP004136' ' VFP004535' ' VFP004536' ' VFP008087' ' VFP008354' ' VFP008355' ' VFP008363' ' VFP010870' ' VFP010938' ' VFP011025' ' VFP011102' ' VFP011103' ' VFP011106' ' VFP012017' ' VFP012019' ' VFP012020' ' VFP012022' ' VFP012024' ' VFP012025' ' VFP019146' ' VFP020164' ' VFP020173' ' VFP020174' ' VFP023955' ' VFP024098' ' VFP024145' ' VFP024156' ' VFP024157' ' VFP024660' ' VFP026532' ' VFP026746' ' VFP026881' ' VFP026882' ' VFP026890' ' VFP027023' ' VFP027088' ' VFP027089' ' VFP027296' ' VFP027297' ' VFP027661' ' VFP027664' ' VFP027736' ' VFP027917' ' VFP028555' ' VFP028902' ' VFP028903' ' VFP028906' ' VFP028994' ' VFP028998' ' VFP029129' ' VFP029130' ' VFP029646' ' VFP029722' ' VFP029730' ' VFP029880' ' VFP029882' ' VFP030049' ' VFP030050' ' VFP030052' ' VFP030262' ' VFP030530' ' VFP033237' ' VFP042452' ' VFP042453' ' VFP042454' ' VFP043078' ' VFP049488' ' VFP049983' ' VFP049984' ' VFP049987' ' VFP050048' ' VFP050049' ' VFP050050' ' VFP050061' ' VFP051916' ' VFP053445' ' VFP053446' ' VFP053448' ' VFP053449' ' VFP053711' ' VFP053839' ' VFP053847' ' VFP056087' ' VFP056311' ' VFP056437' ' VFP056573' ' VFP056583' ' VFP057963' ' VFP057964' ' VFP057967' ' VFP057968' ' VFP059858' ' VFP060128' ' VFP060129' ' VFP060372' ' VFP061460' ' VFP061463' ' VFP062057' ' VFP062710' ' VFP063542' ' VFP063570' ' VFP063642' ' VFP063655' ' VFP068852' ' VFP068853' ' VFP068870' ' VFP068883' ' VFP068913' ' VFP069082' ' VFP069084' ' VFP069101' ' VFP069102' ' VFP069111' ' VFP069390' ' VFP069392' ' VFP069406' ' VFP069407' ' VFP069408' |
| VFDB ID | ' VFG000139(gb|NP_253697)' ' VFG000141(gb|NP_253675)' ' VFG000142(gb|NP_253698)' ' VFG000144(gb|NP_249940)' ' VFG000330(gb|NP_438812)' ' VFG000332(gb|NP_439271)' ' VFG000919(gb|NP_756176)' ' VFG000920(gb|NP_756177)' ' VFG000921(gb|NP_756178)' ' VFG000922(gb|NP_756179)' ' VFG000932(gb|NP_752612)' ' VFG001818(gb|NP_216893)' ' VFG001862(gb|YP_096397)' ' VFG002069(gb|NP_248773)' ' VFG002070(gb|NP_248774)' ' VFG002076(gb|NP_248780)' ' VFG002318(gb|YP_001006725)' ' VFG002321(gb|YP_001006728)' ' VFG002322(gb|YP_001006729)' ' VFG002324(gb|YP_001006731)' ' VFG002325(gb|YP_001006732)' ' VFG002327(gb|YP_001006740)' ' VFG002330(gb|YP_001006743)' ' VFG002332(gb|YP_001006745)' ' VFG002335(gb|YP_001006748)' ' VFG002340(gb|YP_001006753)' ' VFG002343(gb|YP_001006756)' ' VFG002344(gb|YP_001006757)' ' VFG002345(gb|YP_001006758)' ' VFG002351(gb|YP_001006764)' ' VFG002353(gb|YP_001006766)' ' VFG002356(gb|YP_001006770)' ' VFG002357(gb|YP_001006771)' ' VFG002359(gb|YP_001006784)' ' VFG002365(gb|YP_001007257)' ' VFG002513(gb|YP_106902)' ' VFG013365(gb|NP_439033)' ' VFG013390(gb|NP_439219)' ' VFG036956(gb|NP_273368)' ' VFG037064(gb|NP_273631)' ' VFG037678(gb|YP_001847021)' ' VFG038372(gb|YP_008043135)' ' VFG038385(gb|YP_856370)' ' VFG038395(gb|YP_856375)' ' VFG038840(gb|YP_008043465)' ' VFG038844(gb|YP_858601)' ' VFG038845(gb|YP_008044084)' ' VFG038850(gb|YP_858603)' ' VFG038895(gb|YP_855347)' ' VFG043208(gb|YP_001006776)' ' VFG043211(gb|YP_001006780)' ' VFG043213(gb|YP_001006782)' ' VFG044079(gb|NP_250944)' ' VFG044172(gb|NP_756180)' ' VFG045346(gb|NP_933683)' ' VFG047039(gb|YP_170388.1)' ' VFG048951(gb|YP_002920364.1)' ' VFG048962(gb|YP_002920365.1)' ' VFG048972(gb|YP_002920366.1)' |
| Families | ' ABC_Transporter' ' Acetyltransferase_3_(AT3)' ' Bacterial_sugar_transferase' ' CheR' ' CheW' ' ChuX_HutX' ' ClpA/ClpB' ' Cytidylyltransferase' ' EmrB' ' EntE' ' FecCD' ' FHIPEP_(flagella/HR/invasion_proteins_export_pore)' ' Flagellin' ' FlgB' ' FlgG' ' FlgH' ' FlgI' ' FlgJ' ' FlgM' ' FlhD' ' FliD' ' FliE' ' FliH' ' FliJ' ' FliM' ' FliR/MopE/SpaR' ' FliS' ' Glycoside_hydrolase_family_36' ' Glycosyltransferase_1_(GT1)' ' Glycosyltransferase_2_(GT2)' ' Glycosyltransferase_4_(GT4)' ' Heme_Transporter' ' Integrase' ' LpxA' ' MbtH' ' MotA' ' NAD_binding_10' ' NAD(P)-dependent_epimerase/dehydratase' ' NAD(P)-dependent_epimerase/dehydratase_' ' NeuB' ' NlpA_lipoprotein' ' NTP_transferase' ' Peptidase_M10B' ' Peroxidase' ' PvcA' ' Radical_SAM' ' T3SS_Exporter' ' TssG' ' VgrG' ' VipA' ' VipB' ' Wza' ' Wzb' ' Wzc' |
| Proteins | ' putative heme-binding protein ChuX' ' 2,3-dihydroxybenzoate-AMP ligase component of enterobactin synthase' ' 3-deoxy-D-manno-octulosonic-acid (KDO) transferase' ' 3-deoxy-d-manno-octulosonic-acid transferase ' ' ADP-L-glycero-D-mannoheptose-6-epimerase' ' alkaline metalloproteinase precursor' ' alternative sigma factor regulatory protein ' ' ATP-binding hydrophilic protein ChuV' ' B-band O-antigen polymerase' ' capsule polysaccharide export protein precursor ' ' catalase-peroxidase KatB' ' chemotaxis methyltransferase CheR' ' chemotaxis protein CheA' ' ChuY' ' fatty acid efflux system protein FarB' ' flagellar assembly protein H ' ' flagellar basal body rod protein FlgG' ' flagellar basal-body rod protein FlgB' ' flagellar biosynthesis protein FlhA ' ' flagellar biosynthetic protein FlhB' ' flagellar biosynthetic protein FliR' ' flagellar capping protein FliD' ' flagellar hook-basal body complex protein FliE' ' flagellar L-ring protein precursor FlgH' ' flagellar motor protein MotA' ' flagellar motor switch protein FliM ' ' flagellar P-ring protein precursor FlgI' ' flagellar protein FliJ ' ' flagellar protein FliS ' ' flagellar rod assembly protein/muramidase FlgJ' ' flagellar transcriptional activator FlhD' ' flagellin' ' GDP-mannose 4,6-dehydratase' ' glucose-1-phosphate thymidylyltransferase ' ' heme permease protein ChuU' ' immunogenic lipoprotein A ' ' inner membrane tyrosine autokinase ' ' lipopolysaccharide core biosynthesis protein' ' Manganese transport system membrane protein MntB' ' negative regulator of flagellin synthesis' ' NeuA protein ' ' paerucumarin biosynthesis protein PvcA' ' poly-beta-1,6 N-acetyl-D-glucosamine synthase PgaC' ' protein tyrosine phosphatase' ' pseudaminic acid synthase, NeuB ' ' Putative oxygen independent coproporphyrinogen III oxidase' ' putative protein MbtH' ' Rhs element Vgr family protein' ' short chain dehydrogenase/reductase family oxidoreductase' ' thermostable cytotonic enterotoxin ' ' type VI secretion system AAA+ family' ' type VI secretion system ATPase ClpV1' ' Type VI secretion system protein' ' type VI secretion system tubule-forming protein' ' UDP-N-acetylglucosamine acyltransferase' ' undecaprenyl-phosphate galactosephosphotransferase ' |
| Gene | ' AHA_1836' ' aprA' ' ast' ' cheA' ' cheR' ' chuU' ' chuV' ' chuW' ' chuX' ' chuY' ' clpB' ' clpV1' ' entE' ' farB' ' flgB' ' flgG' ' flgH' ' flgI' ' flgJ' ' flgM' ' flhA' ' flhB' ' flhD' ' fliC' ' fliD' ' fliE' ' fliH' ' fliJ' ' fliM' ' fliR' ' fliS' ' fliZ' ' flmH' ' gmd' ' hsiB1/vipA' ' hsiC1/vipB' ' IlpA' ' katB' ' kdtA' ' lpxA' ' mbtH' ' mntB' ' motA' ' nueA' ' nueB' ' pgaC' ' pvcA' ' rfaD' ' vgrG2' ' waaA' ' waaC' ' waaG' ' wbaP/rfbP' ' wbtL' ' wza' ' wzb' ' wzc' |
| Pathogen | ' Acinetobacter baumannii ACICU' ' Aeromonas hydrophila ML09-119' ' Aeromonas hydrophila subsp. hydrophila ATCC 7966' ' Burkholderia pseudomallei K96243' ' Escherichia coli CFT073' ' Francisella tularensis subsp. tularensis SCHU S4' ' Haemophilus influenzae Rd KW20' ' Klebsiella pneumoniae subsp. pneumoniae NTUH-K2044' ' Legionella pneumophila subsp. pneumophila str. Philadelphia 1' ' Mycobacterium tuberculosis H37Rv' ' Neisseria meningitidis MC58' ' Pseudomonas aeruginosa PAO1' ' Vibrio vulnificus YJ016' ' Yersinia enterocolitica subsp. enterocolitica 8081' |
| Functional Categories | ' LPS' ' Protease' ' LOS' ' Aerobactin' ' Enterobactin' ' Mycobactin' ' Stress Protein' ' HSI-I' ' Flagella' ' Efflux pump' ' Manganese Uptake' ' Biofilm' ' Type VI Secretion System' ' Polar Flagella' ' Toxin' ' Pyoverdine' ' Adherence' ' Capsule' |
| Orthologs | ' WP_012822324.1' ' WP_012822786.1' ' WP_012822789.1' ' WP_012822813.1' ' WP_014698679.1' ' WP_014699167.1' ' WP_014699168.1' ' WP_014699169.1' ' WP_014699507.1' ' WP_014699511.1' ' WP_014699512.1' ' WP_014699515.1' ' WP_014699517.1' ' WP_014699520.1' ' WP_014699521.1' ' WP_014699522.1' ' WP_014699523.1' ' WP_014699526.1' ' WP_014699529.1' ' WP_014699531.1' ' WP_014699532.1' ' WP_014699534.1' ' WP_014699535.1' ' WP_014699537.1' ' WP_014699539.1' ' WP_014699698.1' ' WP_014700095.1' ' WP_014700096.1' ' WP_014700106.1' ' WP_014700316.1' ' WP_014700379.1' ' WP_014700380.1' ' WP_014700514.1' ' WP_014700618.1' ' WP_014700635.1' ' WP_014700639.1' ' WP_014700640.1' ' WP_014700641.1' ' WP_014700903.1' ' WP_014701156.1' ' WP_014701332.1' ' WP_014701384.1' ' WP_014701852.1' ' WP_014701945.1' ' WP_014701961.1' ' WP_014702184.1' ' WP_015730271.1' ' WP_015730273.1' ' WP_015730274.1' ' WP_015730279.1' ' WP_015730280.1' ' WP_015730281.1' ' WP_015730542.1' ' WP_015730554.1' ' WP_015730674.1' ' WP_015730714.1' ' WP_015730866.1' ' WP_015730867.1' ' WP_015731437.1' ' WP_015731493.1' ' WP_025918629.1' ' WP_025918681.1' ' WP_025918695.1' ' WP_025918696.1' ' WP_025918697.1' ' WP_025918698.1' ' WP_025918917.1' ' WP_025918922.1' ' WP_025918923.1' ' WP_025919559.1' ' WP_025919714.1' ' WP_025920449.1' ' WP_033070857.1' ' WP_033070995.1' ' WP_033071335.1' ' WP_033071336.1' ' WP_033071337.1' ' WP_033071340.1' ' WP_033071548.1' ' WP_033071555.1' ' WP_033071635.1' ' WP_033071770.1' ' WP_033071771.1' ' WP_033071772.1' ' WP_033071905.1' ' WP_033072034.1' ' WP_033072069.1' ' WP_033072124.1' ' WP_033072465.1' ' WP_043988824.1' ' WP_043988953.1' ' WP_102990917.1' ' WP_103807720.1' ' WP_103807721.1' ' WP_103807722.1' ' WP_103807734.1' ' WP_103807790.1' ' WP_103807803.1' ' WP_103808022.1' ' WP_103808152.1' ' WP_103808156.1' ' WP_103808289.1' ' WP_103808488.1' ' WP_103808489.1' ' WP_121247016.1' ' WP_121247019.1' ' WP_121247365.1' ' WP_121264133.1' ' WP_121264392.1' ' WP_121265349.1' ' WP_121266202.1' ' WP_121266498.1' ' WP_121266516.1' ' WP_121266665.1' ' WP_121268908.1' ' WP_121268910.1' ' WP_121268912.1' ' WP_121268914.1' ' WP_121268996.1' ' WP_121301484.1' ' WP_121301485.1' ' WP_121301512.1' |