| Vfortho ids | ' VFP001353' ' VFP001490' ' VFP001570' ' VFP001664' ' VFP001731' ' VFP002030' ' VFP002085' ' VFP002138' ' VFP002291' ' VFP002381' ' VFP002477' ' VFP002591' ' VFP002664' ' VFP002754' ' VFP002854' ' VFP002939' ' VFP003038' ' VFP003166' ' VFP003291' ' VFP003512' ' VFP003662' ' VFP003806' ' VFP003920' ' VFP004233' ' VFP004441' ' VFP004656' ' VFP004689' ' VFP004695' ' VFP004765' ' VFP004890' ' VFP006158' ' VFP012741' ' VFP013355' ' VFP013413' ' VFP013535' ' VFP013603' ' VFP013794' ' VFP013858' ' VFP013889' ' VFP013948' ' VFP014021' ' VFP014082' ' VFP014159' ' VFP014201' ' VFP014393' ' VFP014521' ' VFP014614' ' VFP014696' ' VFP014774' ' VFP014888' ' VFP014948' ' VFP015024' ' VFP015068' ' VFP015125' ' VFP015219' ' VFP015328' ' VFP015416' ' VFP019753' ' VFP019879' ' VFP020594' ' VFP023252' ' VFP023311' ' VFP023365' ' VFP023446' ' VFP023474' ' VFP023515' ' VFP023596' ' VFP023630' ' VFP023690' ' VFP023879' ' VFP023913' ' VFP024029' ' VFP024206' ' VFP024242' ' VFP024288' ' VFP024363' ' VFP024450' ' VFP024714' ' VFP037989' ' VFP038599' ' VFP044483' ' VFP044604' ' VFP044668' ' VFP044825' ' VFP044900' ' VFP045018' ' VFP045087' ' VFP045185' ' VFP045235' ' VFP045274' ' VFP045403' ' VFP045458' ' VFP045554' ' VFP045690' ' VFP045819' ' VFP045972' ' VFP046441' ' VFP046561' ' VFP046722' ' VFP046769' ' VFP046954' ' VFP047103' ' VFP047130' ' VFP047464' ' VFP051868' ' VFP052668' ' VFP052771' ' VFP053197' ' VFP055852' ' VFP055901' ' VFP055966' ' VFP058502' ' VFP058937' ' VFP058965' ' VFP059538' ' VFP061623' ' VFP062476' ' VFP064311' |
| VFDB ID | ' VFG000113(gb|NP_253217)' ' VFG000114(gb|NP_253218)' ' VFG000116(gb|NP_254170)' ' VFG000118(gb|NP_253942)' ' VFG000119(gb|NP_253948)' ' VFG000122(gb|NP_252230)' ' VFG000123(gb|NP_252231)' ' VFG000124(gb|NP_252232)' ' VFG000125(gb|NP_252233)' ' VFG000126(gb|NP_252234)' ' VFG000127(gb|NP_252235)' ' VFG000128(gb|NP_252236)' ' VFG000129(gb|NP_252237)' ' VFG000130(gb|NP_252238)' ' VFG000131(gb|NP_252239)' ' VFG000132(gb|NP_252240)' ' VFG000133(gb|NP_252241)' ' VFG000134(gb|NP_249454)' ' VFG000135(gb|NP_249455)' ' VFG000139(gb|NP_253697)' ' VFG000140(gb|NP_253696)' ' VFG000141(gb|NP_253675)' ' VFG000142(gb|NP_253698)' ' VFG000143(gb|NP_253699)' ' VFG000144(gb|NP_249940)' ' VFG000153(gb|NP_252166)' ' VFG000156(gb|NP_252169)' ' VFG000159(gb|NP_251076)' ' VFG000160(gb|NP_251087)' ' VFG000192(gb|NP_250388)' ' VFG001217(gb|NP_252494)' ' VFG001225(gb|NP_249099)' ' VFG001226(gb|NP_249100)' ' VFG001227(gb|NP_249101)' ' VFG001228(gb|NP_249102)' ' VFG001233(gb|NP_249106)' ' VFG001235(gb|NP_249108)' ' VFG001236(gb|NP_249769)' ' VFG001237(gb|NP_249770)' ' VFG001239(gb|NP_249772)' ' VFG001240(gb|NP_249773)' ' VFG001241(gb|NP_249774)' ' VFG001242(gb|NP_249775)' ' VFG001243(gb|NP_249776)' ' VFG001249(gb|NP_249790)' ' VFG001250(gb|NP_249791)' ' VFG001251(gb|NP_249792)' ' VFG001252(gb|NP_249793)' ' VFG001253(gb|NP_249794)' ' VFG001255(gb|NP_249796)' ' VFG001256(gb|NP_250134)' ' VFG001257(gb|NP_250135)' ' VFG001259(gb|NP_250137)' ' VFG001261(gb|NP_250139)' ' VFG001262(gb|NP_250140)' ' VFG001264(gb|NP_250144)' ' VFG001855(gb|YP_094724)' ' VFG001856(gb|YP_094893)' ' VFG001871(gb|YP_095391)' ' VFG002057(gb|NP_248761)' ' VFG002058(gb|NP_248762)' ' VFG002059(gb|NP_248763)' ' VFG002060(gb|NP_248764)' ' VFG002061(gb|NP_248765)' ' VFG002062(gb|NP_248766)' ' VFG002063(gb|NP_248767)' ' VFG002064(gb|NP_248768)' ' VFG002065(gb|NP_248769)' ' VFG002068(gb|NP_248772)' ' VFG002069(gb|NP_248773)' ' VFG002070(gb|NP_248774)' ' VFG002071(gb|NP_248775)' ' VFG002073(gb|NP_248777)' ' VFG002074(gb|NP_248778)' ' VFG002075(gb|NP_248779)' ' VFG002076(gb|NP_248780)' ' VFG002077(gb|NP_248781)' ' VFG007556(gb|NP_231695)' ' VFG010878(gb|YP_094895)' ' VFG014148(gb|NP_249768)' ' VFG014330(gb|NP_249786)' ' VFG014369(gb|NP_249789)' ' VFG014486(gb|NP_250133)' ' VFG014629(gb|NP_250146)' ' VFG014642(gb|NP_252040)' ' VFG014655(gb|NP_252041)' ' VFG014681(gb|NP_253640)' ' VFG014694(gb|NP_253641)' ' VFG014707(gb|NP_250151)' ' VFG014720(gb|NP_250152)' ' VFG014733(gb|NP_252216)' ' VFG014893(gb|NP_254009)' ' VFG014950(gb|NP_249457)' ' VFG014984(gb|NP_253136)' ' VFG015000(gb|NP_252339)' ' VFG015950(gb|NP_251075)' ' VFG015973(gb|NP_251082)' ' VFG015983(gb|NP_251083)' ' VFG015994(gb|NP_251084)' ' VFG016005(gb|NP_251085)' ' VFG016041(gb|NP_251092)' ' VFG016046(gb|NP_251103)' ' VFG016058(gb|NP_251114)' ' VFG037678(gb|YP_001847021)' ' VFG038219(gb|YP_001845364)' ' VFG038284(gb|YP_855105)' ' VFG038811(gb|YP_857347)' ' VFG038815(gb|YP_857348)' ' VFG039371(gb|NP_819795)' ' VFG039691(gb|NP_821046)' ' VFG041010(gb|NP_248760)' ' VFG043204(gb|YP_855930)' ' VFG044088(gb|NP_251102)' ' VFG045340(gb|NP_539653)' ' VFG047512(gb|YP_169930.1)' |
| Families | ' AAA_ATPase' ' AB_Hydrolase_1_(ABH1)' ' ABC_Transporter' ' AlgF' ' Alginate_exp' ' AlgJ' ' AlgK' ' AlgX' ' AMP-binding' ' Autoinducer_Synthase_' ' Biotin_synthase' ' CcmC/CycZ/HelC' ' CcmE/CycJ' ' CheR' ' CheW' ' Class-III_pyridoxal-phosphate-dependent_aminotransferase' ' Class-V_pyridoxal-phosphate-dependent_aminotransferase' ' ClpA/ClpB' ' CutA1' ' D-mannuronate_C5-epimerase' ' DotU' ' exbB/tolQ' ' FGE-sulfataseÿ' ' FlgA' ' FlgB' ' FlgC' ' FlgD' ' FlgF' ' FlgG' ' FlgH' ' FlgI' ' FlgJ' ' FlgM' ' FlhB' ' FlhF' ' FliE' ' FliF' ' FliG' ' FliH' ' FliJ' ' FliL' ' FliM' ' FliN' ' FliP' ' FliR' ' FliS' ' Gly-zipper_Omp' ' Glycosyltransferase_1_(GT1)' ' Glycosyltransferase_2_(GT2)' ' Glycosyltransferase_4_(GT4)' ' Glycosyltransferase_9_(GT9)_' ' Glyoxalase' ' GspF' ' GspG' ' Hcp' ' Hexapep' ' HisKA' ' HSP60' ' IcmF' ' ImpA' ' KdkA/rfaP__' ' Lys/Orn_oxygenase' ' LysE' ' LytR' ' MbtH' ' Membrane-bound_acyltransferase' ' MotA' ' MotB' ' NA' ' NTP-Transferase' ' OmpA' ' Peptidase_A24' ' Peptidase_M10B' ' Peptidase_M19' ' Peptidase_M50B' ' Peptidase_S1C' ' Peptidase_S45' ' Phosphohexose_mutase' ' PilI' ' PilJ' ' PilZ' ' Pkinase' ' Polysaccharide_lyase_5' ' PPM-type_phosphatase' ' Response_reg' ' Rsd/AlgQ' ' RseA' ' RseB' ' Sigma-54_Activator' ' Sigma-54_factor_' ' Sigma-70_factor' ' TagF' ' Tetratricopeptide_(TPR) ' ' UDP-G/GDP-M_dehydrogenase_' ' VgrG_protein' ' VipA' ' VipB' |
| Proteins | ' 3-deoxy-D-manno-octulosonic-acid (KDO) transferase' ' 3-oxo-C12-homoserine lactone acylase PvdQ' ' alginate biosynthesis protein' ' alginate biosynthesis protein ' ' alginate biosynthesis protein AlgX' ' alginate biosynthesis regulatory protein AlgR' ' alginate biosynthetic protein AlgK precursor' ' alginate o-acetyltransferase AlgF' ' alginate o-acetyltransferase AlgI' ' alginate o-acetyltransferase AlgJ' ' Alginate regulatory protein AlgQ' ' alginate-c5-mannuronan-epimerase AlgG' ' AlgW protein' ' alkaline metalloproteinase precursor' ' anti-sigma factor MucA, inhibitor of alg gene expression' ' autoinducer synthesis protein RhlL' ' B-band O-antigen polymerase' ' biofilm-controlling response regulator' ' biotin synthase' ' chemotaxis protein CheA' ' chemotaxis protein CheR' ' chemotaxis protein CheW ' ' CheV ' ' Coxiella Dot/Icm type IVB secretion system' ' cytochrome c-type biogenesis protein CcmC, putative' ' cytochrome c-type biogenesis protein CcmE' ' diaminobutyrate-2-oxoglutarate aminotransferase PvdH ' ' dipeptidase precursor' ' flagellar assembly protein H ' ' flagellar basal body P-ring biosynthesis protein FlgA' ' flagellar basal body protein FliL' ' flagellar basal body rod protein FlgB' ' flagellar basal-body rod modification protein FlgD' ' flagellar basal-body rod protein FlgC' ' flagellar basal-body rod protein FlgF' ' flagellar basal-body rod protein FlgG' ' flagellar biosynthesis protein FlhF' ' flagellar biosynthesis sigma factor FliA ' ' flagellar biosynthetic protein FlhB' ' flagellar biosynthetic protein FliP' ' flagellar biosynthetic protein FliR' ' flagellar hook-basal body complex protein FliE' ' flagellar L-ring protein precursor FlgH' ' flagellar M-ring protein FliF' ' flagellar motor protein' ' 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 FliS' ' flagellar rod assembly protein/muramidase FlgJ' ' GDP-mannose 6-dehydrogenase AlgD ' ' general secretion pathway protein G' ' general secretion pathway protein G ' ' heptosyltransferase I' ' Hsp60, 60K heat shock protein HtpB' ' L-ornithine N5-oxygenase PvdA ' ' lipopolysaccharide core biosynthesis protein' ' MbtH-like protein from the pyoverdine cluster' ' metalloprotease protease' ' negative regulator of flagellin synthesis' ' outer membrane protein' ' peptide synthase' ' peptide synthase PvdL' ' phosphomannomutase AlgC ' ' phosphomannose isomerase / guanosine 5'-diphospho-D-mannose pyrophosphorylase' ' poly-beta-1,6 N-acetyl-D-glucosamine synthase PgaC' ' poly(beta-d-mannuronate) lyase precursor AlgL' ' probable chemotaxis protein' ' probable chemotaxis protein ' ' probable outer membrane protein precursor' ' Pseudomonas protein phosphatase PppA' ' Pseudomonas protein phosphatase PppB' ' pyoverdine biosynthesis protein PvdE' ' pyoverdine biosynthesis protein PvdN' ' pyoverdine biosynthesis protein PvdO' ' Rab2 interacting conserved protein A' ' rhamnosyltransferase chain A' ' serine protease MucD precursor ' ' serine/threonine protein kinase PpkA' ' still frameshift type 4 fimbrial biogenesis' ' twitching motility protein PilG' ' twitching motility protein PilH' ' twitching motility protein PilI' ' twitching motility protein PilJ' ' two-component response regulator' ' two-component response regulator AlgB' ' two-component sensor' ' type 4 fimbrial biogenesis protein PilF' ' type 4 prepilin peptidase PilD' ' type III secretion system ATPase PscN' ' type IV secretion associated protein TagR, positively regulates PpkA' ' type IV secretion associated protein TagS, forming a stable inner membrane complex with TagT' ' type six secretion associated protein TagT' ' type VI secretion system AAA+ family' ' type VI secretion system hcp secretion' ' type VI secretion system hcp secretion island protein HsiA1' ' type VI secretion system hcp secretion island protein HsiJ1' ' type VI secretion system protein DotU' ' type VI secretion system protein IcmF1' ' type VI secretion system substrate Hcp1' ' type VI secretion system substrate VgrG1' ' type VI secretion system tubule-forming protein' ' type VI secretiona ssociated protein TagQ, outer membrane lipoprotein' ' tyrosinase required for pyoverdine maturation' ' UDP-glucose:(heptosyl) LPS alpha 1,3-glucosyltransferase' |
| Gene | ' alg44' ' alg8' ' algA' ' algB' ' algC' ' algD' ' algE' ' algF' ' algG' ' algI' ' algJ' ' algK' ' algL' ' algQ' ' algR' ' algW' ' algX' ' aprA' ' bfmR' ' bioB' ' CBU_2076' ' ccmC' ' ccmE' ' cheA' ' cheR-3' ' cheV' ' cheW-2' ' chpC' ' chpE' ' clpV1' ' dotU1' ' exeG' ' fleR' ' fleS' ' flgA' ' flgB' ' flgC' ' flgD' ' flgF' ' flgG' ' flgH' ' flgI' ' flgJ' ' flgM' ' flhB' ' flhF' ' fliA' ' fliE' ' fliF' ' fliG' ' fliH' ' fliJ' ' fliL' ' fliM' ' fliN' ' fliP' ' fliR' ' fliS' ' hcp1' ' hsiA1' ' hsiB1/vipA' ' hsiC1/vipB' ' hsiF1' ' hsiG1' ' hsiH1' ' hsiJ1' ' htpB' ' icmF1/tssM1' ' lspG' ' mbtH-like' ' motA' ' motB' ' motC' ' motD' ' motY' ' mucA' ' mucB' ' mucD' ' mucP' ' pgaC' ' phnB' ' pilC' ' pilF' ' pilG' ' pilH' ' pilI' ' pilJ' ' ppkA' ' pppA' ' pscN' ' pvdA' ' pvdE' ' pvdH' ' pvdI' ' pvdL' ' pvdM' ' pvdN' ' pvdO' ' pvdP' ' pvdQ' ' rhlA' ' rhlI' ' ricA' ' tagF/pppB' ' tagQ' ' tagR' ' tagS' ' tagT' ' vgrG1a' ' waaA' ' waaC' ' waaF' ' waaG' ' waaP' ' xcpA/pilD' |
| Pathogen | ' Acinetobacter baumannii ACICU' ' Aeromonas hydrophila subsp. hydrophila ATCC 7966' ' Brucella melitensis bv. 1 str. 16M' ' Coxiella burnetii RSA 493' ' Francisella tularensis subsp. tularensis SCHU S4' ' Legionella pneumophila subsp. pneumophila str. Philadelphia 1' ' Pseudomonas aeruginosa PAO1' ' Vibrio cholerae O1 biovar El Tor str. N16961' |
| Functional Categories | ' Type IV Pili' ' Alginate (Mucoid exopolysaccharide)' ' LPS' ' Protease' ' Quorum Sensing' ' Pyoverdine' ' Type III Secretion System' ' Flagella' ' Adherence' ' Iron Uptake' ' Type II Secretion System' ' HSI-I' ' Alginate' ' Biofilm' ' Quorom Sensing' ' Polar Flagella' ' Type IV Secretion System' ' HSI-1' ' Intracellular Survival' ' Biotin Synthesis' |
| Orthologs | ' WP_084376210.1' ' WP_084376213.1' ' WP_084376215.1' ' WP_084376216.1' ' WP_084376217.1' ' WP_084376218.1' ' WP_084376219.1' ' WP_084376220.1' ' WP_084376375.1' ' WP_084376376.1' ' WP_084376510.1' ' WP_084376660.1' ' WP_084376809.1' ' WP_084376838.1' ' WP_084376945.1' ' WP_084376947.1' ' WP_084376948.1' ' WP_084377171.1' ' WP_084377317.1' ' WP_084377945.1' ' WP_084378226.1' ' WP_084378240.1' ' WP_084378246.1' ' WP_084378247.1' ' WP_084378256.1' ' WP_084378454.1' ' WP_084378497.1' ' WP_084378552.1' ' WP_084378554.1' ' WP_084378555.1' ' WP_084378556.1' ' WP_084378557.1' ' WP_084378704.1' ' WP_084379342.1' ' WP_084379443.1' ' WP_084379446.1' ' WP_084379447.1' ' WP_084379448.1' ' WP_084379450.1' ' WP_084379451.1' ' WP_084379452.1' ' WP_084379590.1' ' WP_084379661.1' ' WP_084379662.1' ' WP_084379680.1' ' WP_084379696.1' ' WP_084379698.1' ' WP_084379699.1' ' WP_084380031.1' ' WP_084380094.1' ' WP_084380113.1' ' WP_084380119.1' ' WP_084380121.1' ' WP_084380124.1' ' WP_084380126.1' ' WP_084380695.1' ' WP_084380697.1' ' WP_084380699.1' ' WP_084380713.1' ' WP_084380719.1' ' WP_084380721.1' ' WP_084380722.1' ' WP_084380724.1' ' WP_084380726.1' ' WP_084380728.1' ' WP_084380732.1' ' WP_084380742.1' ' WP_084380744.1' ' WP_084380746.1' ' WP_084380750.1' ' WP_084380752.1' ' WP_084380754.1' ' WP_084380762.1' ' WP_084380766.1' ' WP_084380772.1' ' WP_084380776.1' ' WP_084380778.1' ' WP_084380784.1' ' WP_084380790.1' ' WP_084380792.1' ' WP_084380818.1' ' WP_084381195.1' ' WP_084381314.1' ' WP_084381320.1' ' WP_084381373.1' ' WP_084381471.1' ' WP_084381474.1' ' WP_084381533.1' ' WP_084381550.1' ' WP_084381551.1' ' WP_084381552.1' ' WP_084381553.1' ' WP_084381554.1' ' WP_084381555.1' ' WP_084381556.1' ' WP_084381557.1' ' WP_084381558.1' ' WP_084381559.1' ' WP_084381562.1' ' WP_084381563.1' ' WP_084381564.1' ' WP_084381565.1' ' WP_084381568.1' ' WP_084381569.1' ' WP_084381570.1' ' WP_084381571.1' ' WP_084381572.1' ' WP_084381642.1' ' WP_084381682.1' ' WP_084381861.1' ' WP_084381941.1' ' WP_090221349.1' ' WP_090221350.1' ' WP_090221370.1' ' WP_090221607.1' ' WP_090221610.1' ' WP_111769962.1' ' WP_111770010.1' |