Details of Non Pathogen Ortholog : Agarivorans gilvus
| Vfortho ids |
' VFNP000710'
' VFNP001959'
' VFNP002860'
' VFNP004328'
' VFNP004653'
' VFNP004796'
' VFNP004998'
' VFNP005273'
' VFNP010000'
' VFNP011619'
' VFNP011685'
' VFNP012182'
' VFNP012576'
' VFNP014273'
' VFNP020543'
' VFNP020579'
' VFNP022330'
' VFNP022925'
' VFNP022997'
' VFNP023074'
' VFNP023336'
' VFNP023348'
' VFNP023730'
' VFNP024118'
' VFNP024223'
' VFNP024245'
' VFNP024329'
' VFNP024619'
' VFNP024726'
' VFNP027041'
' VFNP028610'
' VFNP028783'
' VFNP028822'
' VFNP028867'
' VFNP028912'
' VFNP029144'
' VFNP029201'
' VFNP029366'
' VFNP029389'
' VFNP029394'
' VFNP029436'
' VFNP029735'
' VFNP029777'
' VFNP029806'
' VFNP029948'
' VFNP029968'
' VFNP029988'
' VFNP030002'
' VFNP030029'
' VFNP030127'
' VFNP030190'
' VFNP030245'
' VFNP030363'
' VFNP030423'
' VFNP030439'
' VFNP030446'
' VFNP030460'
' VFNP030509'
' VFNP030595'
' VFNP030649'
' VFNP030729'
' VFNP030819'
' VFNP030833'
' VFNP030835'
' VFNP030869'
' VFNP030907'
' VFNP030925'
' VFNP030980'
' VFNP030992'
' VFNP031004'
' VFNP031105'
' VFNP031151'
' VFNP031196'
' VFNP031322'
' VFNP031451'
' VFNP031934'
' VFNP032124'
' VFNP032503'
' VFNP032625'
' VFNP033304'
' VFNP033842'
' VFNP035204'
' VFNP035307'
' VFNP035923'
' VFNP036844'
' VFNP038250'
|
| VFDB ID |
' VFG000077(gb|NP_465991)'
' VFG000121(gb|NP_249453)'
' VFG000143(gb|NP_253699)'
' VFG000274(gb|NP_206868)'
' VFG000331(gb|NP_439675)'
' VFG000332(gb|NP_439271)'
' VFG000430(gb|NP_458739)'
' VFG000431(gb|NP_458740)'
' VFG001381(gb|YP_177728)'
' VFG001855(gb|YP_094724)'
' VFG001856(gb|YP_094893)'
' VFG001862(gb|YP_096397)'
' VFG001867(gb|YP_096960)'
' VFG002070(gb|NP_248774)'
' VFG007358(gb|NP_231831)'
' VFG007406(gb|NP_231753)'
' VFG012002(gb|NP_282439)'
' VFG013265(gb|NP_438428)'
' VFG013286(gb|NP_438515)'
' VFG013315(gb|NP_438813)'
' VFG013321(gb|NP_438894)'
' VFG013368(gb|NP_439034)'
' VFG013374(gb|NP_439075)'
' VFG013384(gb|NP_439218)'
' VFG013390(gb|NP_439219)'
' VFG013412(gb|NP_439302)'
' VFG013418(gb|NP_439337)'
' VFG013465(gb|NP_439706)'
' VFG018241(gb|NP_230208)'
' VFG038191(gb|YP_001844795)'
' VFG038272(gb|YP_855102)'
' VFG038276(gb|YP_855103)'
' VFG038280(gb|YP_855104)'
' VFG038284(gb|YP_855105)'
' VFG038431(gb|YP_858308)'
' VFG038435(gb|YP_858309)'
' VFG038439(gb|YP_858310)'
' VFG038451(gb|YP_857683)'
' VFG038459(gb|YP_857681)'
' VFG038463(gb|YP_858121)'
' VFG038580(gb|YP_854924)'
' VFG038586(gb|YP_854922)'
' VFG038589(gb|YP_854921)'
' VFG038595(gb|YP_854919)'
' VFG038599(gb|YP_854918)'
' VFG038619(gb|YP_008041809)'
' VFG038622(gb|YP_855903)'
' VFG038630(gb|YP_855905)'
' VFG038638(gb|YP_855907)'
' VFG038654(gb|YP_855911)'
' VFG038658(gb|YP_855912)'
' VFG038674(gb|YP_855916)'
' VFG038679(gb|YP_008042624)'
' VFG038686(gb|YP_855919)'
' VFG038690(gb|YP_855920)'
' VFG038694(gb|YP_855921)'
' VFG038698(gb|YP_855922)'
' VFG038702(gb|YP_855923)'
' VFG038707(gb|YP_008042631)'
' VFG038722(gb|YP_855928)'
' VFG038734(gb|YP_856235)'
' VFG038752(gb|YP_857151)'
' VFG038755(gb|YP_857328)'
' VFG038763(gb|YP_857330)'
' VFG038779(gb|YP_857339)'
' VFG038783(gb|YP_857340)'
' VFG038787(gb|YP_857341)'
' VFG038791(gb|YP_857342)'
' VFG038803(gb|YP_857345)'
' VFG038811(gb|YP_857347)'
' VFG038815(gb|YP_857348)'
' VFG038835(gb|YP_857807)'
' VFG038840(gb|YP_008043465)'
' VFG038845(gb|YP_008044084)'
' VFG038851(gb|YP_008043011)'
' VFG038904(gb|YP_857967)'
' VFG039282(gb|NP_819314)'
' VFG039549(gb|NP_820577)'
' VFG043204(gb|YP_855930)'
' VFG045607(gb|YP_096929)'
' VFG046465(gb|YP_169203.1)'
' VFG046610(gb|YP_169796.1)'
' VFG047256(gb|YP_169432.1)'
' VFG048797(gb|YP_002920350.1)'
|
| Families |
' Ribulose-phosphate 3-epimerase'
' AAA ATPase'
' Acetyltransferase 3 (AT3)'
' Autoinducer synthase'
' CcmC/CycZ/HelC'
' CheR'
' CheW'
' CheZ'
' ClpP'
' Cytidylyltransferase'
' Fe-Mn SOD'
' FleQ'
' FlgB'
' FlgC'
' FlgF'
' FlgG'
' FlgH'
' FlgI'
' FlhF'
' FliE'
' FliG'
' FliI'
' FliM'
' FliN/MopA/SpaO'
' FliQ/MopD/SpaQ '
' FliR/MopE/SpaR'
' Glycosyltransferase 2 (GT2)'
' Glycosyltransferase 9 (GT9) '
' GspD'
' GspE'
' GspF'
' GspG'
' GTPase'
' HSP60'
' Hy-lIII'
' Isocitrate lyase'
' KdsA'
' Lipoprotein 18'
' LpxA'
' LpXB'
' LpxC'
' LpxD'
' LpxH'
' LuxS'
' MotA'
' N Methyl'
' N-acetylglucosamine-1-phosphate uridyltransferase'
' NAD(P)-dependent epimerase/dehydratase'
' NAD(P)-dependent epimerase/dehydratase '
' NeuB'
' OmpA'
' ParA'
' Peptidase A24 '
' Peroxidase'
' PfkB'
' PilO'
' Polysaccharide synthase'
' Response reg'
' RNA methyltransferase RsmE'
' Secretin'
' Sel1'
' Sigma-54 Factor'
' Sigma-70 factor '
' SIS'
' T3SS Exporter'
' TER Reductase'
' UDP-glucose/GDP-mannose dehydrogenase'
' UreG'
' VipB'
' YqeY'
|
| Proteins |
' 2-dehydro-3-deoxyphosphooctonate aldolase'
' ADP-heptose synthase '
' ADP-L-glycero-D-mannoheptose-6-epimerase'
' alginate biosynthesis protein AlgZ/FimS'
' ATP-dependent Clp protease proteolytic subunit'
' ATPase protein MshE, GspE-like'
' beta-1,4-glucosyltransferase'
' catalase-peroxidase KatB'
' chemotaxis protein CheA'
' chemotaxis protein CheR'
' chemotaxis protein CheW '
' chemotaxis protein CheY'
' chemotaxis protein CheZ'
' chemotaxis protein PomA '
' CheV '
' CobQ/CobB/MinD/ParA family protein'
' CobQ/CobB/MinD/ParA family protein '
' Coxiella Dot/Icm type IVB secretion system'
' cytochrome c-type biogenesis protein CcmC, putative'
' deoxyribonucleotide triphosphate pyrophosphatase '
' Dot/Icm type IV secretion system effector'
' dTDP-glucose 46-dehydratase'
' elongation factor Tu'
' flagellar basal body L-ring protein'
' flagellar basal body P-ring protein'
' flagellar basal body protein'
' flagellar basal body rod protein FlgC'
' flagellar basal body rod protein FlgG'
' flagellar basal-body rod protein FlgF '
' flagellar biosynthesis protein'
' flagellar biosynthesis protein FlhF'
' flagellar biosynthesis protein FliR'
' flagellar biosynthesis sigma factor '
' flagellar biosynthetic protein FlhB'
' flagellar hook-basal body complex protein FliE'
' flagellar motor switch protein FliM '
' flagellar motor switch protein FliN'
' flagellar motor switch protein G'
' flagellin'
' flagellum-specific ATP synthase '
' FleQ protein'
' general secretion pathway protein D'
' general secretion pathway protein F'
' general secretion pathway protein G '
' general secretory pathway protein E '
' hemolysin III '
' heptosyltransferase I'
' Hsp60, 60K heat shock protein HtpB'
' Isocitrate lyase Icl (isocitrase) '
' lipid-A-disaccharide synthase'
' membrane protein with ATPase domain, GspA-like'
' MSHA (mannose-sensitive hemagglutinin) pili biogenesis protein'
' MSHA (mannose-sensitive hemagglutinin) pili minor prepilin'
' N-acyl-L-homoserine lactone synthetase'
' NeuA protein '
' phosphoheptose isomerase'
' prepilin peptidase, pilD-like '
' pseudaminic acid synthase, NeuB '
' ribulose-phosphate 3-epimerase'
' S-ribosylhomocysteinase'
' short chain dehydrogenase/reductase family oxidoreductase'
' sodium-type flagellar motor component'
' sodium-type flagellar protein MotY'
' superoxide dismutase '
' transcriptional activator '
' twitching ATPase'
' type IV fimbrial assembly protein'
' type IV pilus assembly ATPase'
' type IV pilus biogenesis protein PilO'
' type IV pilus secretin PilQ '
' type VI secretion system tubule-forming protein'
' UDP-2,3-diacylglucosamine pyrophosphohydrolase '
' UDP-3-O-(3-hydroxymyristoyl) glucosamine N-acyltransferase '
' UDP-3-O-(R-3-hydroxymyristoyl)-N-acetylglucosamine deacetylase '
' UDP-GlcNAc-specific C4,6 dehydratase/C5 epimerase'
' UDP-glucose 4-epimerase'
' UDP-glucose 6-dehydrogenase'
' UDP-N-acetylglucosamine acyltransferase'
' UDP-N-acetylglucosamine pyrophosphorylase/glucosamine-1-phosphate N-acetyltransferase'
' urease accessory protein (ureG)'
' Vi polysaccharide biosynthesis protein, epimerase TviC'
' Vi polysaccharide biosynthesis protein, UDP-glucose/GDP-mannose dehydrogenase'
|
| Gene |
' abaI'
' AHA_1389'
' AHA_3493'
' algU'
' CBU_0270'
' CBU_1594'
' ccmC'
' cheA'
' cheR-3'
' cheV'
' cheW-2'
' cheY'
' cheZ'
' clpP'
' exeD'
' exeE'
' exeF'
' exeG'
' flaB'
' fleQ/flrC'
' fleR/flrC'
' flgB'
' flgC'
' flgF'
' flgG'
' flgH'
' flgI'
' flhB'
' flhF'
' flhG'
' fliA'
' fliE'
' fliG'
' fliI'
' fliM'
' fliN'
' fliQ'
' fliR'
' flmH'
' galE'
' glmU'
' gmhA/lpcA'
' hsiC1/vipB'
' htpB'
' icl'
' katB'
' kdsA'
' lgtF'
' lpg2936'
' lpxA'
' lpxB'
' lpxC'
' lpxD'
' lpxH'
' luxS'
' motX'
' motY'
' mshA'
' mshE'
' mshG'
' mshL'
' mshM'
' nueA'
' nueB'
' orfM'
' pomA2'
' pseB'
' rfaD'
' rfaE'
' rffG'
' rpe'
' sodB'
' tapB'
' tapC'
' tapD'
' tapO'
' tapQ'
' tapT'
' tufA'
' tviB'
' tviC'
' ugd'
' ureG'
' waaF'
|
| Pathogen |
' Acinetobacter baumannii ACICU'
' Aeromonas hydrophila ML09-119'
' Aeromonas hydrophila subsp. hydrophila ATCC 7966'
' Campylobacter jejuni subsp. jejuni NCTC 11168'
' Coxiella burnetii RSA 493'
' Francisella tularensis subsp. tularensis SCHU S4'
' Haemophilus influenzae Rd KW20'
' Helicobacter pylori 26695'
' Klebsiella pneumoniae subsp. pneumoniae NTUH-K2044'
' Legionella pneumophila subsp. pneumophila str. Philadelphia 1'
' Listeria monocytogenes EGD-e'
' Mycobacterium tuberculosis H37Rv'
' Pseudomonas aeruginosa PAO1'
' Salmonella enterica subsp. enterica serovar Typhi str. CT18'
' Vibrio cholerae O1 biovar El Tor str. N16961'
|
| Functional Categories |
' Stress Protein'
' Alginate (Mucoid exopolysaccharide)'
' LPS'
' Urease'
' LOS'
' Vi Antigen'
' Metabolic Adaptation'
' Adherence'
' Iron Uptake'
' HSI-I'
' Flagella'
' Glycosylation (O-linked)'
' Quorum Sensing'
' Quorom Sensing'
' Type II Secretion System'
' Type IV Pili'
' Polar Flagella'
' Toxin'
' Type IV Secretion System'
' Capsule'
|
| Orthologs |
' WP_055731294.1'
' WP_055731300.1'
' WP_055731465.1'
' WP_055731539.1'
' WP_055731716.1'
' WP_055731963.1'
' WP_055732006.1'
' WP_055732068.1'
' WP_055732078.1'
' WP_055732080.1'
' WP_055732081.1'
' WP_055732085.1'
' WP_055732099.1'
' WP_055732100.1'
' WP_055732105.1'
' WP_055732106.1'
' WP_055732107.1'
' WP_055732108.1'
' WP_055732111.1'
' WP_055732112.1'
' WP_055732113.1'
' WP_055732128.1'
' WP_055732141.1'
' WP_055732142.1'
' WP_055732182.1'
' WP_055732186.1'
' WP_055732188.1'
' WP_055732192.1'
' WP_055732193.1'
' WP_055732194.1'
' WP_055732195.1'
' WP_055732196.1'
' WP_055732198.1'
' WP_055732199.1'
' WP_055732200.1'
' WP_055732203.1'
' WP_055732204.1'
' WP_055732207.1'
' WP_055732209.1'
' WP_055732211.1'
' WP_055732229.1'
' WP_055732272.1'
' WP_055732334.1'
' WP_055732370.1'
' WP_055732403.1'
' WP_055732736.1'
' WP_055732766.1'
' WP_055732785.1'
' WP_055732786.1'
' WP_055732787.1'
' WP_055732795.1'
' WP_055732853.1'
' WP_055732854.1'
' WP_055732856.1'
' WP_055732931.1'
' WP_055732937.1'
' WP_055732939.1'
' WP_055732946.1'
' WP_055733315.1'
' WP_055733469.1'
' WP_055733601.1'
' WP_055733605.1'
' WP_055733606.1'
' WP_055733693.1'
' WP_055733715.1'
' WP_055733808.1'
' WP_055733809.1'
' WP_055733996.1'
' WP_055734052.1'
' WP_055734217.1'
' WP_055734233.1'
' WP_055734369.1'
' WP_055734375.1'
' WP_055734461.1'
' WP_055734540.1'
' WP_055734653.1'
' WP_055734682.1'
' WP_055734915.1'
' WP_055734917.1'
' WP_055734955.1'
' WP_055735060.1'
' WP_055735061.1'
' WP_055735114.1'
' WP_157051763.1'
' WP_157051830.1'
' WP_157051831.1'
|