Details of Non Pathogen Ortholog : Massilia violaceinigra
| Vfortho ids |
' VFNP000044'
' VFNP000077'
' VFNP000099'
' VFNP000220'
' VFNP000318'
' VFNP000388'
' VFNP001517'
' VFNP001675'
' VFNP003362'
' VFNP003554'
' VFNP004379'
' VFNP004983'
' VFNP005001'
' VFNP005424'
' VFNP006657'
' VFNP007233'
' VFNP007335'
' VFNP007419'
' VFNP010120'
' VFNP011664'
' VFNP012682'
' VFNP014174'
' VFNP014313'
' VFNP014400'
' VFNP015962'
' VFNP016365'
' VFNP016636'
' VFNP016932'
' VFNP017612'
' VFNP017810'
' VFNP018076'
' VFNP018217'
' VFNP018284'
' VFNP018422'
' VFNP018529'
' VFNP018611'
' VFNP018805'
' VFNP018890'
' VFNP018981'
' VFNP019198'
' VFNP019426'
' VFNP019445'
' VFNP019531'
' VFNP019624'
' VFNP019670'
' VFNP019880'
' VFNP019908'
' VFNP019967'
' VFNP020574'
' VFNP021382'
' VFNP022130'
' VFNP023049'
' VFNP023694'
' VFNP024479'
' VFNP025344'
' VFNP025502'
' VFNP025599'
' VFNP026473'
' VFNP027221'
' VFNP028326'
' VFNP028958'
' VFNP029597'
' VFNP029716'
' VFNP029871'
' VFNP029935'
' VFNP031654'
' VFNP031933'
' VFNP032167'
' VFNP032221'
' VFNP032278'
' VFNP032285'
' VFNP032289'
' VFNP032371'
' VFNP032944'
' VFNP033290'
' VFNP033827'
' VFNP034840'
' VFNP035341'
' VFNP035654'
' VFNP036045'
' VFNP036560'
' VFNP036701'
' VFNP039497'
' VFNP039696'
' VFNP040222'
' VFNP040522'
' VFNP040633'
|
| VFDB ID |
' VFG000032(gb|NP_878989)'
' VFG000033(gb|NP_878990)'
' VFG000034(gb|NP_878991)'
' VFG000036(gb|NP_878993)'
' VFG000037(gb|NP_878994)'
' VFG000038(gb|NP_878995)'
' VFG000112(gb|NP_253216)'
' VFG000113(gb|NP_253217)'
' VFG000180(gb|NP_251791)'
' VFG000182(gb|NP_251793)'
' VFG000274(gb|NP_206868)'
' VFG000430(gb|NP_458739)'
' VFG000462(gb|NP_460110)'
' VFG001214(gb|NP_253237)'
' VFG001223(gb|NP_249086)'
' VFG001224(gb|NP_249087)'
' VFG001225(gb|NP_249099)'
' VFG001381(gb|YP_177728)'
' VFG001855(gb|YP_094724)'
' VFG001867(gb|YP_096960)'
' VFG002069(gb|NP_248773)'
' VFG002070(gb|NP_248774)'
' VFG002074(gb|NP_248778)'
' VFG002220(gb|NP_540803)'
' VFG002325(gb|YP_001006732)'
' VFG002339(gb|YP_001006752)'
' VFG002358(gb|YP_001006783)'
' VFG002376(gb|YP_001007268)'
' VFG002377(gb|YP_001007269)'
' VFG002491(gb|YP_106652)'
' VFG002494(gb|YP_106655)'
' VFG002499(gb|YP_106855)'
' VFG002501(gb|YP_106857)'
' VFG002509(gb|YP_106898)'
' VFG002513(gb|YP_106902)'
' VFG002515(gb|YP_106904)'
' VFG002519(gb|YP_109887)'
' VFG002522(gb|YP_109890)'
' VFG002526(gb|YP_109897)'
' VFG002528(gb|YP_109899)'
' VFG002530(gb|YP_109901)'
' VFG002533(gb|YP_109904)'
' VFG002534(gb|YP_109905)'
' VFG002555(gb|YP_109391)'
' VFG002569(gb|YP_109405)'
' VFG006199(gb|NP_273810)'
' VFG007406(gb|NP_231753)'
' VFG011414(gb|NP_539767)'
' VFG011453(gb|NP_540310)'
' VFG013286(gb|NP_438515)'
' VFG013368(gb|NP_439034)'
' VFG013412(gb|NP_439302)'
' VFG014893(gb|NP_254009)'
' VFG014950(gb|NP_249457)'
' VFG014984(gb|NP_253136)'
' VFG016046(gb|NP_251103)'
' VFG036992(gb|NP_274718)'
' VFG037720(gb|YP_001847164)'
' VFG038317(gb|YP_008045209)'
' VFG038471(gb|YP_857247)'
' VFG038532(gb|YP_855994)'
' VFG038589(gb|YP_854921)'
' VFG038595(gb|YP_854919)'
' VFG038840(gb|YP_008043465)'
' VFG038845(gb|YP_008044084)'
' VFG038857(gb|YP_001140278)'
' VFG038861(gb|YP_001140282)'
' VFG038867(gb|YP_001140288)'
' VFG038872(gb|YP_001140293)'
' VFG038873(gb|YP_001140294)'
' VFG038878(gb|YP_001140299)'
' VFG039536(gb|NP_820549)'
' VFG039549(gb|NP_820577)'
' VFG043195(gb|AAK20919)'
' VFG045340(gb|NP_539653)'
' VFG046465(gb|YP_169203.1)'
' VFG046610(gb|YP_169796.1)'
' VFG047022(gb|YP_170387.1)'
' VFG047162(gb|YP_170397.1)'
' VFG049133(gb|YP_002918166.1)'
' VFG049144(gb|YP_002918165.1)'
' VFG049995(gb|NP_832065.1)'
' VFG050017(gb|NP_832067.1)'
' VFG050028(gb|NP_832068.1)'
|
| Families |
' Ribulose-phosphate 3-epimerase'
' AAA ATPase'
' Acetyltransferase 3 (AT3)'
' AMP-binding'
' ATPase alpha/beta chains'
' Bacterial sugar transferase'
' CheB'
' CheW'
' Class-III pyridoxal-phosphate-dependent aminotransferase'
' CsgG'
' Cytidylyltransferase'
' DegT/DnrJ/EryC1'
' Fe-Mn SOD'
' FHIPEP (flagella/HR/invasion proteins export pore)'
' Flagellin'
' FlgB'
' FlgC'
' FlgG'
' FlgI'
' FlhC'
' FliG'
' FliI'
' FliM'
' FliP'
' FliP/MopC/SpaP'
' FliQ/MopD/SpaQ '
' FliS'
' Gfo/Idh/MocA '
' GHMP Kinases'
' Glycosyltransferase 1 (GT1)'
' Glycosyltransferase 4 (GT4)'
' GspE'
' GspF'
' GspG'
' GTPase'
' Hcp'
' Hexapep'
' HlyD'
' HSP60'
' Isochorismatase'
' Isocitrate lyase'
' KdsA'
' LpxC'
' Mannose-6-phosphate isomerase type 2'
' MotA'
' MotB'
' NA'
' NAD(P)-dependent epimerase/dehydratase'
' NAD(P)-dependent epimerase/dehydratase '
' NTP transferase'
' Peptidase A24'
' Peptidase S1C'
' Phosphohexose mutase'
' Resistance-nodulation-cell division (RND)'
' Response reg'
' Short-chain dehydrogenases/reductases (SDR) '
' Sigma-54 Activator'
' Sigma-70 Factor'
' TACO1'
' UDP-glucose/GDP-mannose dehydrogenase'
' UreG'
' VipA'
' VipB'
' YqeY'
|
| Proteins |
' 2-dehydro-3-deoxyphosphooctonate aldolase'
' 2,3-dihydroxybenzoate adenylase DhbE'
' 2,3-dihydroxybenzoate-2,3-dehydrogenase, DhbA'
' acriflavine resistance protein A'
' acriflavine resistance protein B '
' AlgW protein'
' ATPase protein MshE, GspE-like'
' cation/multidrug efflux pump'
' CDP-glucose 4,6-dehydratase '
' chemotaxis protein CheW'
' chemotaxis protein methyltransferase'
' chemotaxis-specific methylesterase'
' Coxiella Dot/Icm type IVB secretion system'
' curli production assembly/transport protein CsgG'
' diaminobutyrate-2-oxoglutarate aminotransferase PvdH '
' dTDP-D-glucose 4,6-dehydratase'
' dTDP-glucose 46-dehydratase'
' elongation factor Tu'
' flagellar basal body P-ring protein '
' flagellar basal body rod protein FlgC'
' flagellar basal body rod protein FlgG'
' flagellar biosynthesis protein'
' flagellar biosynthesis protein FlhA '
' flagellar biosynthesis protein FliP'
' flagellar biosynthesis protein FliP '
' flagellar biosynthesis sigma factor'
' flagellar biosynthesis transcription activator FlhC '
' flagellar biosynthetic protein FliQ '
' flagellar motor protein MotA'
' flagellar motor protein MotB'
' flagellar motor switch protein FliM'
' flagellar motor switch protein G '
' flagellar P-ring protein precursor FlgI'
' flagellar protein FliS '
' flagellum-specific ATP synthase FliI '
' GDP-mannose pyrophosphorylase'
' general secretion pathway protein E'
' general secretion pathway protein G'
' glucose-1-phosphate cytidylyltransferase '
' Hsp60, 60K heat shock protein HtpB'
' isochorismatase, DhbB'
' Isocitrate lyase Icl (isocitrase) '
' lateral flagellar basal body protein, LfgB'
' lateral flagellar biosynthesis protein'
' lateral flagellar FliI-like assembly ATPase, LfiL'
' lateral flagellin LafA'
' lipopolysaccharide biosynthesis protein'
' mannosyltransferase C '
' membrane protein with ATPase domain, GspA-like'
' multiple transferable resistance system protein MtrD'
' NeuA protein '
' nucleotide sugar dehydrogenase'
' phosphoglucomutase'
' phosphomannomutase AlgC '
' prepilin peptidase'
' probable acetyltransferase'
' probable glycosyl transferase'
' probable oxidoreductase'
' probable sugar transferase'
' Rab2 interacting conserved protein A'
' ribulose-phosphate 3-epimerase'
' serine protease MucD precursor '
' short chain dehydrogenase/reductase family oxidoreductase'
' still frameshift type 4 fimbrial biogenesis'
' sugar kinase'
' superoxide dismutase '
' traffic ATPase '
' twitching ATPase'
' twitching motility protein PilG'
' twitching motility protein PilT'
' twitching motility protein PilT '
' twitching motility protein PilU '
' two-component response regulator PilR'
' type 4 fimbrial biogenesis protein PilB'
' type VI secretion system hcp secretion'
' type VI secretion system tubule-forming protein'
' UDP-3-O-(R-3-hydroxymyristoyl)-N-acetylglucosamine deacetylase '
' UDP-glucose 4-epimerase'
' urease accessory protein (ureG)'
' Vi polysaccharide biosynthesis protein, epimerase TviC'
|
| Gene |
' acrA'
' acrB'
' adeG'
' algC'
' algW'
' bplA'
' bplB'
' bplC'
' bplE'
' bplF'
' bplG'
' CBU_1566'
' CBU_1594'
' cheB'
' cheR'
' cheW'
' csgG'
' ddhA'
' ddhB'
' dhbA'
' dhbB'
' dhbE'
' flgC'
' flgG'
' flgI'
' flhA'
' flhC'
' fliA'
' fliG'
' fliI'
' fliM'
' fliP'
' fliQ'
' fliS'
' flmH'
' flpF'
' galE'
' hsiB1/vipA'
' hsiC1/vipB'
' hsiG1'
' htpB'
' icl'
' kdsA'
' lafA'
' lfgB'
' lfhA'
' lfiI'
' lpxC'
' manC'
' motA'
' motB'
' mshE'
' mshM'
' mtrD'
' mucD'
' nueA'
' pgm'
' pilB'
' pilC'
' pilG'
' pilR'
' pilT'
' pilT2'
' pilU'
' pvdH'
' rffG'
' ricA'
' rpe'
' sodB'
' tapD'
' tapW'
' tufA'
' tviC'
' ureG'
' wbpZ'
' wbtE'
' wbtM'
' wcbL'
' xcpR'
' xcpT'
|
| Pathogen |
' Acinetobacter baumannii ACICU'
' Aeromonas hydrophila ML09-119'
' Aeromonas hydrophila str. AH-3'
' Aeromonas hydrophila subsp. hydrophila ATCC 7966'
' Aeromonas salmonicida subsp. salmonicida A449'
' Bacillus cereus ATCC 14579'
' Bordetella pertussis Tohama I'
' Brucella melitensis bv. 1 str. 16M'
' Burkholderia pseudomallei K96243'
' 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'
' Mycobacterium tuberculosis H37Rv'
' Neisseria meningitidis MC58'
' Pseudomonas aeruginosa PAO1'
' Salmonella enterica subsp. enterica serovar Typhi str. CT18'
' Salmonella enterica subsp. enterica serovar Typhimurium str. LT2'
' Vibrio cholerae O1 biovar El Tor str. N16961'
' Yersinia enterocolitica subsp. enterocolitica 8081'
|
| Functional Categories |
' LPS'
' Type IV Pili'
' Type II Secretion System'
' Urease'
' Vi Antigen'
' Thin aggregative fimbriae'
' Metabolic Adaptation'
' Adherence'
' Stress Protein'
' HSI-I'
' Flagella'
' Capsule'
' LOS'
' Alginate'
' Pyoverdine'
' Efflux pump'
' Biofilm'
' Polar Flagella'
' Lateral Flagella'
' Type IV Secretion System'
' Intracellular Survival'
' Bacillibactin'
|
| Orthologs |
' WP_099873609.1'
' WP_099873610.1'
' WP_099873643.1'
' WP_099873662.1'
' WP_099873674.1'
' WP_099873683.1'
' WP_099873737.1'
' WP_099873741.1'
' WP_099874117.1'
' WP_099874374.1'
' WP_099874375.1'
' WP_099874386.1'
' WP_099874453.1'
' WP_099874469.1'
' WP_099874471.1'
' WP_099874472.1'
' WP_099874613.1'
' WP_099874619.1'
' WP_099874620.1'
' WP_099874632.1'
' WP_099874638.1'
' WP_099874639.1'
' WP_099874642.1'
' WP_099874645.1'
' WP_099875017.1'
' WP_099875022.1'
' WP_099875184.1'
' WP_099875210.1'
' WP_099875218.1'
' WP_099875223.1'
' WP_099875291.1'
' WP_099875368.1'
' WP_099875428.1'
' WP_099875444.1'
' WP_099875563.1'
' WP_099875567.1'
' WP_099875575.1'
' WP_099875579.1'
' WP_099875581.1'
' WP_099875590.1'
' WP_099875591.1'
' WP_099875593.1'
' WP_099875597.1'
' WP_099875599.1'
' WP_099875610.1'
' WP_099875626.1'
' WP_099875682.1'
' WP_099875757.1'
' WP_099875778.1'
' WP_099875800.1'
' WP_099876798.1'
' WP_099876849.1'
' WP_099876852.1'
' WP_099876855.1'
' WP_099876863.1'
' WP_099876868.1'
' WP_099876871.1'
' WP_099877013.1'
' WP_099877040.1'
' WP_099877160.1'
' WP_099877175.1'
' WP_099877178.1'
' WP_099877228.1'
' WP_099877293.1'
' WP_099877430.1'
' WP_099877433.1'
' WP_099878664.1'
' WP_099878706.1'
' WP_099879008.1'
' WP_099879712.1'
' WP_099879731.1'
' WP_099880252.1'
' WP_099880254.1'
' WP_099880256.1'
' WP_099880263.1'
' WP_099880264.1'
' WP_099880266.1'
' WP_099880842.1'
' WP_099880845.1'
' WP_099880858.1'
' WP_099881582.1'
' WP_099881586.1'
' WP_099881590.1'
' WP_099881685.1'
' WP_099881695.1'
' WP_099882345.1'
' WP_099882911.1'
|