Details of Non Pathogen Ortholog : Enterobacter soli
| Vfortho ids |
' VFNP002831'
' VFNP004628'
' VFNP004640'
' VFNP004790'
' VFNP005379'
' VFNP005383'
' VFNP005385'
' VFNP005390'
' VFNP005396'
' VFNP005398'
' VFNP005400'
' VFNP005402'
' VFNP005404'
' VFNP005408'
' VFNP005417'
' VFNP005437'
' VFNP005689'
' VFNP005706'
' VFNP005707'
' VFNP005762'
' VFNP005775'
' VFNP005797'
' VFNP005923'
' VFNP005984'
' VFNP005994'
' VFNP006012'
' VFNP006027'
' VFNP006213'
' VFNP006324'
' VFNP006339'
' VFNP009881'
' VFNP010710'
' VFNP011323'
' VFNP012783'
' VFNP016267'
' VFNP016277'
' VFNP016337'
' VFNP016400'
' VFNP016409'
' VFNP016424'
' VFNP016450'
' VFNP016451'
' VFNP016452'
' VFNP016465'
' VFNP016483'
' VFNP016514'
' VFNP016640'
' VFNP016641'
' VFNP016648'
' VFNP016655'
' VFNP016661'
' VFNP016668'
' VFNP016693'
' VFNP016730'
' VFNP016745'
' VFNP016755'
' VFNP016817'
' VFNP016844'
' VFNP016853'
' VFNP016861'
' VFNP016900'
' VFNP016959'
' VFNP016981'
' VFNP017946'
' VFNP019951'
' VFNP022742'
' VFNP022767'
' VFNP022878'
' VFNP022989'
' VFNP023342'
' VFNP023564'
' VFNP023585'
' VFNP023642'
' VFNP024132'
' VFNP024196'
' VFNP024258'
' VFNP024290'
' VFNP024571'
' VFNP024628'
' VFNP024688'
' VFNP024780'
' VFNP026488'
' VFNP027031'
' VFNP027150'
' VFNP027734'
' VFNP028257'
' VFNP028759'
' VFNP028855'
' VFNP028903'
' VFNP029040'
' VFNP029049'
' VFNP029052'
' VFNP029055'
' VFNP029058'
' VFNP029068'
' VFNP031472'
' VFNP031876'
' VFNP032428'
' VFNP032449'
' VFNP032517'
' VFNP032985'
' VFNP033908'
' VFNP034128'
' VFNP034161'
' VFNP034165'
' VFNP034176'
' VFNP034177'
' VFNP034230'
' VFNP034274'
' VFNP034637'
' VFNP034651'
' VFNP034658'
' VFNP034926'
' VFNP034936'
' VFNP035634'
' VFNP036160'
' VFNP036890'
' VFNP036990'
' VFNP037198'
' VFNP037738'
' VFNP037751'
' VFNP037763'
' VFNP037796'
' VFNP037979'
' VFNP038006'
' VFNP038013'
' VFNP038018'
' VFNP038020'
' VFNP038022'
' VFNP038024'
' VFNP038039'
' VFNP038048'
' VFNP038050'
' VFNP038051'
' VFNP038052'
' VFNP038055'
' VFNP038068'
' VFNP038072'
' VFNP038383'
' VFNP038414'
' VFNP038480'
' VFNP038525'
' VFNP038553'
' VFNP038819'
' VFNP038847'
' VFNP038851'
' VFNP038884'
' VFNP039035'
' VFNP039111'
' VFNP039115'
' VFNP039124'
' VFNP039128'
' VFNP039141'
' VFNP039143'
' VFNP039385'
' VFNP039426'
' VFNP039566'
' VFNP039687'
' VFNP039865'
' VFNP039952'
|
| VFDB ID |
' VFG000142(gb|NP_253698)'
' VFG000330(gb|NP_438812)'
' VFG000331(gb|NP_439675)'
' VFG000332(gb|NP_439271)'
' VFG000444(gb|NP_459539)'
' VFG000445(gb|NP_459540)'
' VFG000446(gb|NP_459541)'
' VFG000447(gb|NP_459542)'
' VFG000448(gb|NP_459543)'
' VFG000457(gb|NP_460114)'
' VFG000458(gb|NP_460115)'
' VFG000459(gb|NP_460116)'
' VFG000460(gb|NP_460112)'
' VFG000461(gb|NP_460111)'
' VFG000462(gb|NP_460110)'
' VFG000463(gb|NP_460019)'
' VFG000574(gb|NP_462662)'
' VFG000575(gb|NP_462663)'
' VFG000669(gb|NP_706257)'
' VFG000670(gb|NP_706258)'
' VFG000872(gb|NP_757240)'
' VFG000916(gb|NP_756169)'
' VFG000917(gb|NP_756170)'
' VFG000922(gb|NP_756179)'
' VFG000924(gb|NP_752610)'
' VFG000925(gb|NP_752606)'
' VFG000928(gb|NP_752607)'
' VFG000931(gb|NP_752611)'
' VFG001381(gb|YP_177728)'
' VFG001443(gb|AAF37887)'
' VFG001855(gb|YP_094724)'
' VFG001867(gb|YP_096960)'
' VFG002318(gb|YP_001006725)'
' VFG002319(gb|YP_001006726)'
' VFG002325(gb|YP_001006732)'
' VFG002327(gb|YP_001006740)'
' VFG002328(gb|YP_001006741)'
' VFG002329(gb|YP_001006742)'
' VFG002330(gb|YP_001006743)'
' VFG002332(gb|YP_001006745)'
' VFG002334(gb|YP_001006747)'
' VFG002335(gb|YP_001006748)'
' VFG002336(gb|YP_001006749)'
' VFG002338(gb|YP_001006751)'
' VFG002339(gb|YP_001006752)'
' VFG002340(gb|YP_001006753)'
' VFG002341(gb|YP_001006754)'
' VFG002342(gb|YP_001006755)'
' VFG002343(gb|YP_001006756)'
' VFG002344(gb|YP_001006757)'
' VFG002345(gb|YP_001006758)'
' VFG002347(gb|YP_001006760)'
' VFG002348(gb|YP_001006761)'
' VFG002349(gb|YP_001006762)'
' VFG002351(gb|YP_001006764)'
' VFG002353(gb|YP_001006766)'
' VFG002356(gb|YP_001006770)'
' VFG002357(gb|YP_001006771)'
' VFG002358(gb|YP_001006783)'
' VFG002359(gb|YP_001006784)'
' VFG002361(gb|YP_001007253)'
' VFG002414(gb|NP_286010)'
' VFG004125(gb|NP_460113)'
' VFG013242(gb|NP_438232)'
' VFG013248(gb|NP_438233)'
' VFG013265(gb|NP_438428)'
' VFG013286(gb|NP_438515)'
' VFG013315(gb|NP_438813)'
' VFG013346(gb|NP_438972)'
' VFG013365(gb|NP_439033)'
' VFG013368(gb|NP_439034)'
' VFG013374(gb|NP_439075)'
' VFG013384(gb|NP_439218)'
' VFG013390(gb|NP_439219)'
' VFG013400(gb|NP_439262)'
' VFG013418(gb|NP_439337)'
' VFG013436(gb|NP_439676)'
' VFG013465(gb|NP_439706)'
' VFG013508(gb|NP_439858)'
' VFG016046(gb|NP_251103)'
' VFG018241(gb|NP_230208)'
' VFG036956(gb|NP_273368)'
' VFG037064(gb|NP_273631)'
' VFG037720(gb|YP_001847164)'
' VFG038272(gb|YP_855102)'
' VFG038276(gb|YP_855103)'
' VFG038284(gb|YP_855105)'
' VFG038365(gb|YP_855659)'
' VFG038378(gb|YP_856366)'
' VFG038380(gb|YP_856367)'
' VFG038385(gb|YP_856370)'
' VFG038391(gb|YP_856373)'
' VFG038395(gb|YP_856375)'
' VFG038840(gb|YP_008043465)'
' VFG038845(gb|YP_008044084)'
' VFG038895(gb|YP_855347)'
' VFG038900(gb|YP_857314)'
' VFG038904(gb|YP_857967)'
' VFG039536(gb|NP_820549)'
' VFG043205(gb|YP_001006773)'
' VFG043208(gb|YP_001006776)'
' VFG043209(gb|YP_001006778)'
' VFG043211(gb|YP_001006780)'
' VFG043212(gb|YP_001006781)'
' VFG044159(gb|NP_752602)'
' VFG044165(gb|NP_752609)'
' VFG044172(gb|NP_756180)'
' VFG045346(gb|NP_933683)'
' VFG046610(gb|YP_169796.1)'
' VFG047039(gb|YP_170388.1)'
' VFG047256(gb|YP_169432.1)'
' VFG047512(gb|YP_169930.1)'
' VFG047600(gb|YP_170144.1)'
' VFG048237(gb|YP_002921135.1)'
' VFG048409(gb|YP_002918380.1)'
' VFG048419(gb|YP_002918379.1)'
' VFG048468(gb|YP_002918373.1)'
' VFG048628(gb|YP_005226597.1)'
' VFG048639(gb|YP_005226598.1)'
' VFG048650(gb|YP_005226599.1)'
' VFG048661(gb|YP_005226600.1)'
' VFG048683(gb|YP_005226602.1)'
' VFG048693(gb|YP_005226603.1)'
' VFG048704(gb|YP_005226604.1)'
' VFG048736'
' VFG048751(gb|YP_005226614.1)'
' VFG048767(gb|YP_005226617.1)'
' VFG048776(gb|YP_005226618.1)'
' VFG048784(gb|YP_005226619.1)'
' VFG048797(gb|YP_002920350.1)'
' VFG048808(gb|YP_002920351.1)'
' VFG048819(gb|YP_002920352.1)'
' VFG048830(gb|YP_002920353.1)'
' VFG048841(gb|YP_002920354.1)'
' VFG048852(gb|YP_002920355.1)'
' VFG048874(gb|YP_002920357.1)'
' VFG048885(gb|YP_002920358.1)'
' VFG048951(gb|YP_002920364.1)'
' VFG048962(gb|YP_002920365.1)'
' VFG048972(gb|YP_002920366.1)'
' VFG049007(gb|YP_002920216.1)'
' VFG049133(gb|YP_002918166.1)'
' VFG049144(gb|YP_002918165.1)'
|
| Families |
' Ribulose-phosphate 3-epimerase'
' 6-phosphogluconate dehydrogenase'
' ABC Transporter'
' Acetyltransferase 3 (AT3)'
' Bacterial sugar transferase'
' Biotin synthase'
' Cation-ATPase'
' CheD'
' CheR'
' CheW'
' CheZ'
' Class-III pyridoxal-phosphate-dependent aminotransferase'
' ClpA/ClpB'
' CsgA/CsgB'
' CsgC/AgfC'
' CsgE'
' CsgF'
' CsgG'
' Cu-Zn SOD '
' Cytidylyltransferase'
' DotU'
' EcpA/MatB fimbrillin'
' EmrB'
' Enoyl-(Acyl carrier protein) reductase'
' EntS'
' Esterase'
' Fe-Mn SOD'
' FecCD'
' FHIPEP (flagella/HR/invasion proteins export pore)'
' Fimbrial Protein'
' Flagella basal body rod proteins'
' Flagellin'
' FlgB'
' FlgD'
' FlgE'
' FlgF'
' FlgH'
' FlgI'
' FlgJ'
' FlgM'
' FlhC'
' FlhD'
' FliE'
' FliF'
' FliG'
' FliH'
' FliJ'
' FliL'
' FliM'
' FliN'
' FliP'
' FliQ/MopD/SpaQ '
' FliR/MopE/SpaR'
' FliS'
' GerE'
' GGT'
' Glycoside hydrolase family 36'
' Glycosyltransferase 1 (GT1)'
' Glycosyltransferase 2 (GT2)'
' Glycosyltransferase 4 (GT4)'
' Glycosyltransferase 9 (GT9)'
' GspD'
' GspE'
' GspG'
' GtrA'
' HCP'
' Heme Transporter'
' HemS'
' HlyD'
' HSP60'
' Hy-lIII'
' IcmF'
' Integrase'
' Isochorismatase'
' Isochorismate synthase'
' Isocitrate lyase'
' KdsA'
' Lipid Exporter'
' Lipoprotein 18'
' LpxA'
' LpXB'
' LpxD'
' LpxK'
' LpxL/LpxM/LpxP'
' LuxS'
' Mannose-6-phosphate isomerase type 2'
' MgtC/SapB'
' MotB'
' N-acetylglucosamine-1-phosphate uridyltransferase'
' NA'
' NAD(P)-dependent epimerase/dehydratase'
' NAD(P)-dependent epimerase/dehydratase '
' NlpA lipoprotein'
' NTP transferase'
' OmpA'
' PapC'
' Periplasmic binding protein (PBP)'
' PfkB'
' Phosphohexose mutase'
' RcsA'
' Resistance-nodulation-cell division (RND)'
' SciN'
' Sigma-70 factor'
' SIS'
' T3SS Exporter'
' TACO1'
' TonB-dependent receptor '
' TssF'
' TssG'
' UDP-glucose/GDP-mannose dehydrogenase'
' UDPGP type 2'
' VasE'
' VgrG'
' VipA'
' VipB'
' Wza'
' Wzb'
' Wzc'
' YidD'
|
| Proteins |
' 2-dehydro-3-deoxyphosphooctonate aldolase'
' 2,3-dihydro-2,3-dihydroxybenzoate synthetase, isochroismatase'
' 2,3-dihydroxybenzoate-2,3-dehydrogenase '
' 3-deoxy-D-manno-octulosonic-acid (KDO) transferase'
' 3-deoxy-d-manno-octulosonic-acid transferase '
' 6-phosphogluconate dehydrogenase'
' acriflavine resistance protein A'
' acriflavine resistance protein B '
' ADP-heptose synthase '
' ADP-heptose-LPS heptosyltransferase II '
' ADP-L-glycero-D-mannoheptose-6-epimerase'
' alternative sigma factor regulatory protein '
' ATP-binding hydrophilic protein ChuV'
' bactoprenol glucosyl transferase'
' bactoprenol-linked glucose translocase/flippase'
' beta-1,4-glucosyltransferase'
' biotin synthase'
' capsule polysaccharide export protein precursor '
' cation/multidrug efflux pump'
' chaperone protein FimC'
' chemotaxis methyltransferase CheR'
' chemotaxis protein CheA'
' chemotaxis regulator CheZ '
' colanic acid biosynthesis glycosyltransferase WcaI'
' Coxiella Dot/Icm type IVB secretion system'
' curli assembly protein CsgC'
' curli production assembly/transport protein CsgE'
' curli production assembly/transport protein CsgF '
' curli production assembly/transport protein CsgG'
' curlin major subunit CsgA'
' deoxyribonucleotide triphosphate pyrophosphatase '
' diaminobutyrate-2-oxoglutarate aminotransferase PvdH '
' DNA-binding transcriptional regulator CsgD'
' dTDP-glucose 46-dehydratase'
' E. coli common pilus structural subunit'
' enterobactin exporter, iron-regulated'
' enterobactin/ferric enterobactin esterase'
' fatty acid efflux system protein FarB'
' ferrienterobactin ABC transporter ATPase'
' ferrienterobactin ABC transporter periplasmic binding protein'
' fimbrial protein internal segment'
' flagellar assembly protein H '
' flagellar basal body protein FliL '
' flagellar basal-body rod modification protein FlgD'
' flagellar basal-body rod protein FlgB'
' flagellar basal-body rod protein FlgF'
' flagellar biosynthesis protein FlhA '
' flagellar biosynthesis sigma factor'
' flagellar biosynthesis transcription activator FlhC '
' flagellar biosynthetic protein FlhB'
' flagellar biosynthetic protein FliP'
' flagellar biosynthetic protein FliQ '
' flagellar biosynthetic protein FliR'
' flagellar hook protein FlgE'
' flagellar hook-associated protein 1 FlgK '
' flagellar hook-associated protein 3 FlgL'
' flagellar hook-basal body complex protein FliE'
' flagellar L-ring protein precursor FlgH'
' flagellar M-ring protein FliF'
' flagellar motor protein MotB'
' 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'
' flagellar transcriptional activator FlhD'
' gamma-glutamyltranspeptidase'
' GDP-D-mannose dehydratase '
' GDP-fucose synthetaseniae'
' general secretion pathway protein D'
' general secretion pathway protein G '
' general secretory pathway protein E '
' glucose-1-phosphate thymidylyltransferase '
' glucosephosphate uridylyltransferase'
' HcpA-like protein'
' heme oxygenase ChuS'
' heme permease protein ChuU'
' Hemolysin A '
' hemolysin III '
' Hsp60, 60K heat shock protein HtpB'
' immunogenic lipoprotein A '
' inner membrane tyrosine autokinase '
' iron-enterobactin ABC transporter permease'
' iron-enterobactin transporter membrane protein '
' isochorismate synthase 1 '
' Isocitrate lyase Icl (isocitrase) '
' lipid A biosynthesis lauroyl acyltransferase'
' lipid transporter ATP-binding/permease'
' lipid-A-disaccharide synthase'
' Manganese transport system membrane protein MntB'
' mannose-1-phosphate guanylyltransferase'
' methyl-accepting chemotaxis protein CheD'
' Mg2+ transport protein'
' Mg2+ transport protein '
' minor curlin subunit precursor, curli nucleator'
' negative regulator of flagellin synthesis'
' NeuA protein '
' Outer membrane heme/hemoglobin receptor ChuA'
' outer membrane protein A'
' phosphoheptose isomerase'
' phosphomannomutase '
' protein tyrosine phosphatase'
' ribulose-phosphate 3-epimerase'
' S-ribosylhomocysteinase'
' short chain dehydrogenase/reductase family oxidoreductase'
' superoxide dismutase '
' Superoxide dismutase precursor (Cu-Zn)'
' tetraacyldisaccharide 4'-kinase'
' thermostable cytotonic enterotoxin '
' transcriptional activator for ctr capsule biosynthesis'
' Type 1 fimbriae Regulatory protein fimE'
' type I fimbriae adaptor protein FimF'
' type I fimbriae minor fimbrial subunit'
' type VI secretion protein TssM '
' type VI secretion system ATPase ClpV1'
' type VI secretion system ATPase TssH'
' type VI secretion system baseplate subunit'
' Type VI secretion system contractile sheath'
' type VI secretion system effector '
' type VI secretion system lipoprotein TssJ'
' Type VI secretion system protein'
' type VI secretion system protein, DotU/TssL'
' type VI secretion system protein, Hcp'
' type VI secretion system tip protein'
' tyrosine recombinase '
' UDP-3-O-(3-hydroxymyristoyl) glucosamine N-acyltransferase '
' UDP-glucose 4-epimerase'
' UDP-glucose 4-epimerase '
' UDP-glucose 6-dehydrogenase'
' UDP-N-acetylglucosamine acyltransferase'
' UDP-N-acetylglucosamine pyrophosphorylase/glucosamine-1-phosphate N-acetyltransferase'
' undecaprenyl-phosphate alpha-N-acetylglucosaminyltransferase'
' undecaprenyl-phosphate galactosephosphotransferase '
' undecaprenyl-phosphate glucose phosphotransferase'
' usher protein FimD'
|
| Gene |
' acrA'
' acrB'
' adeG'
' AHA_1832'
' AHA_1833'
' AHA_1836'
' AHA_1839'
' AHA_3493'
' ast'
' bioB'
' CBU_1566'
' cheA'
' cheD'
' cheR'
' cheZ'
' chuA'
' chuS'
' chuU'
' chuV'
' clpB'
' clpV/tssH'
' csgA'
' csgB'
' csgC'
' csgD'
' csgE'
' csgF'
' csgG'
' dotU/tssL'
' entA'
' entB'
' entC'
' entS'
' exeD'
' exeE'
' exeG'
' farB'
' fepB'
' fepC'
' fepD'
' fepG'
' fes'
' fimC'
' fimD'
' fimE'
' fimF'
' fimH'
' fimI'
' flgB'
' flgD'
' flgE'
' flgF'
' flgH'
' flgI'
' flgJ'
' flgK'
' flgL'
' flgM'
' flhA'
' flhB'
' flhC'
' flhD'
' fliA'
' fliE'
' fliF'
' fliG'
' fliH'
' fliJ'
' fliL'
' fliM'
' fliN'
' fliP'
' fliQ'
' fliR'
' fliS'
' fliZ'
' flmH'
' galE'
' galU'
' ggt'
' glmU'
' gmd'
' gmhA/lpcA'
' gnd'
' gtrA'
' gtrB'
' hcp/tssD'
' hcp1'
' hlyA'
' htpB'
' htrB'
' icl'
' icmF/tssM'
' IlpA'
' kdsA'
' kdtA'
' lgtF'
' lpxA'
' lpxB'
' lpxD'
' lpxK'
' luxS'
' manB'
' manC'
' mgtB'
' mgtC'
' mntB'
' motB'
' msbA'
' nueA'
' ompA'
' orfM'
' pvdH'
' rcsA'
' rfaD'
' rfaE'
' rfaF'
' rffG'
' rpe'
' sciN/tssJ'
' sodB'
' sodCI'
' tle1'
' tssF'
' tssG'
' ugd'
' vasE/tssK'
' vgrG/tssI'
' vipA/tssB'
' vipB/tssC'
' waaC'
' wbaP/rfbP'
' wbtL'
' wcaG'
' wcaI'
' wcaJ'
' wecA'
' wza'
' wzb'
' wzc'
' yagZ/ecpA'
|
| Pathogen |
' Acinetobacter baumannii ACICU'
' Aeromonas hydrophila ML09-119'
' Aeromonas hydrophila subsp. hydrophila ATCC 7966'
' Coxiella burnetii RSA 493'
' Escherichia coli CFT073'
' Escherichia coli O157:H7 str. EDL933'
' Escherichia coli O18:K1:H7 str. RS218'
' Francisella tularensis subsp. tularensis SCHU S4'
' Haemophilus influenzae Rd KW20'
' Klebsiella pneumoniae subsp. pneumoniae HS11286'
' 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 Typhimurium str. LT2'
' Shigella flexneri 2a str. 301'
' Vibrio cholerae O1 biovar El Tor str. N16961'
' Vibrio vulnificus YJ016'
' Yersinia enterocolitica subsp. enterocolitica 8081'
|
| Functional Categories |
' LPS'
' LOS'
' Type I Fimbriae'
' Thin aggregative fimbriae'
' Stress Protein'
' Magnesium Uptake'
' Aerobactin'
' Enterobactin'
' Metabolic Adaptation'
' Invasion'
' Adherence'
' Flagella'
' ECP'
' Pyoverdine'
' Quorum Sensing'
' Efflux pump'
' Manganese Uptake'
' Biofilm'
' Type II Secretion System'
' Type VI Secretion System'
' Polar Flagella'
' Toxin'
' Type IV Secretion System'
' Capsule'
' Biotin Synthesis'
' Regulation'
|
| Orthologs |
' WP_014063817.1'
' WP_014063922.1'
' WP_014068273.1'
' WP_014068304.1'
' WP_014068312.1'
' WP_014068354.1'
' WP_014068360.1'
' WP_014068361.1'
' WP_014068362.1'
' WP_014068471.1'
' WP_014068589.1'
' WP_014068645.1'
' WP_014068653.1'
' WP_014068685.1'
' WP_014068763.1'
' WP_014068977.1'
' WP_014068978.1'
' WP_014068979.1'
' WP_014068992.1'
' WP_014069013.1'
' WP_014069032.1'
' WP_014069158.1'
' WP_014069159.1'
' WP_014069201.1'
' WP_014069202.1'
' WP_014069203.1'
' WP_014069265.1'
' WP_014069266.1'
' WP_014069267.1'
' WP_014069268.1'
' WP_014069269.1'
' WP_014069270.1'
' WP_014069272.1'
' WP_014069273.1'
' WP_014069402.1'
' WP_014069419.1'
' WP_014069528.1'
' WP_014069529.1'
' WP_014069531.1'
' WP_014069586.1'
' WP_014069587.1'
' WP_014069590.1'
' WP_014069626.1'
' WP_014069735.1'
' WP_014069736.1'
' WP_014069737.1'
' WP_014069738.1'
' WP_014069739.1'
' WP_014069740.1'
' WP_014069741.1'
' WP_014069750.1'
' WP_014069766.1'
' WP_014069768.1'
' WP_014069770.1'
' WP_014069771.1'
' WP_014069772.1'
' WP_014069774.1'
' WP_014069775.1'
' WP_014069776.1'
' WP_014069777.1'
' WP_014069778.1'
' WP_014069787.1'
' WP_014069910.1'
' WP_014069911.1'
' WP_014069913.1'
' WP_014069914.1'
' WP_014069962.1'
' WP_014069971.1'
' WP_014070026.1'
' WP_014070048.1'
' WP_014070066.1'
' WP_014070068.1'
' WP_014070069.1'
' WP_014070072.1'
' WP_014070073.1'
' WP_014070081.1'
' WP_014070084.1'
' WP_014070086.1'
' WP_014070087.1'
' WP_014070088.1'
' WP_014070109.1'
' WP_014070544.1'
' WP_014070569.1'
' WP_014070693.1'
' WP_014070707.1'
' WP_014070708.1'
' WP_014070709.1'
' WP_014070710.1'
' WP_014070712.1'
' WP_014070719.1'
' WP_014070720.1'
' WP_014070721.1'
' WP_014070757.1'
' WP_014070758.1'
' WP_014070767.1'
' WP_014070771.1'
' WP_014070772.1'
' WP_014070848.1'
' WP_014070849.1'
' WP_014070850.1'
' WP_014070851.1'
' WP_014070853.1'
' WP_014070855.1'
' WP_014070856.1'
' WP_014070857.1'
' WP_014070859.1'
' WP_014070860.1'
' WP_014070861.1'
' WP_014070862.1'
' WP_014070910.1'
' WP_014070911.1'
' WP_014070912.1'
' WP_014070913.1'
' WP_014070914.1'
' WP_014070921.1'
' WP_014070922.1'
' WP_014070928.1'
' WP_014070929.1'
' WP_014070930.1'
' WP_014070931.1'
' WP_014070933.1'
' WP_014070934.1'
' WP_014070941.1'
' WP_014070942.1'
' WP_014070943.1'
' WP_014070958.1'
' WP_014070988.1'
' WP_014070989.1'
' WP_014071275.1'
' WP_014071328.1'
' WP_014071481.1'
' WP_014071484.1'
' WP_014071493.1'
' WP_014071656.1'
' WP_014071702.1'
' WP_014071797.1'
' WP_014071881.1'
' WP_014071906.1'
' WP_014071918.1'
' WP_014071920.1'
' WP_014071923.1'
' WP_014071926.1'
' WP_014071927.1'
' WP_014072036.1'
' WP_014072037.1'
' WP_014072099.1'
' WP_014072150.1'
' WP_014072295.1'
' WP_014072440.1'
' WP_041161977.1'
' WP_041162006.1'
' WP_041162007.1'
' WP_041162054.1'
' WP_041162092.1'
' WP_041162332.1'
' WP_064555891.1'
' WP_071881219.1'
' WP_080562857.1'
' WP_088201876.1'
|