ProGP513 (Knh)
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| ProGP ID | ProGP513 (Knh) | ||||||||||||||||||||||||||
| Validation Status | Characterized | ||||||||||||||||||||||||||
| Organism Information | |||||||||||||||||||||||||||
| Organism Name | Kingella kingae | ||||||||||||||||||||||||||
| Domain | Bacteria | ||||||||||||||||||||||||||
| Classification | Phylum : Proteobacteria Class : Betaproteobacteria Orders : Neisseriales Family : Neisseriaceae Genus : Kingella Species : kingae | ||||||||||||||||||||||||||
| Taxonomic ID (NCBI) | 504 | ||||||||||||||||||||||||||
| Genome Information | |||||||||||||||||||||||||||
| GenBank | LN869922.1 | ||||||||||||||||||||||||||
| EMBL | LN869922.1 | ||||||||||||||||||||||||||
| Gene Information | |||||||||||||||||||||||||||
| Gene Name | knh | ||||||||||||||||||||||||||
| NCBI Gene ID | 29366562 | ||||||||||||||||||||||||||
| GenBank Gene Sequence | NZ_LN869922.1 | ||||||||||||||||||||||||||
| Protein Information | |||||||||||||||||||||||||||
| Protein Name | Knh | ||||||||||||||||||||||||||
| UniProtKB/SwissProt ID | UPI000705D6DC | ||||||||||||||||||||||||||
| NCBI RefSeq | WP_060536913.1 | ||||||||||||||||||||||||||
| EMBL-CDS | CRZ19414.1 | ||||||||||||||||||||||||||
| UniProtKB Sequence | >UPI000705D6DC status=active MNHTYRVVYNESTNTYVAVAEFEPSKGKSKSSKKAVAVAVALAAAQLVPLTAQAAVSIGS TSGTSIRTEAAKGEGEGVAVGSRASVTGIGNAVAVGYGASAEGTDVAVGPNATATGSDNI AIGNHTKASSDKKDSNYGIIAIGNQSNGSASEVVAIGQLACATASQAVALGSQTQATGEQ SVAIGGNTISSGASALAIGGDDLNKASSVGRSTDGKPNTTNTTDADINKGAVNTEFKKIS GQDLVKKIDKQTSTDNTAAQYMPTNAYGAASIAIGIQSRSGDLATAFGTQSFATGLASTA LGVASNASGNGSIAIGPGTDATGEQSIGMGANASSSNNHSIAIGTNATASGNQSISIGYA NNVSGNNSGAFGDLSTITGSGAYTVGNNNTMAANEAGAFGNLNNFTSAANYSRAVGNRNN VSGSNTMVLGNDVNATTNGSVVLGNGSSGSMSVVTCSSATVNGITYGSFTGAVKDTGKYV SVGASADDARKIVNVAAGNITSNSTEAINGSQLYMTQNVIGNLANSTAQALGPNSTVNTN GTISPNITVNGSTATYTTVQDAINNVSFNVNADKSGTGNVSGNNAQLVKPGDEVKFIAGD NLNLTQTGSNFTYSLNKDINLTTEGSLKVGLVTINKDGINAGNATISNVKGNLPNTYNKD TLTPNGDPSNVGNPVTKSQTLPSNLKVNNAATVGDVLNAGWNLQGNGQAVDFVKPYDTVN FVNGVGTTANVTVNENGTVTDVTYNVNADGKTTEITYVDNAGNTVYKQADGSYNTKKDGS GSPVNASNVTSQISAIKGVDNVTLLTNGTTTTVTNKGTAEAPNYVVEVKKVNVTTTPTNT PDANNVTINEAGKVVAPTNSTVAGNTFLTAKDVADVINNSGFTLTSSNEGTSTGQSDVIN PGDKVTINGGKNINITQTGSTITVATKDNVTFNNVNTTTMTVGSKPDNAVNFKAEKATPA NNNSKTNAPTTALNITSADGKPTQITGVASSLNTTTVAINPDSNATTKEQPATLVDLANA SNVNAAATVGDLQNMGWVVSTKDSNGYTDVVKNSNQVDFKGTGLATVKGETVNGVRTITV DVNAQSTVENAQLPIVYTNENGDKLVKGQNGKFYKPADIANATYNPTTKTYTNTAGATVA PATTVIASMNNGDNNTTAPMTLTNVKGTLENTTSVANADGKGNAATGIGAEVTKAKAAPT LKAVRLNNAATVGDVLNAGWNLQGNGQAVDFVRPYDTVNFVNGAGTTATVTSDGNRSNVS YNVAVDNKTTQIVDEKGNPLVKANDGKYYPVNQVDGSNNPITGAAPVTNTQVAAKTTTLD VSTEPMTANNNTPAGKVVTPNTENGSSLVNATTVANAINNSGFTLKAQGENASVVNPGGT VDMKNTDGNIVISKNVANNDVVYDLAKNITVDSVTAGNTTVNNAGITIKNADPNKTVSLT DGGLNNGGNTITNVAAGVNDTDAVNVSQLKSNVSQLKSQVAASKEEVTSNDKTVRVNVST NATTGANIYDVSVNTGKSLTINSTTGAIDVKTDDTTIKQGSTGALEVVTTNLTVANNGKV DTPTNGSSLVNATTVANAINNSGWNLQANGDTASKVSPGNTVQFLNGGNIDIKRDGNNIT VATSKDINVKGDLTVAGNTTVNNFTVNPNSTVNMGGNKVQGVAAGVISANSTDAINGSQL YYTNQAIGANINNVANNLNARINDVADDADAGTASAMATAGVPQAYLPGKSMVAVGASTY RGKQGYAVGFSAISDSGNWIVKGTASGNSRGHFGATVGAGYQW | ||||||||||||||||||||||||||
| Sequence length | 1783 AA | ||||||||||||||||||||||||||
| Subcellular Location | integral component of membrane | ||||||||||||||||||||||||||
| Function | Trimeric autotransporter protein | ||||||||||||||||||||||||||
| Glycosylation Status | |||||||||||||||||||||||||||
| Glycosylation Type | N- (Asn) linked | ||||||||||||||||||||||||||
| Experimentally Validated Glycosite(s) in Full Length Protein | N218, N221, N603, N610, N640, N643, N665, N670, N785, N788, N801, N807, N844, N845, N849, N859, N865, N912, N914, N929, N967, N974, N1171, N1267, N1329, N1330, N1371, N1376, N1497, N1501, N1522, N1638 and N1649 | ||||||||||||||||||||||||||
| Glycosite(s) Annotated Protein Sequence | >tr|A0A0P1D0G7|A0A0P1D0G7_9NEIS Knh OS=Kingella kingae GN=knh PE=4 SV=1 MNHTYRVVYNESTNTYVAVAEFEPSKGKSKSSKKAVAVAVALAAAQLVPLTAQAAVSIGS TSGTSIRTEAAKGEGEGVAVGSRASVTGIGNAVAVGYGASAEGTDVAVGPNATATGSDNI AIGNHTKASSDKKDSNYGIIAIGN*(218)QSN*(221)GSASEVVAIGQLACATASQAVALGSQTQATGEQ SVAIGGNTISSGASALAIGGDDLNKASSVGRSTDGKPNTTNTTDADINKGAVNTEFKKIS GQDLVKKIDKQTSTDNTAAQYMPTNAYGAASIAIGIQSRSGDLATAFGTQSFATGLASTA LGVASNASGNGSIAIGPGTDATGEQSIGMGANASSSNNHSIAIGTNATASGNQSISIGYA NNVSGNNSGAFGDLSTITGSGAYTVGNNNTMAANEAGAFGNLNNFTSAANYSRAVGNRNN VSGSNTMVLGNDVNATTNGSVVLGNGSSGSMSVVTCSSATVNGITYGSFTGAVKDTGKYV SVGASADDARKIVNVAAGNITSNSTEAINGSQLYMTQNVIGNLANSTAQALGPNSTVNTN GTISPNITVNGSTATYTTVQDAINNVSFNVNADKSGTGNVSGNNAQLVKPGDEVKFIAGD NLN*(603)LTQTGSN*(610)FTYSLNKDINLTTEGSLKVGLVTINKDGIN*(640)AGN*(643)ATISNVKGNLPNTYNKD TLTPN*(665)GDPSN*(670)VGNPVTKSQTLPSNLKVNNAATVGDVLNAGWNLQGNGQAVDFVKPYDTVN FVNGVGTTANVTVNENGTVTDVTYNVNADGKTTEITYVDNAGNTVYKQADGSYNTKKDGS GSPVN*(785)ASN*(788)VTSQISAIKGVDN*(801)VTLLTN*(807)GTTTTVTNKGTAEAPNYVVEVKKVNVTTTPTNT PDAN*(844)N*(845)VTIN*(849)EAGKVVAPTN*(859)STVAGN*(865)TFLTAKDVADVINNSGFTLTSSNEGTSTGQSDVIN PGDKVTINGGKN*(912)IN*(914)ITQTGSTITVATKDN*(929)VTFNNVNTTTMTVGSKPDNAVNFKAEKATPA NNNSKTN*(967)APTTALN*(974)ITSADGKPTQITGVASSLNTTTVAINPDSNATTKEQPATLVDLANA SNVNAAATVGDLQNMGWVVSTKDSNGYTDVVKNSNQVDFKGTGLATVKGETVNGVRTITV DVNAQSTVENAQLPIVYTNENGDKLVKGQNGKFYKPADIANATYNPTTKTYTNTAGATVA PATTVIASMNNGDNNTTAPMTLTNVKGTLEN*(1171)TTSVANADGKGNAATGIGAEVTKAKAAPT LKAVRLNNAATVGDVLNAGWNLQGNGQAVDFVRPYDTVNFVNGAGTTATVTSDGNRSNVS YNVAVDN*(1267)KTTQIVDEKGNPLVKANDGKYYPVNQVDGSNNPITGAAPVTNTQVAAKTTTLD VSTEPMTAN*(1329)N*(1330)NTPAGKVVTPNTENGSSLVNATTVANAINNSGFTLKAQGENASVVNPGGT VDMKNTDGN*(1371)IVISKN*(1376)VANNDVVYDLAKNITVDSVTAGNTTVNNAGITIKNADPNKTVSLT DGGLNNGGNTITNVAAGVNDTDAVNVSQLKSNVSQLKSQVAASKEEVTSNDKTVRVN*(1497)VST N*(1501)ATTGANIYDVSVNTGKSLTIN*(1522)STTGAIDVKTDDTTIKQGSTGALEVVTTNLTVANNGKV DTPTNGSSLVNATTVANAINNSGWNLQANGDTASKVSPGNTVQFLNGGNIDIKRDGNN*(1638)IT VATSKDIN*(1649)VKGDLTVAGNTTVNNFTVNPNSTVNMGGNKVQGVAAGVISANSTDAINGSQL YYTNQAIGANINNVANNLNARINDVADDADAGTASAMATAGVPQAYLPGKSMVAVGASTY RGKQGYAVGFSAISDSGNWIVKGTASGNSRGHFGATVGAGYQW | ||||||||||||||||||||||||||
| Sequence Around Glycosites (21 AA) | SVGRSTDGKPNTTNTTDADIN RSTDGKPNTTNTTDADINKGA EVKFIAGDNLNLTQTGSNFTY DNLNLTQTGSNFTYSLNKDIN GLVTINKDGINAGNATISNVK TINKDGINAGNATISNVKGNL NTYNKDTLTPNGDPSNVGNPV DTLTPNGDPSNVGNPVTKSQT NTYNKDTLTPNGDPSNVGNPV DTLTPNGDPSNVGNPVTKSQT SQISAIKGVDNVTLLTNGTTT KGVDNVTLLTNGTTTTVTNKG TTTPTNTPDANNVTINEAGKV TTPTNTPDANNVTINEAGKVV NTPDANNVTINEAGKVVAPTN NEAGKVVAPTNSTVAGNTFLT VAPTNSTVAGNTFLTAKDVAD GDKVTINGGKNINITQTGSTI KVTINGGKNINITQTGSTITV GSTITVATKDNVTFNNVNTTT ATPANNNSKTNAPTTALNITS SKTNAPTTALNITSADGKPTQ TLTNVKGTLENTTSVANADGK SNVSYNVAVDNKTTQIVDEKG LDVSTEPMTANNNTPAGKVVT DVSTEPMTANNNTPAGKVVTP SGFTLKAQGENASVVNPGGTV KAQGENASVVNPGGTVDMKNT VTSNDKTVRVNVSTNATTGAN DKTVRVNVSTNATTGANIYDV SVNTGKSLTINSTTGAIDVKT NVKGDLTVAGNTTVNNFTVNP TTVNNFTVNPNSTVNMGGNKV | ||||||||||||||||||||||||||
| ProGP Web Logo |  Technique(s) used for Glycosylated Residue(s) Detection | Mass spectrometry analysis | Glycan Information | Glycan Annotation | All 32 sites were modified with at least a single hexose, and N1267, N1371, N1638 and N1649 were modified with either a single hexose or a dihexose. | Protein Glycosylation linked (PGL) gene(s) | OST ProGT ID | ProGT88 | Characterized Accessory Gene(s) | hmw1CKk | Literature | Year of Identification | 2015 | Year of Identification Month Wise | 2015.8.25 | Year of Validation | 2015 | Reference | Rempe, K.A., Spruce, L.A., Porsch, E.A., Seeholzer, S.H., Nørskov-Lauritsen, N. and St. Geme III, J.W., 2015. Unconventional N-linked glycosylation promotes trimeric autotransporter function in Kingella kingae and Aggregatibacter aphrophilus. MBio, 6(4), pp.e01206-15. | Corresponding Author | Joseph W. St. Geme III | Contact | The Children's Hospital of Philadelphia, Philadelphia, Pennsylvania, USA University of Pennsylvania Perelman School of Medicine, Philadelphia, Pennsylvania, USA | | |||
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