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1.B.40.2.3 The trimeric AT adhesin, essential for virulence, UpaG (1674aas) (Valle et al., 2008). The high resolution structure has been solved using the "dictionary" approach (Hartmann et al. 2012).
Accession Number:	A8A667
Protein Name:	UpaG of E.coli
Length:	1674
Molecular Weight:	167983.00
Species:	Escherichia coli O9:H4 (strain HS) [331112]
Number of TMSs:	1
Location¹ / Topology² / Orientation³:	Mitochondrion inner membrane¹ / Multi-pass membrane protein²
Substrate	protein polypeptide chain

RefSeq:	YP_001460404.1
Entrez Gene ID:	5593200
Pfam:	PF05658 PF05662 PF03895
KEGG:	ecx:EcHS_A3814
Gene Ontology GO:0019867 C:outer membrane GO:0009405 P:pathogenesis
References (1) [1] “The pangenome structure of Escherichia coli: comparative genomic analysis of E. coli commensal and pathogenic isolates.” Rasko D.A.et.al. 18676672

UniProt (Universal Protein Resource)
CDD Search (Conserved Domain Database)

Predict TMSs (Predict number of transmembrane segments)

FASTA formatted sequence

1:	MNKIFKVIWN PATGNYTVTS ETAKSRGKKS GRSKLLISAL VAGGLLSSFG ALADNYDGQG 
61:	VDYGDGSASD GWVAIGKGAK ANIFLNNAGA STALGYDAIA EGQYSSAIGS KTHAIGGASM 
121:	AFGVSAISEG DRSIALGASS YSFGQYSMAL GRYSKALGRL SIAMGDSSKA DGANAIALGN 
181:	AAKAAGIMSI GLGDNANASQ DYAMALGAES EAAENATAIG NKAHAKGVNS IALGNGSQAL 
241:	ADSAIAIGQG NKANGADAIA LGNGSQSSGL NAIALGKASV VTGDNSLALG SNTNANGINS 
301:	VALGAGSIAD QDDSVSVGSD SLQRKIVNVK NGTIKADSHD AINGSQLYAI SDSVAKRLGG 
361:	GSSVNVDDGT VKAPTYNLKN GNKNNVGDAL TVLDQFTLQW DQNRDKYSAA HGSSTASVIT 
421:	DVADGAVSDS SKDAVNGSQL KATNDDVETN TTNIATNTGN IATNTANIAT NTTNITNLTD 
481:	TVGDLKDDAL LWNGTAFNAA HGTETTSTIT NVKAGTLSDD STDAVNGSQL KDTNDNVATN 
541:	TTNIASNTAN IATNTSNIAD NTANIATNTS NIADNTANIA TNTSNIAGNT ANIATNTTNI 
601:	AANTTSINSL NTSVDALEQD AMLWNGTAFN AAHGTETTST ITNVKAGTLS DDSTDAVNGS 
661:	QLKATNDNVA TNTTNIASNT ANIATNTANI NTLNTSIDTL EQDAILWNGT AYSAAHGTET 
721:	ASTITNVKAG TLSENSTDAV NGAQLNATNA NVATNTTNIA TNTASINTLN TSIDALEQDA 
781:	LLWDGTAFSA AHGANKDASK ITNVLAGTVS SASTDAINGS QLHGLSSSIA TYLGGGATVS 
841:	DSGVFSGPTY NIDGNDYTNV GAALDAINTS LSDSLGDALL WDSTTGAFSA KHGSTASVIT 
901:	NVADGAVSDS SSDAVNGSQL YDVSNSVVDV LGGGAGVNTD GSISAPTYTI ANTDYDNVGD 
961:	ALNALDTTLD DAMLWDATAG ENGAFSASHD GSASKITNVA AGTISDTSTD AVNGAQLHGV 
1021:	SSSVAEALGG GAAVNSDGSI SAPTYTIADT DYTNVGDAMN AIDSTLDNAL LWDATAGENG 
1081:	AFNASHDGKA SVITNVANGQ INETSTDAVN GSQLNATNML IQNIAGDTSE SYITENGEGI 
1141:	NYVRTNDSGL VFEDASATGV GATAVGYNSV ASGDSSVAIG QNSSSTIESG IALGSSSVSN 
1201:	RVILQGSRDT SVTEDGVVIG YNTSDGELLG ALSIGDDGKY RQIINVADGS EAHDAVTVRQ 
1261:	LQNAIGAVAT TPSKYFHANS TEEDSLAVGE DSLAMGAKTI VNGDAGIGIG LNTLVLTDAI 
1321:	NGIAIGSNAS ANHANSIAMG SGSQTTRGAQ TDYTAYNMDA PQNSVGEFSV GSEDGQRQIT 
1381:	NVAAGSADTD AVNVGQLKVT DERVAQNTQS ITNLNNQVTN LDTRVTNIEN GIGDIVTTGS 
1441:	TKYFKINTDG VDANAQGKDS VAIGSGSIAA ADNSVALGTG SVADEENTIS VGSSTNQRRI 
1501:	TNVAAGKNAT DAVNVAQLKS SEAGGVRYDT KADGSIDYSN ITLGGGNGGT TRISNVSAGV 
1561:	NNNDAVNYAQ LKQSVQETKQ YTDQRMVEMD NKLSKTESKL SGGIASAMAM TGLPQAYTPG 
1621:	ASMASIGGGT YNGESAVALG VSMVSANGRW VYKLQGSTNS QGEYSAALGA GIQW

1.B.40.2.3
The trimeric AT adhesin, essential for virulence, UpaG (1674aas) (Valle et al., 2008). The high resolution structure has been solved using the "dictionary" approach (Hartmann et al. 2012).

Cross database links:

Gene Ontology

References (1)

External Searches:

Analyze:

1.B.40.2.3The trimeric AT adhesin, essential for virulence, UpaG (1674aas) (Valle et al., 2008). The high resolution structure has been solved using the "dictionary" approach (Hartmann et al. 2012).

Cross database links:

Gene Ontology

References (1)

External Searches:

Analyze:

1.B.40.2.3
The trimeric AT adhesin, essential for virulence, UpaG (1674aas) (Valle et al., 2008). The high resolution structure has been solved using the "dictionary" approach (Hartmann et al. 2012).