Q86AS3_DICDI » Uncharacterized protein

Q86AS3_DICDI » Uncharacterized protein
Magnify Q86AS3_DICDI » Uncharacterized proteinEnlarged view of image
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Topology in Membrane
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inner side
Q86AS3_DICDI » Uncharacterized protein »
Hydrophobic Thickness 34.0 ± 2.2 Å
Tilt Angle 0 ± 1°
ΔGtransfer -35.5 kcal/mol
ΔGfold -10.6 kcal/mol
Links UniProtKB, Pfam, Interpro, iHOP, STRING
Topology Out
TM Segments 1882-1904 (1873-1909)
Pathways none
PDB none
OPM none
Complexes none
Interactions none
Domains

AA: 825-857, PDBID: 4Z80, Subunit A, Seq Identity:38%, EGF-like domain

AA: 864-896, PDBID: 4Z80, Subunit A, Seq Identity:38%, EGF-like domain

AA: 944-976, PDBID: 1JV2, Subunit B, Seq Identity:34%, EGF-like domain

AA: 1059-1088, PDBID: 4Z80, Subunit A, Seq Identity:38%, EGF-like domain

AA: 1132-1161, PDBID: 4Z80, Subunit A, Seq Identity:48%, EGF-like domain

AA: 1168-1200, PDBID: 4Z80, Subunit A, Seq Identity:38%, EGF-like domain

AA: 1207-1239, PDBID: 1JV2, Subunit B, Seq Identity:37%, EGF-like domain

AA: 1319-1353, PDBID: 4Z80, Subunit A, Seq Identity:32%, EGF-like domain

Amino Acid Sequence for Q86AS3_DICDI » Uncharacterized protein
MKLIINNFLL LFLIFLSISI QFVKSINPPQ DEFDCLINII NKFNYKTFDS YKDITKICSL TTWVTCDSTT GSVKSFILSN LQYNNYEQAI SSDFSCLPNI ETLAIYYQNV SKELIYFKSP KLTKLTFFNT QVLGGAALDQ PFEKFDDLSI TNCKGLDINT PFKFSYFNKV TRFMMSGLYA QLEFDSLAFK NKTSFHLSGS NYPDLTGYTG IQQAEFEFDD TFKLDSISNF AKYTSFGRLI VYHYSNIKIP FYFSQNTKIY SLWLATGGST FTSPYETPTT MIDLSSTRYT DFLIGGFTNE NLNGKFPFIM PSTCSNLNFN SNNLTILPND IVCKTVSFQN NGINSELPKF IGKADSYDLK NNKFTGTIDQ SWCSTELVIN NNKLIGKIPS CYSCYLNAPK PSGGLIAMYD RFTGGNSFTN LNKTAVTCTT FAPQVKWLSS NSISVTGIDI GFDPNIWLFN GGVKVMQSIN SSPGQYPQLI LYSPTLTGET FTINFQYPIN YVFTFPKVSK NPLVTSASIN GKLYTFNGTY FSSHMRHQYQ DIRVKGSLCT IVSTDFYSVT CSANLVIDSA LKMVNITTGQ DYNKKTTIYI RIDGLVSNDH RCPNDCSGNQ GICDLSTGTC YCESGYSGSD CSFKNCGSSV PDCNGAGTCN GATGLCTCDS THVGDYCQYS TSACPNNCGG SAYGTCNANK TCTCNAGFAG VDCSKPTQCV NNCSGNGVCV NGFCQCFDGY GDSSCSAKIL NCPVGAGGAP CNGFYGACNP ATGVCTCRDG YQGSACDDRL IQCPVAMNSI VCNRLDINWC DTTTGKCQCD PNFQGVDCSL PLVQCPLYGG KVCGGFGTCN NQTGVCSCDG SHQGADCSLP FIQCPLNGGK VCGGFGTCNN QTGVCTCDGS HQGTSCSLPF VQCPISFLNP CGGSKRGNCN NQIGVCNCLA GYQGLDCSLP FIKCPTINSN DCSGFGSCNN QTGICACDSS HQSTDCSLPF IQCPLNGGKV CSSFGTCDNQ IGICTCDGSH QGNDCSKTFV QCPSVNSNSC SGFGSCNNET GACSCNSGRL NNDCSGIQCD VPNCNSHGTC NNTIGKCQCD SSHQGSDCST PFIDCPSINL NDCSGFGSCN NQTGTCTCNS GKTLSDCTGI QCSVPDCNGH GTCDTNIGKC QCDSSHQGAD CSLPLVQCPL YGGKVCGNFG TCNNQTGVCS CDSSHQGSDC SSPFVKCPTV NSNDCSDFGS CNNQTGSCSC DSSHQGADCS LPFIQCPIYS NSLCGGSSFG SCNNQTGVCT CDGSQQGADC SLPLIQCPSI NSKDCSGFGS CNNETGICSC NLGRLNNDCS GIQCGSPNCN GHGTCDTTLG VCKCDSSHQG NDCSLPFIKC PSINSNDCSG FGSCNNQTGV CSCNSGRALS DCSGIECSVP NCNNGGVCDT SIGKCQCDSS HQGNDCNIPL IQCPNLCSGF GSCNNQTGIC SCNSGRLNND CSGIQCDVPN CNSHGTCDIT IGKCQCLKNT WSGSDCSIPY QVIRSVNEST TAGGEATFEG VFGDVHQGIK MQIGGIDCPI IFNSSTIIKC MAPEGNGIKK VTLFQNDIYY TYDKYKYKAI ELSCPSNCLG NGICNTSTGE CKCNSGYGSY DCSPIINNGG GGGLGETPNS NSNSGELVIP PKSNTTLNEE TGGTNIVNQK TNFQIYFKSL YEIDYSGQIV KTYKLENNWV INNDSNNNDQ CTFTQTIDNG CNITSRIDEI NDENGKKFEF AGTSFTVSNG GIKFTITIDN YQYQSNLNTL TLDFVSSVGE IQDTQNNNEC NSKDTEIDTS NVNDLSSSNF NYIKISKNNK ILSGRFINRL LSNGKATFFT TSVRNESNSI IVSLNLPHCS QCIIDPDFSV LLSSDFVSNC PSVVDKRKSY IVPVSVVASV VGAVSVASAG FLIRKKMIER KFFKTYSN