PhosphoNET

           
Protein Info 
   
Short Name:  CPAMD8
Full Name:  C3 and PZP-like alpha-2-macroglobulin domain-containing protein 8
Alias:  alpha-2 macroglobulin family protein VIP; C3 and PZP-like, alpha-2-macroglobulin domain containing 8; CPMD8; K-CAP; KIAA1283; VIP
Type: 
Mass (Da):  206660
Number AA: 
UniProt ID:  Q8IZJ3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005615  GO:0016020   Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004867   PhosphoSite+ KinaseNET
Biological Process:      Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1T52VEEVISVTIFNSPRE
Site 2T61FNSPREVTVQAQLVA
Site 3S76QGEPVVQSQGAILDK
Site 4S120PLFHNQTSVTVDGRG
Site 5T122FHNQTSVTVDGRGAS
Site 6S129TVDGRGASVFIQTDK
Site 7T134GASVFIQTDKPVYRP
Site 8S196TNMSFPLSDQPVLGE
Site 9Y215VEMQGHAYNKSFEVQ
Site 10Y224KSFEVQKYVLPKFEL
Site 11T249LDACETGTVRARYTF
Site 12Y254TGTVRARYTFGKPVA
Site 13T255GTVRARYTFGKPVAG
Site 14T269GALMINMTVNGVGYY
Site 15Y275MTVNGVGYYSHEVGR
Site 16S277VNGVGYYSHEVGRPV
Site 17T287VGRPVLRTTKILGSR
Site 18T288GRPVLRTTKILGSRD
Site 19S328MVTSVDGSQQVAFDD
Site 20S336QQVAFDDSTPVQRQL
Site 21T337QVAFDDSTPVQRQLV
Site 22Y348RQLVDIRYSKDTRKQ
Site 23S349QLVDIRYSKDTRKQF
Site 24T352DIRYSKDTRKQFKPG
Site 25Y362QFKPGLAYVGKVELS
Site 26S369YVGKVELSYPDGSPA
Site 27Y370VGKVELSYPDGSPAE
Site 28S374ELSYPDGSPAEGVTV
Site 29T388VQIKAELTPKDNIYT
Site 30Y394LTPKDNIYTSEVVSQ
Site 31S396PKDNIYTSEVVSQRG
Site 32S400IYTSEVVSQRGLVGF
Site 33S415EIPSIPTSAQHVWLE
Site 34Y437GKPVGAQYLPSYLSL
Site 35Y441GAQYLPSYLSLGSWY
Site 36S443QYLPSYLSLGSWYSP
Site 37S446PSYLSLGSWYSPSQC
Site 38S449LSLGSWYSPSQCYLQ
Site 39S451LGSWYSPSQCYLQLQ
Site 40S461YLQLQPPSHPLQVGE
Site 41Y471LQVGEEAYFSVKSTC
Site 42S473VGEEAYFSVKSTCPC
Site 43Y486PCNFTLYYEVAARGN
Site 44S497ARGNIVLSGQQPAHT
Site 45T504SGQQPAHTTQQRSKR
Site 46T505GQQPAHTTQQRSKRA
Site 47S509AHTTQQRSKRAAPAL
Site 48T523LEKPIRLTHLSETEP
Site 49S526PIRLTHLSETEPPPA
Site 50S574NGEGVADSLQFAVET
Site 51S588TFFENQVSVTYSANE
Site 52S592NQVSVTYSANETQPG
Site 53T596VTYSANETQPGEVVD
Site 54Y624AAVDKSVYLLRSGFR
Site 55T633LRSGFRLTPAQVFQE
Site 56Y644VFQELEDYDVSDSFG
Site 57S647ELEDYDVSDSFGVSR
Site 58S649EDYDVSDSFGVSRED
Site 59S653VSDSFGVSREDGPFW
Site 60T665PFWWAGLTAQRRRRS
Site 61S672TAQRRRRSSVFPWPW
Site 62S673AQRRRRSSVFPWPWG
Site 63S685PWGITKDSGFAFTET
Site 64T698ETGLVVMTDRVSLNH
Site 65S702VVMTDRVSLNHRQDG
Site 66T713RQDGGLYTDEAVPAF
Site 67T739PSRHPPRTEKRKRTF
Site 68T745RTEKRKRTFFPETWI
Site 69S762CLNISDPSGEGTLSV
Site 70T766SDPSGEGTLSVKVPD
Site 71S768PSGEGTLSVKVPDSI
Site 72T859HPGKRHVTKKMCVAP
Site 73S905CCRDGRSSKHPEENH
Site 74S927GVDHVRRSVMVEAEG
Site 75T940EGVPRAYTYSAFFCP
Site 76S942VPRAYTYSAFFCPSE
Site 77T955SERVHISTPNKYEFQ
Site 78Y959HISTPNKYEFQYVQR
Site 79Y963PNKYEFQYVQRPLRL
Site 80T971VQRPLRLTRFDVAVR
Site 81S989DARVALSSGPQDTAG
Site 82S1010GGHQNTRSWISTSKM
Site 83T1014NTRSWISTSKMGEPV
Site 84S1031AHTAKILSWDEFRTF
Site 85S1056VGHGPEPSNESVIVA
Site 86S1059GPEPSNESVIVAWTL
Site 87S1098RKMEVDESYSEAFTL
Site 88Y1099KMEVDESYSEAFTLG
Site 89S1100MEVDESYSEAFTLGV
Site 90T1104ESYSEAFTLGVPHGA
Site 91S1115PHGAIPGSERATASI
Site 92S1121GSERATASIIGDVMG
Site 93Y1161PNVFVLKYLQKTQQL
Site 94T1165VLKYLQKTQQLSPEV
Site 95S1169LQKTQQLSPEVERET
Site 96T1176SPEVERETTDYLVQG
Site 97T1177PEVERETTDYLVQGY
Site 98Y1179VERETTDYLVQGYQR
Site 99Y1184TDYLVQGYQRQLTYK
Site 100T1189QGYQRQLTYKRQDGS
Site 101Y1190GYQRQLTYKRQDGSY
Site 102S1196TYKRQDGSYSAFGER
Site 103Y1197YKRQDGSYSAFGERD
Site 104S1206AFGERDASGSMWLTA
Site 105S1208GERDASGSMWLTAFV
Site 106S1224KSFAQARSFIFVDPR
Site 107S1238RELAAAKSWIIQQQQ
Site 108S1249QQQQADGSFLAVGRV
Site 109S1292ASEEERGSTDKARHF
Site 110T1293SEEERGSTDKARHFL
Site 111S1302KARHFLESAAPLAMD
Site 112S1337EALRKLRSLAIMRDG
Site 113T1346AIMRDGVTHWSLSNS
Site 114S1349RDGVTHWSLSNSWDV
Site 115S1353THWSLSNSWDVDKGT
Site 116T1360SWDVDKGTFLSFSDR
Site 117S1363VDKGTFLSFSDRVSQ
Site 118S1365KGTFLSFSDRVSQSV
Site 119S1369LSFSDRVSQSVVSAE
Site 120S1371FSDRVSQSVVSAEVE
Site 121S1404LPVVKWLSQQRNALG
Site 122T1447LTVSLASTNLDYQET
Site 123Y1451LASTNLDYQETFELH
Site 124T1454TNLDYQETFELHRTN
Site 125T1460ETFELHRTNQKVLQT
Site 126T1467TNQKVLQTAAIPSLP
Site 127S1511PAFQLLVSLQEPEAQ
Site 128S1527RPPPMPASAAEGSRG
Site 129S1588GFRADIESLEQLLLD
Site 130Y1603KHMGMKRYEVAGRRV
Site 131Y1613AGRRVLFYFDEIPSR
Site 132S1644RTSALPVSVYDYYEP
Site 133Y1648LPVSVYDYYEPAFEA
Site 134Y1649PVSVYDYYEPAFEAT
Site 135Y1659AFEATRFYNVSTHSP
Site 136S1662ATRFYNVSTHSPLAR
Site 137T1663TRFYNVSTHSPLARE
Site 138S1665FYNVSTHSPLARELC
Site 139S1695PGWFPGESGPAVAPE
Site 140S1726QGNPVCGSDGVVYAS
Site 141S1733SDGVVYASACRLREA
Site 142S1754PLEPAPPSCCALEQR
Site 143S1765LEQRLPASSSSTYGD
Site 144S1766EQRLPASSSSTYGDD
Site 145S1767QRLPASSSSTYGDDL
Site 146T1769LPASSSSTYGDDLAS
Site 147Y1770PASSSSTYGDDLASV
Site 148S1776TYGDDLASVAPGPLQ
Site 149S1798AGLEVEDSDPEPEGE
Site 150T1811GEAEDRVTAGPRPPV
Site 151S1819AGPRPPVSSGNLESS
Site 152S1820GPRPPVSSGNLESST
Site 153S1825VSSGNLESSTQSASP
Site 154S1826SSGNLESSTQSASPF
Site 155T1827SGNLESSTQSASPFH
Site 156S1829NLESSTQSASPFHRW
Site 157S1831ESSTQSASPFHRWGQ
Site 158T1839PFHRWGQTPAPQRHS
Site 159S1846TPAPQRHSGRVVGAH
Site 160S1870VYSPAFQSGGEEGLW
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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