PhosphoNET

           
Protein Info 
   
Short Name:  COL29A1
Full Name:  Collagen alpha-5(VI) chain
Alias:  Collagen alpha-1(XXIX) chain;von Willebrand factor A domain-containing protein 4
Type: 
Mass (Da):  289926
Number AA:  2615
UniProt ID:  A8TX70
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S21TETLADQSPGPGPVY
Site 2S37DVVFLVDSSDHLGPK
Site 3S45SDHLGPKSFPFVKTF
Site 4T51KSFPFVKTFINKMIN
Site 5S59FINKMINSLPIEANK
Site 6Y67LPIEANKYRVALAQY
Site 7S75RVALAQYSDEFHSEF
Site 8S85FHSEFHLSTFKGRSP
Site 9T86HSEFHLSTFKGRSPM
Site 10S91LSTFKGRSPMLNHLK
Site 11T120ALQEAHRTYFSAPIN
Site 12Y121LQEAHRTYFSAPING
Site 13T191HFHFNLRTIRDLSTF
Site 14S196LRTIRDLSTFSQNMT
Site 15T197RTIRDLSTFSQNMTQ
Site 16S199IRDLSTFSQNMTQII
Site 17T203STFSQNMTQIIKDVT
Site 18T210TQIIKDVTKYKEGAV
Site 19S228MQVHFPISCQKDSLA
Site 20T247LVDESLGTGGNLRHL
Site 21T256GNLRHLQTFLENITS
Site 22S263TFLENITSSMDVKEN
Site 23S264FLENITSSMDVKENC
Site 24S278CMRLGLMSYSNSAKT
Site 25S280RLGLMSYSNSAKTIS
Site 26T285SYSNSAKTISFLKSS
Site 27S287SNSAKTISFLKSSTT
Site 28S291KTISFLKSSTTQSEF
Site 29S292TISFLKSSTTQSEFQ
Site 30T294SFLKSSTTQSEFQQQ
Site 31S296LKSSTTQSEFQQQIK
Site 32S306QQQIKNLSIQVGKSN
Site 33S327QMRRDGFSESYGSRR
Site 34S329RRDGFSESYGSRRAQ
Site 35Y330RDGFSESYGSRRAQG
Site 36S332GFSESYGSRRAQGVP
Site 37T346PQIAVLVTHRPSDDE
Site 38S350VLVTHRPSDDEVHDA
Site 39S386TQLEEIVSYPPEQTI
Site 40Y387QLEEIVSYPPEQTIS
Site 41S394YPPEQTISTLKSYAD
Site 42S398QTISTLKSYADLETY
Site 43T404KSYADLETYSTKFLK
Site 44Y405SYADLETYSTKFLKK
Site 45T407ADLETYSTKFLKKLQ
Site 46S419KLQNEIWSQISTYAE
Site 47T423EIWSQISTYAEQRNL
Site 48T433EQRNLDKTGCVDTKE
Site 49T438DKTGCVDTKEADIHF
Site 50S451HFLIDGSSSIQEKQF
Site 51S487RVGVVQYSDDTEVEF
Site 52T490VVQYSDDTEVEFYIT
Site 53Y495DDTEVEFYITDYSND
Site 54Y499VEFYITDYSNDIDLR
Site 55S597AGKEERVSFGQNFDA
Site 56S607QNFDALKSIKNEVVR
Site 57S673QIGVVQFSDKTKEEF
Site 58T676VVQFSDKTKEEFQLN
Site 59Y685EEFQLNRYFTQQEIS
Site 60T687FQLNRYFTQQEISDA
Site 61S699SDAIDRMSLINEGTL
Site 62Y717ALNFVGQYFTHSKGA
Site 63S721VGQYFTHSKGARLGA
Site 64S769GVYNANRSQLEEISG
Site 65S775RSQLEEISGDSSLVF
Site 66S779EEISGDSSLVFHVEN
Site 67S824FVLDHSGSIKKQYQD
Site 68Y829SGSIKKQYQDHMINL
Site 69S859QFGALKYSDQPNILF
Site 70Y867DQPNILFYLNTYSNR
Site 71T870NILFYLNTYSNRSAI
Site 72S872LFYLNTYSNRSAIIE
Site 73T887NLRKRRDTGGNTYTA
Site 74Y973GNKNNTIYVDNFDKL
Site 75T985DKLKDVFTLVQERMC
Site 76T993LVQERMCTEAPEVCH
Site 77S1013VIFLCDGSDRVSNSD
Site 78S1017CDGSDRVSNSDFVTM
Site 79S1019GSDRVSNSDFVTMTT
Site 80Y1053MAQFGSNYQSIIELK
Site 81S1055QFGSNYQSIIELKNS
Site 82S1062SIIELKNSLTKTQWK
Site 83T1066LKNSLTKTQWKTQIQ
Site 84S1078QIQNVSKSGGFPRID
Site 85S1116QTLVVITSGDPRYDV
Site 86Y1121ITSGDPRYDVADAVK
Site 87T1162GNSEKIITFQDFDKL
Site 88S1219QGHPQLESYLPGILE
Site 89Y1220GHPQLESYLPGILED
Site 90S1252SLAFKVNSDQGFPAK
Site 91S1289LNAQFLRSLWDTFKD
Site 92T1293FLRSLWDTFKDKSAS
Site 93S1298WDTFKDKSASRGQVL
Site 94S1300TFKDKSASRGQVLLI
Site 95S1314IFSDGLQSESNIMLE
Site 96S1324NIMLENQSDRLREAG
Site 97S1350TAHHEFSSFEFGKRF
Site 98Y1359EFGKRFDYRTHLTIG
Site 99T1361GKRFDYRTHLTIGMR
Site 100S1375RELGKKLSQYLGNIA
Site 101Y1377LGKKLSQYLGNIAER
Site 102S1411GLQAMKGSQGLKGSR
Site 103S1417GSQGLKGSRGHRGED
Site 104T1433NPGVRGDTGPQGDKG
Site 105S1457QKGLKGFSGPKGGHG
Site 106S1492GEKGDPGSQGSPGSR
Site 107S1495GDPGSQGSPGSRGAP
Site 108S1498GSQGSPGSRGAPGQY
Site 109Y1505SRGAPGQYGEKGFPG
Site 110S1547GQKGVQGSPSSRGSR
Site 111S1549KGVQGSPSSRGSRGR
Site 112S1550GVQGSPSSRGSRGRE
Site 113S1553GSPSSRGSRGREGQR
Site 114S1566QRGLRGVSGEPGNPG
Site 115S1589GLQGPQGSQGNPGRK
Site 116S1601GRKGEKGSQGQKGPQ
Site 117S1610GQKGPQGSPGLMGAK
Site 118S1653QRGRQGDSGIPGYGQ
Site 119Y1658GDSGIPGYGQMGRKG
Site 120Y1732GMAGQPVYSQCDLIR
Site 121Y1755WKEKCPAYPTELVFA
Site 122S1766LVFALDNSYDVTEES
Site 123Y1767VFALDNSYDVTEESF
Site 124T1770LDNSYDVTEESFNKT
Site 125S1773SYDVTEESFNKTRDI
Site 126T1777TEESFNKTRDIITSI
Site 127S1805GARVAMVSYNSGTSY
Site 128S1811VSYNSGTSYLIRWSD
Site 129Y1812SYNSGTSYLIRWSDY
Site 130Y1819YLIRWSDYNRKKQLL
Site 131S1830KQLLQQLSQIKYQDT
Site 132Y1834QQLSQIKYQDTTEPR
Site 133T1837SQIKYQDTTEPRDVG
Site 134T1838QIKYQDTTEPRDVGN
Site 135T1851GNAMRFVTRNVFKRT
Site 136Y1859RNVFKRTYAGANVRR
Site 137S1878FSNGQTASRSSIITA
Site 138S1880NGQTASRSSIITATM
Site 139S1881GQTASRSSIITATME
Site 140T1931PPNGENQTLERLRRC
Site 141Y1942LRRCALCYDKCFPNA
Site 142S2002IASDPLISDSGDRIA
Site 143S2004SDPLISDSGDRIALL
Site 144S2012GDRIALLSYSPWESS
Site 145Y2013DRIALLSYSPWESSR
Site 146S2014RIALLSYSPWESSRR
Site 147S2018LSYSPWESSRRKMGT
Site 148S2019SYSPWESSRRKMGTV
Site 149T2025SSRRKMGTVKTEFDF
Site 150T2028RKMGTVKTEFDFITY
Site 151Y2035TEFDFITYDNQLLMK
Site 152T2057QQLNGEATIGRALLW
Site 153T2073TENLFPETPYLRKHK
Site 154Y2075NLFPETPYLRKHKVI
Site 155Y2091VVSAGENYERKEFVK
Site 156S2118IFVISLGSTRKDDME
Site 157S2129DDMEELASYPLDQHL
Site 158Y2130DMEELASYPLDQHLI
Site 159Y2149IHKPDLNYIAKFLKP
Site 160Y2159KFLKPFLYSVRRGFN
Site 161S2160FLKPFLYSVRRGFNQ
Site 162Y2168VRRGFNQYPPPMLED
Site 163S2215FIGQELNSGRESPFV
Site 164S2219ELNSGRESPFVKTED
Site 165T2224RESPFVKTEDNGSDY
Site 166S2229VKTEDNGSDYLVYLP
Site 167Y2231TEDNGSDYLVYLPSQ
Site 168Y2234NGSDYLVYLPSQMFE
Site 169S2237DYLVYLPSQMFEPQK
Site 170S2255NYEKDQKSAEIASLT
Site 171S2260QKSAEIASLTSGHEN
Site 172Y2268LTSGHENYGRKEEPD
Site 173T2277RKEEPDHTYEPGDVS
Site 174Y2278KEEPDHTYEPGDVSL
Site 175S2284TYEPGDVSLQEYYMD
Site 176S2304DASQRVGSDEFKEVK
Site 177S2340GDRVAVLSYSPPGYM
Site 178Y2341DRVAVLSYSPPGYMP
Site 179S2342RVAVLSYSPPGYMPN
Site 180Y2346LSYSPPGYMPNTEEC
Site 181T2350PPGYMPNTEECPVYL
Site 182Y2356NTEECPVYLEFDLVT
Site 183Y2364LEFDLVTYNSIHQMK
Site 184S2377MKHHLQDSQQLNGDV
Site 185T2401IDNVFVGTPNLRKNK
Site 186S2414NKVIFVISAGETNSL
Site 187T2418FVISAGETNSLDKDV
Site 188S2420ISAGETNSLDKDVLR
Site 189S2430KDVLRNVSLRAKCQG
Site 190S2459KELEELASHPLDHHL
Site 191Y2479THKPDWNYIIKFVKP
Site 192Y2498IRRAINKYPTEDMKA
Site 193S2512ATCVNMTSPNPENGG
Site 194T2520PNPENGGTENTVLLL
Site 195T2535PGIYEIKTENGDLFD
Site 196S2546DLFDEFDSQAQHLLV
Site 197S2559LVLGNNHSSGSETAT
Site 198S2560VLGNNHSSGSETATD
Site 199S2562GNNHSSGSETATDLM
Site 200T2564NHSSGSETATDLMQK
Site 201T2566SSGSETATDLMQKLY
Site 202Y2573TDLMQKLYLLFSTEK
Site 203S2577QKLYLLFSTEKLAMK
 
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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