PhosphoNET

           
Protein Info 
   
Short Name:  COL12A1
Full Name:  Collagen alpha-1(XII) chain
Alias: 
Type: 
Mass (Da):  333129
Number AA:  3063
UniProt ID:  Q99715
International Prot ID:  IPI00329573
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005576  GO:0005578  GO:0005581 Uniprot OncoNet
Molecular Function:  GO:0005198  GO:0005201  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0001501  GO:0006810  GO:0006811 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 1S29EAEVDPPSDLNFKII
Site 2T58PIVGYRITVDPTTDG
Site 3T63RITVDPTTDGPTKEF
Site 4T67DPTTDGPTKEFTLSA
Site 5T71DGPTKEFTLSASTTE
Site 6S73PTKEFTLSASTTETL
Site 7S82STTETLLSELVPETE
Site 8Y90ELVPETEYVVTITSY
Site 9T93PETEYVVTITSYDEV
Site 10S96EYVVTITSYDEVEES
Site 11Y97YVVTITSYDEVEESV
Site 12S103SYDEVEESVPVIGQL
Site 13S134KTEIQKCSVSAWTDL
Site 14S150FLVDGSWSVGRNNFK
Site 15S186VGVVQYSSDTRTEFN
Site 16T190QYSSDTRTEFNLNQY
Site 17Y197TEFNLNQYYQRDELL
Site 18Y198EFNLNQYYQRDELLA
Site 19T217IPYKGGNTMTGDAID
Site 20T230IDYLVKNTFTESAGA
Site 21S253IIITDGKSQDEVEIP
Site 22S273NVGVEVFSLGIKAAD
Site 23S289KELKQIASTPSLNHV
Site 24T290ELKQIASTPSLNHVF
Site 25S292KQIASTPSLNHVFNV
Site 26S314DIQNEIISQVCSGVD
Site 27S329EQLGELVSGEEVVEP
Site 28Y349AMEVSSKYVKLNWNP
Site 29S357VKLNWNPSPSPVTGY
Site 30S359LNWNPSPSPVTGYKV
Site 31T369TGYKVILTPMTAGSR
Site 32T372KVILTPMTAGSRQHA
Site 33S375LTPMTAGSRQHALSV
Site 34S381GSRQHALSVGPQTTT
Site 35T386ALSVGPQTTTLSVRD
Site 36T388SVGPQTTTLSVRDLS
Site 37S390GPQTTTLSVRDLSAD
Site 38S395TLSVRDLSADTEYQI
Site 39T398VRDLSADTEYQISVS
Site 40Y400DLSADTEYQISVSAM
Site 41S403ADTEYQISVSAMKGM
Site 42S405TEYQISVSAMKGMTS
Site 43S412SAMKGMTSSEPISIM
Site 44S413AMKGMTSSEPISIME
Site 45S417MTSSEPISIMEKTQP
Site 46T422PISIMEKTQPMKVQV
Site 47S473LVKSFEISPNRVQIS
Site 48S480SPNRVQISLVQYSRD
Site 49Y484VQISLVQYSRDPHTE
Site 50T490QYSRDPHTEFTLKKF
Site 51T509DIIEAINTFPYRGGS
Site 52Y512EAINTFPYRGGSTNT
Site 53S516TFPYRGGSTNTGKAM
Site 54Y525NTGKAMTYVREKIFV
Site 55S537IFVPSKGSRSNVPKV
Site 56S539VPSKGSRSNVPKVMI
Site 57T549PKVMILITDGKSSDA
Site 58S553ILITDGKSSDAFRDP
Site 59S589SELEAIASPPAETHV
Site 60T598PAETHVFTVEDFDAF
Site 61Y632AAIKKKAYVPPKDLS
Site 62S639YVPPKDLSFSEVTSY
Site 63S641PPKDLSFSEVTSYGF
Site 64S645LSFSEVTSYGFKTNW
Site 65Y646SFSEVTSYGFKTNWS
Site 66Y662AGENVFSYHITYKEA
Site 67T665NVFSYHITYKEAAGD
Site 68T676AAGDDEVTVVEPASS
Site 69S710AEYEDGFSIPLAGEE
Site 70T732APRNLKVTDETTDSF
Site 71T736LKVTDETTDSFKITW
Site 72S738VTDETTDSFKITWTQ
Site 73T742TTDSFKITWTQAPGR
Site 74T744DSFKITWTQAPGRVL
Site 75Y753APGRVLRYRIIYRPV
Site 76Y757VLRYRIIYRPVAGGE
Site 77T769GGESREVTTPPNQRR
Site 78T770GESREVTTPPNQRRR
Site 79T778PPNQRRRTLENLIPD
Site 80Y788NLIPDTKYEVSVIPE
Site 81S791PDTKYEVSVIPEYFS
Site 82Y796EVSVIPEYFSGPGTP
Site 83S798SVIPEYFSGPGTPLT
Site 84T802EYFSGPGTPLTGNAA
Site 85T805SGPGTPLTGNAATEE
Site 86S823NPRDLRVSDPTTSTM
Site 87T826DLRVSDPTTSTMKLS
Site 88T827LRVSDPTTSTMKLSW
Site 89S828RVSDPTTSTMKLSWS
Site 90T829VSDPTTSTMKLSWSG
Site 91S833TTSTMKLSWSGAPGK
Site 92S835STMKLSWSGAPGKVK
Site 93Y844APGKVKQYLVTYTPV
Site 94T847KVKQYLVTYTPVAGG
Site 95T849KQYLVTYTPVAGGET
Site 96T860GGETQEVTVRGDTTN
Site 97T865EVTVRGDTTNTVLQG
Site 98T868VRGDTTNTVLQGLKE
Site 99S907TTLEERGSPQDLVTK
Site 100T913GSPQDLVTKDITDTS
Site 101T917DLVTKDITDTSIGAY
Site 102S920TKDITDTSIGAYWTS
Site 103Y924TDTSIGAYWTSAPGM
Site 104Y935APGMVRGYRVSWKSL
Site 105S938MVRGYRVSWKSLYDD
Site 106S941GYRVSWKSLYDDVDT
Site 107Y943RVSWKSLYDDVDTGE
Site 108T948SLYDDVDTGEKNLPE
Site 109T969IENLQPETKYRISVF
Site 110S974PETKYRISVFATYSS
Site 111T978YRISVFATYSSGEGE
Site 112Y979RISVFATYSSGEGEP
Site 113S981SVFATYSSGEGEPLT
Site 114T988SGEGEPLTGDATTEL
Site 115T992EPLTGDATTELSQDS
Site 116S996GDATTELSQDSKTLK
Site 117T1001ELSQDSKTLKVDEET
Site 118T1011VDEETENTMRVTWKP
Site 119T1015TENTMRVTWKPAPGK
Site 120Y1026APGKVVNYRVVYRPH
Site 121Y1030VVNYRVVYRPHGRGK
Site 122T1050VPPTVTSTVLKRLQP
Site 123T1059LKRLQPQTTYDITVL
Site 124T1064PQTTYDITVLPIYKM
Site 125S1080EGKLRQGSGTTASRF
Site 126T1082KLRQGSGTTASRFKS
Site 127S1085QGSGTTASRFKSPRN
Site 128S1089TTASRFKSPRNLKTS
Site 129T1095KSPRNLKTSDPTMSS
Site 130S1096SPRNLKTSDPTMSSF
Site 131T1099NLKTSDPTMSSFRVT
Site 132S1101KTSDPTMSSFRVTWE
Site 133S1102TSDPTMSSFRVTWEP
Site 134T1106TMSSFRVTWEPAPGE
Site 135Y1117APGEVKGYKVTFHPT
Site 136T1120EVKGYKVTFHPTGDD
Site 137T1151LEELRAGTTYKVNVF
Site 138Y1153ELRAGTTYKVNVFGM
Site 139S1167MFDGGESSPLVGQEM
Site 140S1178GQEMTTLSDTTVMPI
Site 141T1217IGRANFRTVRSFISR
Site 142S1220ANFRTVRSFISRIVE
Site 143S1244QIALAQYSGDPRTEW
Site 144T1249QYSGDPRTEWQLNAH
Site 145S1261NAHRDKKSLLQAVAN
Site 146T1292IRQQNFRTQAGMRPR
Site 147T1308RKIGVLITDGKSQDD
Site 148S1312VLITDGKSQDDVEAP
Site 149T1348VELKMIATDPDDTHA
Site 150T1353IATDPDDTHAYNVAD
Site 151S1363YNVADFESLSRIVDD
Site 152S1389PGDLEAPSNLVISER
Site 153S1394APSNLVISERTHRSF
Site 154S1400ISERTHRSFRVSWTP
Site 155S1404THRSFRVSWTPPSDS
Site 156T1406RSFRVSWTPPSDSVD
Site 157S1409RVSWTPPSDSVDRYK
Site 158S1411SWTPPSDSVDRYKVE
Site 159Y1415PSDSVDRYKVEYYPV
Site 160Y1419VDRYKVEYYPVSGGK
Site 161Y1420DRYKVEYYPVSGGKR
Site 162S1423KVEYYPVSGGKRQEF
Site 163Y1431GGKRQEFYVSRMETS
Site 164S1433KRQEFYVSRMETSTV
Site 165T1437FYVSRMETSTVLKDL
Site 166S1438YVSRMETSTVLKDLK
Site 167T1439VSRMETSTVLKDLKP
Site 168T1448LKDLKPETEYVVNVY
Site 169Y1450DLKPETEYVVNVYSV
Site 170Y1455TEYVVNVYSVVEDEY
Site 171S1456EYVVNVYSVVEDEYS
Site 172Y1462YSVVEDEYSEPLKGT
Site 173S1463SVVEDEYSEPLKGTE
Site 174S1506GATGYILSYKPVKDT
Site 175T1513SYKPVKDTEPTRPKE
Site 176T1526KEVRLGPTVNDMQLT
Site 177T1544PNTEYAVTVQAVLHD
Site 178T1553QAVLHDLTSEPVTVR
Site 179S1554AVLHDLTSEPVTVRE
Site 180T1558DLTSEPVTVREVTLP
Site 181T1563PVTVREVTLPLPRPQ
Site 182T1578DLKLRDVTHSTMNVF
Site 183Y1596VPGKVRKYIVRYKTP
Site 184Y1600VRKYIVRYKTPEEDV
Site 185T1602KYIVRYKTPEEDVKE
Site 186S1615KEVEVDRSETSTSLK
Site 187T1617VEVDRSETSTSLKDL
Site 188T1619VDRSETSTSLKDLFS
Site 189S1620DRSETSTSLKDLFSQ
Site 190S1626TSLKDLFSQTLYTVS
Site 191S1633SQTLYTVSVSAVHDE
Site 192S1643AVHDEGESPPVTAQE
Site 193T1647EGESPPVTAQETTRP
Site 194T1651PPVTAQETTRPVPAP
Site 195S1668LKITEVTSEGFRGTW
Site 196T1674TSEGFRGTWDHGASD
Site 197S1680GTWDHGASDVSLYRI
Site 198S1683DHGASDVSLYRITWA
Site 199T1688DVSLYRITWAPFGSS
Site 200S1695TWAPFGSSDKMETIL
Site 201T1708ILNGDENTLVFENLN
Site 202S1723PNTIYEVSITAIYPD
Site 203T1725TIYEVSITAIYPDES
Site 204Y1728EVSITAIYPDESESD
Site 205S1732TAIYPDESESDDLIG
Site 206S1734IYPDESESDDLIGSE
Site 207S1740ESDDLIGSERTLPIL
Site 208T1749RTLPILTTQAPKSGP
Site 209S1754LTTQAPKSGPRNLQV
Site 210Y1762GPRNLQVYNATSNSL
Site 211T1770NATSNSLTVKWDPAS
Site 212S1777TVKWDPASGRVQKYR
Site 213T1786RVQKYRITYQPSTGE
Site 214Y1787VQKYRITYQPSTGEG
Site 215T1798TGEGNEQTTTIGGRQ
Site 216T1800EGNEQTTTIGGRQNS
Site 217S1807TIGGRQNSVVLQKLK
Site 218T1817LQKLKPDTPYTITVS
Site 219Y1819KLKPDTPYTITVSSL
Site 220T1820LKPDTPYTITVSSLY
Site 221T1822PDTPYTITVSSLYPD
Site 222S1825PYTITVSSLYPDGEG
Site 223Y1827TITVSSLYPDGEGGR
Site 224T1836DGEGGRMTGRGKTKP
Site 225T1841RMTGRGKTKPLNTVR
Site 226T1846GKTKPLNTVRNLRVY
Site 227Y1853TVRNLRVYDPSTSTL
Site 228S1856NLRVYDPSTSTLNVR
Site 229T1857LRVYDPSTSTLNVRW
Site 230S1858RVYDPSTSTLNVRWD
Site 231Y1874AEGNPRQYKLFYAPA
Site 232Y1878PRQYKLFYAPAAGGP
Site 233Y1897PIPGNTNYAILRNLQ
Site 234T1907LRNLQPDTSYTVTVV
Site 235S1908RNLQPDTSYTVTVVP
Site 236T1912PDTSYTVTVVPVYTE
Site 237Y1917TVTVVPVYTEGDGGR
Site 238S1926EGDGGRTSDTGRTLM
Site 239T1928DGGRTSDTGRTLMRG
Site 240Y1943LARNVQVYNPTPNSL
Site 241T1946NVQVYNPTPNSLDVR
Site 242S1949VYNPTPNSLDVRWDP
Site 243Y1968VLQYRVVYSPVDGTR
Site 244S1969LQYRVVYSPVDGTRP
Site 245S1977PVDGTRPSESIVVPG
Site 246S1979DGTRPSESIVVPGNT
Site 247Y2008SVNLVALYSDGEGNP
Site 248S2009VNLVALYSDGEGNPS
Site 249S2016SDGEGNPSPAQGRTL
Site 250T2022PSPAQGRTLPRSGPR
Site 251S2026QGRTLPRSGPRNLRV
Site 252S2040VFGETTNSLSVAWDH
Site 253S2042GETTNSLSVAWDHAD
Site 254Y2059VQQYRIIYSPTVGDP
Site 255S2060QQYRIIYSPTVGDPI
Site 256Y2070VGDPIDEYTTVPGRR
Site 257T2071GDPIDEYTTVPGRRN
Site 258T2089LQPLQPDTPYKITVI
Site 259Y2099KITVIAVYEDGDGGH
Site 260T2108DGDGGHLTGNGRTVG
Site 261S2125PPQNIHISDEWYTRF
Site 262Y2129IHISDEWYTRFRVSW
Site 263S2135WYTRFRVSWDPSPSP
Site 264S2139FRVSWDPSPSPVLGY
Site 265S2141VSWDPSPSPVLGYKI
Site 266Y2150VLGYKIVYKPVGSNE
Site 267Y2169FVGEMTSYTLHNLNP
Site 268T2170VGEMTSYTLHNLNPS
Site 269Y2185TTYDVNVYAQYDSGL
Site 270Y2188DVNVYAQYDSGLSVP
Site 271S2190NVYAQYDSGLSVPLT
Site 272S2193AQYDSGLSVPLTDQG
Site 273T2197SGLSVPLTDQGTTLY
Site 274Y2204TDQGTTLYLNVTDLK
Site 275T2231WSPHRAATSYRLKLS
Site 276S2232SPHRAATSYRLKLSP
Site 277Y2233PHRAATSYRLKLSPA
Site 278S2238TSYRLKLSPADGTRG
Site 279T2243KLSPADGTRGQEITV
Site 280T2249GTRGQEITVRGSETS
Site 281S2253QEITVRGSETSHCFT
Site 282S2256TVRGSETSHCFTGLS
Site 283T2260SETSHCFTGLSPDTD
Site 284S2263SHCFTGLSPDTDYGV
Site 285T2271PDTDYGVTVFVQTPN
Site 286S2285NLEGPGVSVKEHTTV
Site 287T2291VSVKEHTTVKPTEAP
Site 288T2299VKPTEAPTEPPTPPP
Site 289T2303EAPTEPPTPPPPPTI
Site 290T2309PTPPPPPTIPPARDV
Site 291S2364SPAGIQVSFVQYSDE
Site 292S2369QVSFVQYSDEVKSEF
Site 293S2374QYSDEVKSEFKLNTY
Site 294Y2381SEFKLNTYNDKALAL
Site 295T2408TRTGKALTFIKEKVL
Site 296T2416FIKEKVLTWESGMRK
Site 297S2419EKVLTWESGMRKNVP
Site 298T2433PKVLVVVTDGRSQDE
Site 299S2437VVVTDGRSQDEVKKA
Site 300S2473NELANIASKPSERHV
Site 301S2476ANIASKPSERHVFIV
Site 302S2488FIVDDFESFEKIEDN
Site 303Y2512TSSCPLIYLDGYTSP
Site 304Y2516PLIYLDGYTSPGFKM
Site 305S2518IYLDGYTSPGFKMLE
Site 306S2536LTEKNFASVQGVSLE
Site 307S2544VQGVSLESGSFPSYS
Site 308S2546GVSLESGSFPSYSAY
Site 309S2549LESGSFPSYSAYRIQ
Site 310Y2550ESGSFPSYSAYRIQK
Site 311S2551SGSFPSYSAYRIQKN
Site 312Y2553SFPSYSAYRIQKNAF
Site 313S2591RLLPETPSDPFAIWQ
Site 314Y2604WQITDRDYKPQVGVI
Site 315S2616GVIADPSSKTLSFFN
Site 316T2618IADPSSKTLSFFNKD
Site 317S2620DPSSKTLSFFNKDTR
Site 318T2632DTRGEVQTVTFDTEE
Site 319T2634RGEVQTVTFDTEEVK
Site 320T2642FDTEEVKTLFYGSFH
Site 321Y2667VKIYIDCYEIIEKDI
Site 322S2698LLKGERKSAAFQIQS
Site 323S2711QSFDIVCSPVWTSRD
Site 324T2742FPNSCTCTQDSVGPP
Site 325S2745SCTCTQDSVGPPGPP
Site 326S2770PRGERGISGAIGPPG
Site 327S2800PQGPNGLSIPGEQGR
Site 328T2823EPGLPGRTGTPGLPG
Site 329T2825GLPGRTGTPGLPGPP
Site 330T2844PPGDRGFTGKDGAMG
Site 331S2861GPPGPPGSPGSPGVT
Site 332S2864GPPGSPGSPGVTGPS
Site 333T2868SPGSPGVTGPSGKPG
Site 334S2871SPGVTGPSGKPGKPG
Site 335S2900GDRGDIASQNMMRAV
Site 336Y2934LNQIPNDYQSSRNQP
Site 337S2936QIPNDYQSSRNQPGP
Site 338S2952GPPGPPGSAGARGEP
Site 339T2970GRPGFPGTPGMQGPP
Site 340T2991GEKGERGTGSSGPRG
Site 341S2993KGERGTGSSGPRGLP
Site 342S2994GERGTGSSGPRGLPG
Site 343S3009PPGPQGESRTGPPGS
Site 344T3011GPQGESRTGPPGSTG
Site 345S3016SRTGPPGSTGSRGPP
Site 346T3017RTGPPGSTGSRGPPG
Site 347S3019GPPGSTGSRGPPGPP
Site 348S3032PPGRPGNSGIRGPPG
Site 349Y3043GPPGPPGYCDSSQCA
Site 350S3046GPPGYCDSSQCASIP
Site 351S3047PPGYCDSSQCASIPY
Site 352S3051CDSSQCASIPYNGQG
Site 353S3062NGQGYPGSG______
 
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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