PhosphoNET

           
Protein Info 
   
Short Name:  COL14A1
Full Name:  Collagen alpha-1(XIV) chain
Alias:  COEA1; collagen alpha-1; UND; Undulin
Type:  Extracellular matrix
Mass (Da):  193515
Number AA:  1796
UniProt ID:  Q05707
International Prot ID:  IPI00176193
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005596     Uniprot OncoNet
Molecular Function:  GO:0005518  GO:0005201  GO:0030674 PhosphoSite+ KinaseNET
Biological Process:  GO:0016337  GO:0030199   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 1T34QGQVAPPTRLRYNVI
Site 2Y38APPTRLRYNVISHDS
Site 3S42RLRYNVISHDSIQIS
Site 4S49SHDSIQISWKAPRGK
Site 5T65GGYKLLVTPTSGGKT
Site 6S68KLLVTPTSGGKTNQL
Site 7T72TPTSGGKTNQLNLQN
Site 8S108AYNKDKESKPAQGQF
Site 9S139VVDRGNGSRPSSPEE
Site 10S142RGNGSRPSSPEEVKF
Site 11S143GNGSRPSSPEEVKFV
Site 12S203RIGLAQYSGDPRIEW
Site 13S248LNYIFENSFKPEAGS
Site 14S255SFKPEAGSRTGVSKI
Site 15T267SKIGILITDGKSQDD
Site 16S271ILITDGKSQDDIIPP
Site 17S279QDDIIPPSRNLRESG
Site 18S285PSRNLRESGVELFAI
Site 19S307NELQEIASEPDSTHV
Site 20S311EIASEPDSTHVYNVA
Site 21T312IASEPDSTHVYNVAE
Site 22Y315EPDSTHVYNVAEFDL
Site 23T333VVESLTRTLCSRVEE
Site 24S348QDREIKASAHAITGP
Site 25S362PPTELITSEVTARSF
Site 26Y383APGNVEKYRVVYYPT
Site 27Y387VEKYRVVYYPTRGGK
Site 28Y388EKYRVVYYPTRGGKP
Site 29T437ASEGLRGTETTLALP
Site 30T455DLLLYDVTENSMRVK
Site 31T513PNTEYTVTVYAMFGE
Site 32S523AMFGEEASDPVTGQE
Site 33T527EEASDPVTGQETTLA
Site 34T532PVTGQETTLALSPPR
Site 35S536QETTLALSPPRNLRI
Site 36S544PPRNLRISNVGSNSA
Site 37S548LRISNVGSNSARLTW
Site 38T554GSNSARLTWDPTSRQ
Site 39T558ARLTWDPTSRQINGY
Site 40Y565TSRQINGYRIVYNNA
Site 41Y569INGYRIVYNNADGTE
Site 42Y607TIAIFSIYDEGQSEP
Site 43T616EGQSEPLTGVFTTEE
Site 44T643TTDSFRVTWHPLSAD
Site 45S648RVTWHPLSADEGLHK
Site 46Y662KLMWIPVYGGKTEEV
Site 47S677VLKEEQDSHVIEGLE
Site 48S715AVGTTLDSFWTEPAT
Site 49T722SFWTEPATTIVPTTS
Site 50T747NLVVGDETTSSLRVK
Site 51S750VGDETTSSLRVKWDI
Site 52S758LRVKWDISDSDVQQF
Site 53S760VKWDISDSDVQQFRV
Site 54T768DVQQFRVTYMTAQGD
Site 55Y769VQQFRVTYMTAQGDP
Site 56T771QFRVTYMTAQGDPEE
Site 57T783PEEEVIGTVMVPGSQ
Site 58T802LKPLLPDTEYKVTVT
Site 59T807PDTEYKVTVTPIYTD
Site 60T809TEYKVTVTPIYTDGE
Site 61Y812KVTVTPIYTDGEGVS
Site 62S819YTDGEGVSVSAPGKT
Site 63S821DGEGVSVSAPGKTLP
Site 64T826SVSAPGKTLPSSGPQ
Site 65S830PGKTLPSSGPQNLRV
Site 66S838GPQNLRVSEEWYNRL
Site 67Y842LRVSEEWYNRLRITW
Site 68T848WYNRLRITWDPPSSP
Site 69S853RITWDPPSSPVKGYR
Site 70S854ITWDPPSSPVKGYRI
Site 71S867RIVYKPVSVPGPTLE
Site 72S902YNVKIFASQASGFSD
Site 73S954AYRVVIESLQDRQKQ
Site 74S963QDRQKQESTVGGGTT
Site 75T964DRQKQESTVGGGTTR
Site 76T969ESTVGGGTTRHCFYG
Site 77T970STVGGGTTRHCFYGL
Site 78S981FYGLQPDSEYKISVY
Site 79Y983GLQPDSEYKISVYTK
Site 80S986PDSEYKISVYTKLQE
Site 81Y988SEYKISVYTKLQEIE
Site 82T989EYKISVYTKLQEIEG
Site 83S1000EIEGPSVSIMEKTQS
Site 84T1005SVSIMEKTQSLPTRP
Site 85S1007SIMEKTQSLPTRPPT
Site 86T1014SLPTRPPTFPPTIPP
Site 87T1018RPPTFPPTIPPAKEV
Site 88T1070NKIGTDGTQVAMVQF
Site 89T1078QVAMVQFTDDPRTEF
Site 90T1083QFTDDPRTEFKLNAY
Site 91T1092FKLNAYKTKETLLDA
Site 92Y1118KTGKAIKYVRDTLFT
Site 93T1122AIKYVRDTLFTAESG
Site 94T1125YVRDTLFTAESGTRR
Site 95S1128DTLFTAESGTRRGIP
Site 96T1130LFTAESGTRRGIPKV
Site 97T1142PKVIVVITDGRSQDD
Site 98S1146VVITDGRSQDDVNKI
Site 99S1179ADYSELVSIGSKPSA
Site 100S1182SELVSIGSKPSARHV
Site 101S1245LVEKDFSSVEGVSME
Site 102S1250FSSVEGVSMEPGTFN
Site 103Y1262TFNVFPCYQLHKDAL
Site 104S1271LHKDALVSQPTRYLH
Site 105Y1276LVSQPTRYLHPEGLP
Site 106S1284LHPEGLPSDYTISFL
Site 107Y1286PEGLPSDYTISFLFR
Site 108T1327ILDNGGKTLTYFNYD
Site 109Y1330NGGKTLTYFNYDQSG
Site 110Y1333KTLTYFNYDQSGDFQ
Site 111T1341DQSGDFQTVTFEGPE
Site 112T1343SGDFQTVTFEGPEIR
Site 113Y1354PEIRKIFYGSFHKLH
Site 114S1403VLGKMVRSRGPGGNS
Site 115S1443PGLRDDESCPDLPHS
Site 116S1450SCPDLPHSCSCSETN
Site 117S1452PDLPHSCSCSETNEV
Site 118S1454LPHSCSCSETNEVAL
Site 119T1456HSCSCSETNEVALGP
Site 120S1512PQGPSGLSIQGMPGM
Site 121T1529EKGEKGDTGLPGPQG
Site 122S1543GIPGGVGSPGRDGSP
Site 123S1549GSPGRDGSPGQRGLP
Site 124S1561GLPGKDGSSGPPGPP
Site 125S1562LPGKDGSSGPPGPPG
Site 126S1612GERGDLQSQAMVRSV
Site 127S1618QSQAMVRSVARQVCE
Site 128T1636QSHMARYTAILNQIP
Site 129S1644AILNQIPSHSSSIRT
Site 130S1646LNQIPSHSSSIRTVQ
Site 131S1648QIPSHSSSIRTVQGP
Site 132T1651SHSSSIRTVQGPPGE
Site 133S1664GEPGRPGSPGAPGEQ
Site 134T1676GEQGPPGTPGFPGNA
Site 135T1688GNAGVPGTPGERGLT
Site 136T1695TPGERGLTGIKGEKG
Site 137T1708KGNPGVGTQGPRGPP
Site 138S1721PPGPAGPSGESRPGS
Site 139S1724PAGPSGESRPGSPGP
Site 140S1728SGESRPGSPGPPGSP
Site 141S1734GSPGPPGSPGPRGPP
Site 142Y1758GPSGQPGYCDPSSCS
Site 143S1762QPGYCDPSSCSAYGV
Site 144S1763PGYCDPSSCSAYGVR
Site 145Y1767DPSSCSAYGVRAPHP
Site 146T1780HPDQPEFTPVQDELE
 
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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