PhosphoNET

           
Protein Info 
   
Short Name:  COL6A6
Full Name:  Collagen alpha-6(VI) chain
Alias:  co6a6; collagen alpha-6; collagen type vi alpha 6; collagen, type VI, alpha 6
Type: 
Mass (Da):  247170
Number AA: 
UniProt ID:  A6NMZ7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005578     Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0007155     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 1S21HISVNQDSGPEYADV
Site 2Y25NQDSGPEYADVVFLV
Site 3S34DVVFLVDSSDRLGSK
Site 4S40DSSDRLGSKSFPFVK
Site 5S42SDRLGSKSFPFVKMF
Site 6Y64LPIEADKYRVALAQY
Site 7S72RVALAQYSDKLHSEF
Site 8S82LHSEFHLSTFKGRSP
Site 9T83HSEFHLSTFKGRSPM
Site 10S88LSTFKGRSPMLNHLR
Site 11T117ALQEAHRTYFSAPAN
Site 12Y118LQEAHRTYFSAPANG
Site 13T188QFHFNLRTVRDLSMF
Site 14S193LRTVRDLSMFSQNMT
Site 15S241LDMSINGSEENFDYL
Site 16Y247GSEENFDYLKGFLEE
Site 17S257GFLEESVSALDIKEN
Site 18S274RVGLVAYSNETKVIN
Site 19S284TKVINSLSMGINKSE
Site 20S290LSMGINKSEVLQHIQ
Site 21S300LQHIQNLSPRTGKAY
Site 22Y307SPRTGKAYTGAAIKK
Site 23S321KLRKEVFSARNGSRK
Site 24S326VFSARNGSRKNQGVP
Site 25T340PQIAVLVTHRDSEDN
Site 26S344VLVTHRDSEDNVTKA
Site 27T349RDSEDNVTKAAVNLR
Site 28S371TLGIEGASDTQLEKI
Site 29T373GIEGASDTQLEKIAS
Site 30S380TQLEKIASHPAEQYV
Site 31Y386ASHPAEQYVSKLKTF
Site 32S388HPAEQYVSKLKTFAD
Site 33T392QYVSKLKTFADLAAH
Site 34T402DLAAHNQTFLKKLRN
Site 35T412KKLRNQITHTVSVFS
Site 36T414LRNQITHTVSVFSER
Site 37S419THTVSVFSERTETLK
Site 38T424VFSERTETLKSGCVD
Site 39S427ERTETLKSGCVDTEE
Site 40Y438DTEEADIYLLIDGSG
Site 41T450GSGSTQATDFHEMKT
Site 42T457TDFHEMKTFLSEVVG
Site 43S483GAVQYADSWDLEFEI
Site 44Y493LEFEINKYSNKQDLG
Site 45T515QMGGNTNTGAALNFT
Site 46T545PCHLVVLTNGMSKDS
Site 47Y568REEHIRVYAIGIKEA
Site 48T578GIKEANQTQLREIAG
Site 49Y591AGEEKRVYYVHDFDA
Site 50Y592GEEKRVYYVHDFDAL
Site 51S639SIGPENFSKMKTFMK
Site 52T643ENFSKMKTFMKNLVS
Site 53S650TFMKNLVSKSQIGPD
Site 54S652MKNLVSKSQIGPDRV
Site 55S667QIGVVQFSDINKEEF
Site 56S681FQLNRFMSQSDISNA
Site 57S683LNRFMSQSDISNAID
Site 58S709GSALSFVSQYFSPTK
Site 59S713SFVSQYFSPTKGARP
Site 60T730RKFLILITDGEAQDI
Site 61S760YSVGVFGSNVTQLEE
Site 62S769VTQLEEISGRPEMVF
Site 63S797DLVFGICSPREECKR
Site 64Y822DSSGSIDYDEYNIMK
Site 65Y825GSIDYDEYNIMKDFM
Site 66Y862DDPEVLFYLDDFGTK
Site 67S895TAEALGFSDHMFTEA
Site 68T900GFSDHMFTEARGSRL
Site 69S905MFTEARGSRLNKGVP
Site 70Y966MAGSSDKYFFVETFG
Site 71S1010FLMDGSTSIQPNDFK
Site 72S1045RIGAAQFSDTYHPEF
Site 73T1047GAAQFSDTYHPEFPL
Site 74Y1048AAQFSDTYHPEFPLG
Site 75T1056HPEFPLGTFIGEKEI
Site 76S1064FIGEKEISFQIENIK
Site 77Y1089ALREVEHYFRPDMGS
Site 78S1096YFRPDMGSRINTGTP
Site 79T1100DMGSRINTGTPQVLL
Site 80T1110PQVLLVLTDGQSQDE
Site 81S1114LVLTDGQSQDEVAQA
Site 82Y1133RHRGIDIYSVGIGDV
Site 83S1134HRGIDIYSVGIGDVD
Site 84T1157GTAEKKLTVHNFDEL
Site 85S1195VVVGFDVSTQEKGQT
Site 86T1196VVGFDVSTQEKGQTL
Site 87T1202STQEKGQTLLEGQPW
Site 88Y1213GQPWMETYLQDILRA
Site 89Y1250VTNAMEKYSPKFEIY
Site 90S1251TNAMEKYSPKFEIYS
Site 91S1258SPKFEIYSENILNSL
Site 92S1264YSENILNSLKDITVK
Site 93S1283LNANLLDSLWDTFQN
Site 94T1287LLDSLWDTFQNKSAA
Site 95S1292WDTFQNKSAARGKVV
Site 96S1317VEKLEQKSDELRKEG
Site 97S1340LDGPADSSDLADLPY
Site 98Y1347SDLADLPYIEFGKGF
Site 99Y1356EFGKGFEYRTQLSIG
Site 100T1358GKGFEYRTQLSIGMR
Site 101S1372RELGSRLSKQLVNVA
Site 102T1396KCIGGDGTMGDPGPP
Site 103S1414GPPGFKGSEGYLGEE
Site 104Y1417GFKGSEGYLGEEGIA
Site 105Y1442EQGTKGCYGTKGPKG
Site 106T1444GTKGCYGTKGPKGNR
Site 107S1489GEKGDEGSQGSPGKR
Site 108S1492GDEGSQGSPGKRGTP
Site 109T1498GSPGKRGTPGDRGAK
Site 110S1518PGAPGVDSSIEGPTG
Site 111S1519GAPGVDSSIEGPTGL
Site 112T1544GWPGPPGTPGSRRKT
Site 113S1547GPPGTPGSRRKTAAH
Site 114T1551TPGSRRKTAAHGRRG
Site 115T1560AHGRRGHTGPQGTAG
Site 116S1577GPDGLEGSLGLKGPQ
Site 117S1601GEKGGVGSKGPQGPP
Site 118S1622GNQGRLGSQGNKGEP
Site 119S1652GLQGNDGSPGYGSVG
Site 120Y1655GNDGSPGYGSVGRKG
Site 121S1657DGSPGYGSVGRKGAK
Site 122S1699GARGKMISAGLPGEM
Site 123S1708GLPGEMGSPGEPGPP
Site 124Y1737STCELIQYVRDRSPG
Site 125S1742IQYVRDRSPGRHGKP
Site 126S1765LVFALDHSRDVTEQE
Site 127T1769LDHSRDVTEQEFERM
Site 128S1793DIKVRENSCPVGAHI
Site 129S1804GAHIAILSYNSHARH
Site 130Y1805AHIAILSYNSHARHL
Site 131S1816ARHLVRFSDAYKKSQ
Site 132Y1819LVRFSDAYKKSQLLR
Site 133S1822FSDAYKKSQLLREIE
Site 134Y1833REIETIPYERSSASR
Site 135S1836ETIPYERSSASREIG
Site 136S1837TIPYERSSASREIGR
Site 137S1850GRAMRFISRNVFKRT
Site 138T1868AHTRKIATFFSSGQS
Site 139S1871RKIATFFSSGQSADA
Site 140S1875TFFSSGQSADAHSIT
Site 141S1880GQSADAHSITTAAME
Site 142Y1943LQRCTFCYDVCKPDA
Site 143S1962ARPPPVQSYMDAAFL
Site 144T1998LLDHFEITPEPETSV
Site 145S2004ITPEPETSVTGDRVA
Site 146T2006PEPETSVTGDRVALL
Site 147T2024PPDFLPNTQKSPVRA
Site 148S2027FLPNTQKSPVRAEFN
Site 149T2036VRAEFNLTTYRSKRL
Site 150T2037RAEFNLTTYRSKRLM
Site 151Y2038AEFNLTTYRSKRLMK
Site 152S2040FNLTTYRSKRLMKRH
Site 153S2051MKRHVHESVKQLNGD
Site 154S2075TLDNVFLSTPNLRRN
Site 155T2076LDNVFLSTPNLRRNK
Site 156S2105GEILKKESLRAKCQG
Site 157S2134KELEDLASHPLDHHL
Site 158S2153RIHKPDHSYGVKFVK
Site 159Y2154IHKPDHSYGVKFVKS
Site 160S2161YGVKFVKSFINSIRR
Site 161S2165FVKSFINSIRRAINK
Site 162Y2173IRRAINKYPPINLKI
Site 163S2187IKCNRLNSIDPKQPP
Site 164S2199QPPRPFRSFVPGPLK
Site 165Y2225KFFQDKKYLSRVARS
Site 166S2227FQDKKYLSRVARSGR
Site 167S2232YLSRVARSGRDDAIQ
Site 168S2246QNFMRSTSHTFKNGR
Site 169T2248FMRSTSHTFKNGRMI
 
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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