PhosphoNET

           
Protein Info 
   
Short Name:  ADAMTS12
Full Name:  A disintegrin and metalloproteinase with thrombospondin motifs 12
Alias:  ADAM metallopeptidase with thrombospondin type 1 motif, 12; ATS12; EC 3.4.24
Type:  EC 3.4.24.-; Protease
Mass (Da):  177546
Number AA:  1593
UniProt ID:  P58397
International Prot ID:  IPI00036578
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005578     Uniprot OncoNet
Molecular Function:  GO:0004222  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0006508     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 1Y26LNFGALCYGRQPQPG
Site 2S63GPVRVDASGHFLSYG
Site 3S68DASGHFLSYGLHYPI
Site 4Y73FLSYGLHYPITSSRR
Site 5T76YGLHYPITSSRRKRD
Site 6S77GLHYPITSSRRKRDL
Site 7S78LHYPITSSRRKRDLD
Site 8S87RKRDLDGSEDWVYYR
Site 9Y92DGSEDWVYYRISHEE
Site 10Y93GSEDWVYYRISHEEK
Site 11S114TVNQGFLSNSYIMEK
Site 12Y117QGFLSNSYIMEKRYG
Site 13Y123SYIMEKRYGNLSHVK
Site 14S127EKRYGNLSHVKMMAS
Site 15T144PLCHLSGTVLQQGTR
Site 16T154QQGTRVGTAALSACH
Site 17Y189HPLVEGGYHPHIVYR
Site 18Y195GYHPHIVYRRQKVPE
Site 19T203RRQKVPETKEPTCGL
Site 20S213PTCGLKDSVNISQKQ
Site 21S217LKDSVNISQKQELWR
Site 22S234WERHNLPSRSLSRRS
Site 23S236RHNLPSRSLSRRSIS
Site 24S238NLPSRSLSRRSISKE
Site 25S241SRSLSRRSISKERWV
Site 26S243SLSRRSISKERWVET
Site 27T256ETLVVADTKMIEYHG
Site 28T317IVHHAEKTLSSFCKW
Site 29S320HAEKTLSSFCKWQKS
Site 30S332QKSINPKSDLNPVHH
Site 31T360GFNRPCETLGLSHLS
Site 32S367TLGLSHLSGMCQPHR
Site 33S382SCNINEDSGLPLAFT
Site 34S397IAHELGHSFGIQHDG
Site 35Y417EPVGRHPYIMSRQLQ
Site 36T428RQLQYDPTPLTWSKC
Site 37T431QYDPTPLTWSKCSEE
Site 38S433DPTPLTWSKCSEEYI
Site 39Y439WSKCSEEYITRFLDR
Site 40S463PKKKGLKSKVIAPGV
Site 41T487LQYGPNATFCQEVEN
Site 42S509SVKGFCRSKLDAAAD
Site 43T518LDAAADGTQCGEKKW
Site 44T533CMAGKCITVGKKPES
Site 45S540TVGKKPESIPGGWGR
Site 46S549PGGWGRWSPWSHCSR
Site 47S552WGRWSPWSHCSRTCG
Site 48S555WSPWSHCSRTCGAGV
Site 49Y580EPKFGGKYCTGERKR
Site 50T582KFGGKYCTGERKRYR
Site 51Y588CTGERKRYRLCNVHP
Site 52T602PCRSEAPTFRQMQCS
Site 53T613MQCSEFDTVPYKNEL
Site 54Y616SEFDTVPYKNELYHW
Site 55Y636PAHPCELYCRPIDGQ
Site 56Y680CKMVGCDYEIDSNAT
Site 57S699GVCLGDGSSCQTVRK
Site 58S700VCLGDGSSCQTVRKM
Site 59T703GDGSSCQTVRKMFKQ
Site 60Y716KQKEGSGYVDIGLIP
Site 61S745GNFLAIRSEDPEKYY
Site 62Y751RSEDPEKYYLNGGFI
Site 63Y752SEDPEKYYLNGGFII
Site 64T770GNYKLAGTVFQYDRK
Site 65Y774LAGTVFQYDRKGDLE
Site 66Y808VTNPGIKYEYTIQKD
Site 67T811PGIKYEYTIQKDGLD
Site 68T848GTGIRRQTAHCIKKG
Site 69T862GRGMVKATFCDPETQ
Site 70T868ATFCDPETQPNGRQK
Site 71T907PHGEKKRTVLCIQTM
Site 72T924DEQALPPTDCQHLLK
Site 73T934QHLLKPKTLLSCNRD
Site 74S968GGGVRIRSVTCAKNH
Site 75T970GVRIRSVTCAKNHDE
Site 76T982HDEPCDVTRKPNSRA
Site 77S987DVTRKPNSRALCGLQ
Site 78S998CGLQQCPSSRRVLKP
Site 79S999GLQQCPSSRRVLKPN
Site 80T1018SNGKNPPTLKPVPPP
Site 81T1026LKPVPPPTSRPRMLT
Site 82S1027KPVPPPTSRPRMLTT
Site 83T1033TSRPRMLTTPTGPES
Site 84T1034SRPRMLTTPTGPESM
Site 85T1036PRMLTTPTGPESMST
Site 86S1040TTPTGPESMSTSTPA
Site 87S1042PTGPESMSTSTPAIS
Site 88T1043TGPESMSTSTPAISS
Site 89S1044GPESMSTSTPAISSP
Site 90T1045PESMSTSTPAISSPS
Site 91S1049STSTPAISSPSPTTA
Site 92S1050TSTPAISSPSPTTAS
Site 93S1052TPAISSPSPTTASKE
Site 94T1054AISSPSPTTASKEGD
Site 95S1057SPSPTTASKEGDLGG
Site 96S1070GGKQWQDSSTQPELS
Site 97S1071GKQWQDSSTQPELSS
Site 98T1072KQWQDSSTQPELSSR
Site 99S1077SSTQPELSSRYLIST
Site 100Y1080QPELSSRYLISTGST
Site 101S1083LSSRYLISTGSTSQP
Site 102T1084SSRYLISTGSTSQPI
Site 103S1086RYLISTGSTSQPILT
Site 104S1088LISTGSTSQPILTSQ
Site 105T1093STSQPILTSQSLSIQ
Site 106S1094TSQPILTSQSLSIQP
Site 107S1096QPILTSQSLSIQPSE
Site 108S1098ILTSQSLSIQPSEEN
Site 109S1102QSLSIQPSEENVSSS
Site 110S1107QPSEENVSSSDTGPT
Site 111S1108PSEENVSSSDTGPTS
Site 112S1109SEENVSSSDTGPTSE
Site 113T1111ENVSSSDTGPTSEGG
Site 114S1115SSDTGPTSEGGLVAT
Site 115S1127VATTTSGSGLSSSRN
Site 116S1130TTSGSGLSSSRNPIT
Site 117S1131TSGSGLSSSRNPITW
Site 118S1132SGSGLSSSRNPITWP
Site 119T1137SSSRNPITWPVTPFY
Site 120T1141NPITWPVTPFYNTLT
Site 121Y1144TWPVTPFYNTLTKGP
Site 122T1148TPFYNTLTKGPEMEI
Site 123S1157GPEMEIHSGSGEERE
Site 124T1201MPLAPPLTPDLSRES
Site 125S1205PPLTPDLSRESWWPP
Site 126S1208TPDLSRESWWPPFST
Site 127S1223VMEGLLPSQRPTTSE
Site 128T1227LLPSQRPTTSETGTP
Site 129T1228LPSQRPTTSETGTPR
Site 130S1229PSQRPTTSETGTPRV
Site 131T1233PTTSETGTPRVEGMV
Site 132T1241PRVEGMVTEKPANTL
Site 133T1247VTEKPANTLLPLGGD
Site 134S1280NNMNQTKSSEPVLTE
Site 135S1281NMNQTKSSEPVLTEE
Site 136T1286KSSEPVLTEEDATSL
Site 137S1303EGFLLNASNYKQLTN
Site 138Y1334TTCGLGAYWRRVECS
Site 139S1346ECSTQMDSDCAAIQR
Site 140S1381SKCSRNCSGGFKIRE
Site 141S1416AGIPPPLSMSCNPEP
Site 142S1418IPPPLSMSCNPEPCE
Site 143S1436VEPWSQCSRSCGGGV
Site 144S1438PWSQCSRSCGGGVQE
Site 145T1458PGGLCDWTKRPTSTM
Site 146T1495GGGFQKRTVQCVPSE
Site 147S1501RTVQCVPSEGNKTED
Site 148T1506VPSEGNKTEDQDQCL
Site 149S1547TKDKLSASFCQTLKA
Site 150S1559LKAMKKCSVPTVRAE
Site 151T1577SCPQTHITHTQRQRR
Site 152T1579PQTHITHTQRQRRQR
 
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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