PhosphoNET

           
Protein Info 
   
Short Name:  ADAMTS7
Full Name:  A disintegrin and metalloproteinase with thrombospondin motifs 7
Alias: 
Type: 
Mass (Da):  184095
Number AA:  1686
UniProt ID:  Q9UKP4
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 1S6__MPGGPSPRSPAPL
Site 2S9PGGPSPRSPAPLLRP
Site 3T37GPAPGRATEGRAALD
Site 4S59DAGGSFLSYELWPRA
Site 5S73ALRKRDVSVRRDAPA
Site 6Y82RRDAPAFYELQYRGR
Site 7Y86PAFYELQYRGRELRF
Site 8T96RELRFNLTANQHLLA
Site 9S108LLAPGFVSETRRRGG
Site 10T110APGFVSETRRRGGLG
Site 11T125RAHIRAHTPACHLLG
Site 12S159LKGVFQLSNEDYFIE
Site 13Y163FQLSNEDYFIEPLDS
Site 14S170YFIEPLDSAPARPGH
Site 15Y184HAQPHVVYKRQAPER
Site 16S198RLAQRGDSSAPSTCG
Site 17S199LAQRGDSSAPSTCGV
Site 18S202RGDSSAPSTCGVQVY
Site 19T203GDSSAPSTCGVQVYP
Site 20Y209STCGVQVYPELESRR
Site 21S214QVYPELESRRERWEQ
Site 22S237LRRLHQRSVSKEKWV
Site 23S239RLHQRSVSKEKWVET
Site 24S373CQPHRSCSINEDTGL
Site 25S393VAHELGHSFGIQHDG
Site 26S401FGIQHDGSGNDCEPV
Site 27S416GKRPFIMSPQLLYDA
Site 28T427LYDAAPLTWSRCSRQ
Site 29Y435WSRCSRQYITRFLDR
Site 30Y468SVPPGVLYDVSHQCR
Site 31Y478SHQCRLQYGAYSAFC
Site 32T514LDAAVDGTRCGENKW
Site 33T566QSAERQCTQPTPKYK
Site 34T569ERQCTQPTPKYKGRY
Site 35Y572CTQPTPKYKGRYCVG
Site 36S598ACPAGRPSFRHVQCS
Site 37Y612SHFDAMLYKGQLHTW
Site 38Y639HCRPANEYFAEKLRD
Site 39T652RDAVVDGTPCYQVRA
Site 40Y655VVDGTPCYQVRASRD
Site 41T699GNGSTCHTVSGTFEE
Site 42S701GSTCHTVSGTFEEAE
Site 43T703TCHTVSGTFEEAEGL
Site 44S741ANFLALRSEDPEKYF
Site 45Y747RSEDPEKYFLNGGWT
Site 46Y761TIQWNGDYQVAGTTF
Site 47T769QVAGTTFTYARRGNW
Site 48Y770VAGTTFTYARRGNWE
Site 49T780RGNWENLTSPGPTKE
Site 50S781GNWENLTSPGPTKEP
Site 51T785NLTSPGPTKEPVWIQ
Site 52S798IQLLFQESNPGVHYE
Site 53Y806NPGVHYEYTIHREAG
Site 54T807PGVHYEYTIHREAGG
Site 55S875DDQQRKCSEQPCPAR
Site 56S892AGEWQLCSSSCGPGG
Site 57S893GEWQLCSSSCGPGGL
Site 58S894EWQLCSSSCGPGGLS
Site 59T932EHLPRPPTETPCNRH
Site 60T934LPRPPTETPCNRHVP
Site 61T962SVTCGEGTQRRNVLC
Site 62T970QRRNVLCTNDTGVPC
Site 63T973NVLCTNDTGVPCDEA
Site 64S985DEAQQPASEVTCSLP
Site 65T1000LCRWPLGTLGPEGSG
Site 66S1006GTLGPEGSGSGSSSH
Site 67S1008LGPEGSGSGSSSHEL
Site 68S1010PEGSGSGSSSHELFN
Site 69S1012GSGSGSSSHELFNEA
Site 70S1031HHLAPRPSPASSPKP
Site 71S1034APRPSPASSPKPGTM
Site 72S1035PRPSPASSPKPGTMG
Site 73Y1064PVFVDDFYYDYNFIN
Site 74Y1067VDDFYYDYNFINFHE
Site 75S1077INFHEDLSYGPSEEP
Site 76Y1078NFHEDLSYGPSEEPD
Site 77S1081EDLSYGPSEEPDLDL
Site 78T1091PDLDLAGTGDRTPPP
Site 79T1095LAGTGDRTPPPHSHP
Site 80S1100DRTPPPHSHPAAPST
Site 81S1106HSHPAAPSTGSPVPA
Site 82T1107SHPAAPSTGSPVPAT
Site 83S1109PAAPSTGSPVPATEP
Site 84T1114TGSPVPATEPPAAKE
Site 85S1129EGVLGPWSPSPWPSQ
Site 86S1131VLGPWSPSPWPSQAG
Site 87S1135WSPSPWPSQAGRSPP
Site 88S1140WPSQAGRSPPPPSEQ
Site 89S1145GRSPPPPSEQTPGNP
Site 90T1148PPPPSEQTPGNPLIN
Site 91T1162NFLPEEDTPIGAPDL
Site 92S1173APDLGLPSLSWPRVS
Site 93S1175DLGLPSLSWPRVSTD
Site 94S1180SLSWPRVSTDGLQTP
Site 95T1181LSWPRVSTDGLQTPA
Site 96T1186VSTDGLQTPATPESQ
Site 97T1189DGLQTPATPESQNDF
Site 98S1192QTPATPESQNDFPVG
Site 99S1202DFPVGKDSQSQLPPP
Site 100S1204PVGKDSQSQLPPPWR
Site 101T1214PPPWRDRTNEVFKDD
Site 102S1237PHLPPRPSSTLPPLS
Site 103S1238HLPPRPSSTLPPLSP
Site 104T1239LPPRPSSTLPPLSPV
Site 105S1244SSTLPPLSPVGSTHS
Site 106S1248PPLSPVGSTHSSPSP
Site 107T1249PLSPVGSTHSSPSPD
Site 108S1251SPVGSTHSSPSPDVA
Site 109S1252PVGSTHSSPSPDVAE
Site 110S1254GSTHSSPSPDVAELW
Site 111S1308PEMKVRDSSLEPGTP
Site 112S1309EMKVRDSSLEPGTPS
Site 113T1314DSSLEPGTPSFPTPG
Site 114S1316SLEPGTPSFPTPGPG
Site 115T1319PGTPSFPTPGPGSWD
Site 116S1324FPTPGPGSWDLQTVA
Site 117S1362GPKGQPESLSPEVPL
Site 118S1364KGQPESLSPEVPLSS
Site 119S1370LSPEVPLSSRLLSTP
Site 120S1371SPEVPLSSRLLSTPA
Site 121S1375PLSSRLLSTPAWDSP
Site 122T1376LSSRLLSTPAWDSPA
Site 123S1381LSTPAWDSPANSHRV
Site 124S1385AWDSPANSHRVPETQ
Site 125T1391NSHRVPETQPLAPSL
Site 126S1397ETQPLAPSLAEAGPP
Site 127S1439VWRPVRCSSGRDEDC
Site 128S1440WRPVRCSSGRDEDCA
Site 129S1475SGNWSKCSRSCGGGS
Site 130S1477NWSKCSRSCGGGSSV
Site 131S1482SRSCGGGSSVRDVQC
Site 132S1483RSCGGGSSVRDVQCV
Site 133T1492RDVQCVDTRDLRPLR
Site 134S1533TSSWRECSEACGGGE
Site 135T1546GEQQRLVTCPEPGLC
Site 136T1561EEALRPNTTRPCNTH
Site 137S1608TGLPEEDSDQCGHEA
Site 138S1619GHEAWPESSRPCGTE
Site 139S1642RCERDRLSFGFCETL
Site 140S1667IRTQCCRSCSPPSHG
Site 141S1669TQCCRSCSPPSHGAP
Site 142S1672CRSCSPPSHGAPSRG
 
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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