PhosphoNET

           
Protein Info 
   
Short Name:  TRPM7
Full Name:  Transient receptor potential cation channel subfamily M member 7
Alias:  EC 2.7.11.1; Long transient receptor potential channel 7; LTRPC7
Type:  Channel, cation; Protein kinase, atypical; EC 2.7.11.1; ATYPICAL group; Alpha family; ChaK subfamily
Mass (Da):  212697
Number AA:  1865
UniProt ID:  Q96QT4
International Prot ID:  IPI00290032
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0005262  GO:0005509 PhosphoSite+ KinaseNET
Biological Process:  GO:0006816  GO:0055085   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 1S9SQKSWIESTLTKREC
Site 2T12SWIESTLTKRECVYI
Site 3Y18LTKRECVYIIPSSKD
Site 4S57QHACFTASLAMKYSD
Site 5Y62TASLAMKYSDVKLGD
Site 6S63ASLAMKYSDVKLGDH
Site 7S87VEKHTEQSPTDAYGV
Site 8T89KHTEQSPTDAYGVIN
Site 9Y92EQSPTDAYGVINFQG
Site 10S103NFQGGSHSYRAKYVR
Site 11Y108SHSYRAKYVRLSYDT
Site 12S112RAKYVRLSYDTKPEV
Site 13Y113AKYVRLSYDTKPEVI
Site 14T115YVRLSYDTKPEVILQ
Site 15S138ELPKLVISVHGGMQK
Site 16S193DALKEHASRSSRKIC
Site 17S195LKEHASRSSRKICTI
Site 18S196KEHASRSSRKICTIG
Site 19T201RSSRKICTIGIAPWG
Site 20S233QTLLNPLSKLNVLNN
Site 21T269LRRELEKTINQQRIH
Site 22S348AAEPDIISTIKKTFN
Site 23T353IISTIKKTFNFGQNE
Site 24T367EALHLFQTLMECMKR
Site 25T379MKRKELITVFHIGSD
Site 26Y478IPRLEELYNTKQGPT
Site 27T480RLEELYNTKQGPTNP
Site 28T523IEYLMGGTYRCTYTR
Site 29Y524EYLMGGTYRCTYTRK
Site 30Y528GGTYRCTYTRKRFRL
Site 31T529GTYRCTYTRKRFRLI
Site 32Y537RKRFRLIYNSLGGNN
Site 33S539RFRLIYNSLGGNNRR
Site 34S547LGGNNRRSGRNTSSS
Site 35T551NRRSGRNTSSSTPQL
Site 36S552RRSGRNTSSSTPQLR
Site 37S553RSGRNTSSSTPQLRK
Site 38S554SGRNTSSSTPQLRKS
Site 39T555GRNTSSSTPQLRKSH
Site 40S561STPQLRKSHESFGNR
Site 41S564QLRKSHESFGNRADK
Site 42T583RHNHFIKTAQPYRPK
Site 43T593PYRPKIDTVMEEGKK
Site 44T615VDIDDPETKRFPYPL
Site 45Y620PETKRFPYPLNELLI
Site 46S669MAYEAKQSDLVDDTS
Site 47T675QSDLVDDTSEELKQY
Site 48S676SDLVDDTSEELKQYS
Site 49Y682TSEELKQYSNDFGQL
Site 50S697AVELLEQSFRQDETM
Site 51T703QSFRQDETMAMKLLT
Site 52S719ELKNWSNSTCLKLAV
Site 53S757RLNMRKNSWYKVILS
Site 54Y759NMRKNSWYKVILSIL
Site 55S783YKTKAEMSHIPQSQD
Site 56T795SQDAHQMTMDDSENN
Site 57S823KEVRILDSNEGKNEM
Site 58T842KSKKLPITRKFYAFY
Site 59Y849TRKFYAFYHAPIVKF
Site 60S907KVREIFMSEAGKVNQ
Site 61Y1023VPRKAILYPHEAPSW
Site 62Y1122RYHFIMAYHEKPVLP
Site 63T1154KRRKKDKTSDGPKLF
Site 64S1155RRKKDKTSDGPKLFL
Site 65T1163DGPKLFLTEEDQKKL
Site 66Y1181EEQCVEMYFNEKDDK
Site 67S1191EKDDKFHSGSEERIR
Site 68S1193DDKFHSGSEERIRVT
Site 69T1200SEERIRVTFERVEQM
Site 70Y1220EVGDRVNYIKRSLQS
Site 71S1224RVNYIKRSLQSLDSQ
Site 72S1227YIKRSLQSLDSQIGH
Site 73S1230RSLQSLDSQIGHLQD
Site 74T1248LTVDTLKTLTAQKAS
Site 75S1255TLTAQKASEASKVHN
Site 76S1258AQKASEASKVHNEIT
Site 77T1265SKVHNEITRELSISK
Site 78S1269NEITRELSISKHLAQ
Site 79S1271ITRELSISKHLAQNL
Site 80S1287DDGPVRPSVWKKHGV
Site 81T1297KKHGVVNTLSSSLPQ
Site 82S1299HGVVNTLSSSLPQGD
Site 83S1301VVNTLSSSLPQGDLE
Site 84S1351NFPEAGSSSGALFPS
Site 85S1358SSGALFPSAVSPPEL
Site 86S1361ALFPSAVSPPELRQR
Site 87S1386NKNQKLGSSSTSIPH
Site 88S1387KNQKLGSSSTSIPHL
Site 89S1388NQKLGSSSTSIPHLS
Site 90T1389QKLGSSSTSIPHLSS
Site 91S1390KLGSSSTSIPHLSSP
Site 92S1395STSIPHLSSPPTKFF
Site 93S1396TSIPHLSSPPTKFFV
Site 94T1399PHLSSPPTKFFVSTP
Site 95S1404PPTKFFVSTPSQPSC
Site 96T1405PTKFFVSTPSQPSCK
Site 97S1407KFFVSTPSQPSCKSH
Site 98S1410VSTPSQPSCKSHLET
Site 99S1413PSQPSCKSHLETGTK
Site 100T1417SCKSHLETGTKDQET
Site 101T1419KSHLETGTKDQETVC
Site 102T1424TGTKDQETVCSKATE
Site 103S1427KDQETVCSKATEGDN
Site 104T1435KATEGDNTEFGAFVG
Site 105S1446AFVGHRDSMDLQRFK
Site 106T1455DLQRFKETSNKIKIL
Site 107S1456LQRFKETSNKIKILS
Site 108S1463SNKIKILSNNNTSEN
Site 109T1467KILSNNNTSENTLKR
Site 110S1468ILSNNNTSENTLKRV
Site 111T1471NNNTSENTLKRVSSL
Site 112S1476ENTLKRVSSLAGFTD
Site 113S1477NTLKRVSSLAGFTDC
Site 114T1482VSSLAGFTDCHRTSI
Site 115T1487GFTDCHRTSIPVHSK
Site 116S1493RTSIPVHSKQAEKIS
Site 117S1500SKQAEKISRRPSTED
Site 118S1504EKISRRPSTEDTHEV
Site 119T1505KISRRPSTEDTHEVD
Site 120T1508RRPSTEDTHEVDSKA
Site 121S1513EDTHEVDSKAALIPD
Site 122S1527DWLQDRPSNREMPSE
Site 123S1533PSNREMPSEEGTLNG
Site 124T1537EMPSEEGTLNGLTSP
Site 125T1542EGTLNGLTSPFKPAM
Site 126S1543GTLNGLTSPFKPAMD
Site 127T1551PFKPAMDTNYYYSAV
Site 128Y1553KPAMDTNYYYSAVER
Site 129Y1554PAMDTNYYYSAVERN
Site 130Y1555AMDTNYYYSAVERNN
Site 131S1567RNNLMRLSQSIPFTP
Site 132S1569NLMRLSQSIPFTPVP
Site 133T1573LSQSIPFTPVPPRGE
Site 134T1583PPRGEPVTVYRLEES
Site 135Y1585RGEPVTVYRLEESSP
Site 136S1591VYRLEESSPNILNNS
Site 137S1598SPNILNNSMSSWSQL
Site 138S1600NILNNSMSSWSQLGL
Site 139S1603NNSMSSWSQLGLCAK
Site 140S1615CAKIEFLSKEEMGGG
Site 141S1641SEHDILKSGHLYIIK
Site 142T1657FLPEVVNTWSSIYKE
Site 143S1660EVVNTWSSIYKEDTV
Site 144T1666SSIYKEDTVLHLCLR
Site 145T1685QRAAQKLTFAFNQMK
Site 146S1695FNQMKPKSIPYSPRF
Site 147S1699KPKSIPYSPRFLEVF
Site 148T1724FAVEECMTGEFRKYN
Site 149Y1730MTGEFRKYNNNNGDE
Site 150T1741NGDEIIPTNTLEEIM
Site 151Y1756LAFSHWTYEYTRGEL
Site 152Y1758FSHWTYEYTRGELLV
Site 153T1776QGVGENLTDPSVIKA
Site 154S1779GENLTDPSVIKAEEK
Site 155Y1829PDLKRNDYTPDKIIF
Site 156T1830DLKRNDYTPDKIIFP
Site 157S1842IFPQDEPSDLNLQPG
Site 158S1851LNLQPGNSTKESEST
Site 159S1855PGNSTKESESTNSVR
Site 160S1857NSTKESESTNSVRLM
Site 161T1858STKESESTNSVRLML
Site 162S1860KESESTNSVRLML__
 
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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