PhosphoNET

           
Protein Info 
   
Short Name:  ChaK2
Full Name:  Transient receptor potential cation channel subfamily M member 6
Alias:  CHAK2; EC 2.7.11.1; FLJ22628; HOMG; HSH; LTRPC6 channel kinase 2; Transient receptor potential cation channel, subfamily M, member 6; TRPM6
Type:  EC 2.7.11.1; Channel, cation; Protein kinase, atypical; ATYPICAL group; Alpha family; ChaK subfamily
Mass (Da):  231708
Number AA:  2022
UniProt ID:  Q9BX84
International Prot ID:  IPI00438890
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0016021  GO:0005886 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0005262  GO:0005509 PhosphoSite+ KinaseNET
Biological Process:  GO:0006816  GO:0006468  GO:0009636 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 1S12PVLERLQSQKSWIKG
Site 2S15ERLQSQKSWIKGVFD
Site 3S27VFDKRECSTIIPSSK
Site 4T28FDKRECSTIIPSSKN
Site 5Y66GDHAGIDYSWTISAA
Site 6S67DHAGIDYSWTISAAK
Site 7T69AGIDYSWTISAAKGK
Site 8S71IDYSWTISAAKGKES
Site 9S78SAAKGKESEQWSVEK
Site 10S82GKESEQWSVEKHTTK
Site 11T88WSVEKHTTKSPTDTF
Site 12S90VEKHTTKSPTDTFGT
Site 13T94TTKSPTDTFGTINFQ
Site 14Y111EHTHHAKYIRTSYDT
Site 15S115HAKYIRTSYDTKLDH
Site 16Y116AKYIRTSYDTKLDHL
Site 17T118YIRTSYDTKLDHLLH
Site 18S160SKFKEIFSQGLVKAA
Site 19S184EGINTGVSKHVGDAL
Site 20S193HVGDALKSHSSHSLR
Site 21S195GDALKSHSSHSLRKI
Site 22S196DALKSHSSHSLRKIW
Site 23S198LKSHSSHSLRKIWTV
Site 24T204HSLRKIWTVGIPPWG
Site 25Y228GKDVVCLYQTLDNPL
Site 26T230DVVCLYQTLDNPLSK
Site 27S236QTLDNPLSKLTTLNS
Site 28T239DNPLSKLTTLNSMHS
Site 29T240NPLSKLTTLNSMHSH
Site 30S246TTLNSMHSHFILSDD
Site 31S251MHSHFILSDDGTVGK
Site 32T255FILSDDGTVGKYGNE
Site 33Y272LRRNLEKYLSLQKIH
Site 34S274RNLEKYLSLQKIHCR
Site 35S282LQKIHCRSRQGVPVV
Site 36S358IQNTFNFSLKQSKHL
Site 37S386ITIFDADSEEQQDLD
Site 38S407LLKGTNLSASEQLNL
Site 39S409KGTNLSASEQLNLAM
Site 40Y431AKKHILIYEQHWKPD
Site 41S445DALEQAMSDALVMDR
Site 42Y479IPRLEELYNTKQGPT
Site 43T481RLEELYNTKQGPTNT
Site 44T509LLSGYRITLIDIGLV
Site 45Y519DIGLVVEYLIGRAYR
Site 46Y525EYLIGRAYRSNYTRK
Site 47Y529GRAYRSNYTRKHFRA
Site 48Y538RKHFRALYNNLYRKY
Site 49Y542RALYNNLYRKYKHQR
Site 50Y545YNNLYRKYKHQRHSS
Site 51S551KYKHQRHSSGNRNES
Site 52S552YKHQRHSSGNRNESA
Site 53S558SSGNRNESAESTLHS
Site 54T562RNESAESTLHSQFIR
Site 55S565SAESTLHSQFIRTAQ
Site 56Y574FIRTAQPYKFKEKSI
Site 57S580PYKFKEKSIVLHKSR
Site 58S586KSIVLHKSRKKSKEQ
Site 59S590LHKSRKKSKEQNVSD
Site 60S596KSKEQNVSDDPESTG
Site 61S601NVSDDPESTGFLYPY
Site 62Y606PESTGFLYPYNDLLV
Site 63S662SHMVDDASEELKNYS
Site 64Y668ASEELKNYSKQFGQL
Site 65T696RMAMTLLTYELRNWS
Site 66Y697MAMTLLTYELRNWSN
Site 67S703TYELRNWSNSTCLKL
Site 68S705ELRNWSNSTCLKLAV
Site 69S743RLKMRKNSWLKIIIS
Site 70S769FKSKAEMSHVPQSQD
Site 71Y782QDFQFMWYYSDQNAS
Site 72Y783DFQFMWYYSDQNASS
Site 73S789YYSDQNASSSKESAS
Site 74S790YSDQNASSSKESASV
Site 75S791SDQNASSSKESASVK
Site 76S794NASSSKESASVKEYD
Site 77S796SSSKESASVKEYDLE
Site 78Y800ESASVKEYDLERGHD
Site 79Y832LPWTRKVYEFYSAPI
Site 80Y835TRKVYEFYSAPIVKF
Site 81S869VEMQPQPSVQEWLVS
Site 82S893VVREICISEPGKFTQ
Site 83Y909VKVWISEYWNLTETV
Site 84T936WGDPPFHTAGRLIYC
Site 85S1000VARKAILSPKEPPSW
Site 86S1006LSPKEPPSWSLARDI
Site 87S1008PKEPPSWSLARDIVF
Site 88Y1022FEPYWMIYGEVYAGE
Site 89S1034AGEIDVCSSQPSCPP
Site 90S1035GEIDVCSSQPSCPPG
Site 91S1038DVCSSQPSCPPGSFL
Site 92S1043QPSCPPGSFLTPFLQ
Site 93Y1095RYRYIMTYHEKPWLP
Site 94Y1137GDVGLKLYLSKEDLK
Site 95S1139VGLKLYLSKEDLKKL
Site 96Y1157EEQCVEKYFHEKMED
Site 97T1176CEERIRVTSERVTEM
Site 98S1177EERIRVTSERVTEMY
Site 99T1181RVTSERVTEMYFQLK
Site 100Y1184SERVTEMYFQLKEMN
Site 101S1195KEMNEKVSFIKDSLL
Site 102S1200KVSFIKDSLLSLDSQ
Site 103S1203FIKDSLLSLDSQVGH
Site 104S1206DSLLSLDSQVGHLQD
Site 105T1230KVLSAVDTLQEDEAL
Site 106S1244LLAKRKHSTCKKLPH
Site 107T1245LAKRKHSTCKKLPHS
Site 108Y1273EIAGEKKYQYYSMPS
Site 109Y1275AGEKKYQYYSMPSSL
Site 110Y1276GEKKYQYYSMPSSLL
Site 111S1277EKKYQYYSMPSSLLR
Site 112S1281QYYSMPSSLLRSLAG
Site 113S1285MPSSLLRSLAGGRHP
Site 114T1304RGALLEITNSKREAT
Site 115S1306ALLEITNSKREATNV
Site 116T1311TNSKREATNVRNDQE
Site 117T1322NDQERQETQSSIVVS
Site 118S1324QERQETQSSIVVSGV
Site 119S1325ERQETQSSIVVSGVS
Site 120S1329TQSSIVVSGVSPNRQ
Site 121S1332SIVVSGVSPNRQAHS
Site 122Y1341NRQAHSKYGQFLLVP
Site 123T1360RVPFSAETVLPLSRP
Site 124S1395TGQTPVVSDWASVDE
Site 125S1399PVVSDWASVDEPKEK
Site 126T1426KAEQVLPTLSCTPEP
Site 127S1428EQVLPTLSCTPEPMT
Site 128T1430VLPTLSCTPEPMTMS
Site 129T1435SCTPEPMTMSSPLSQ
Site 130S1437TPEPMTMSSPLSQAK
Site 131S1438PEPMTMSSPLSQAKI
Site 132S1441MTMSSPLSQAKIMQT
Site 133Y1452IMQTGGGYVNWAFSE
Site 134S1458GYVNWAFSEGDETGV
Site 135T1463AFSEGDETGVFSIKK
Site 136S1478KWQTCLPSTCDSDSS
Site 137T1479WQTCLPSTCDSDSSR
Site 138S1482CLPSTCDSDSSRSEQ
Site 139S1484PSTCDSDSSRSEQHQ
Site 140S1498QKQAQDSSLSDNSTR
Site 141S1500QAQDSSLSDNSTRSA
Site 142S1503DSSLSDNSTRSAQSS
Site 143T1504SSLSDNSTRSAQSSE
Site 144S1506LSDNSTRSAQSSECS
Site 145S1509NSTRSAQSSECSEVG
Site 146S1510STRSAQSSECSEVGP
Site 147S1513SAQSSECSEVGPWLQ
Site 148Y1533WINPLRRYRPFARSH
Site 149S1539RYRPFARSHSFRFHK
Site 150S1541RPFARSHSFRFHKEE
Site 151S1560ICKIKNLSGSSEIGQ
Site 152S1562KIKNLSGSSEIGQGA
Site 153T1577WVKAKMLTKDRRLSK
Site 154S1583LTKDRRLSKKKKNTQ
Site 155S1603IITVNACSQSDQLNP
Site 156S1616NPEPGENSISEEEYS
Site 157S1618EPGENSISEEEYSKN
Site 158Y1622NSISEEEYSKNWFTV
Site 159S1623SISEEEYSKNWFTVS
Site 160T1628EYSKNWFTVSKFSHT
Site 161Y1660CAIQISDYLKQSQED
Site 162S1664ISDYLKQSQEDLSKN
Site 163S1669KQSQEDLSKNSLWNS
Site 164S1672QEDLSKNSLWNSRST
Site 165S1676SKNSLWNSRSTNLNR
Site 166S1678NSLWNSRSTNLNRNS
Site 167T1679SLWNSRSTNLNRNSL
Site 168S1685STNLNRNSLLKSSIG
Site 169S1689NRNSLLKSSIGVDKI
Site 170S1697SIGVDKISASLKSPQ
Site 171S1699GVDKISASLKSPQEP
Site 172S1702KISASLKSPQEPHHH
Site 173S1722RNNLMRLSQTIPFTP
Site 174T1739LFAGEEITVYRLEES
Site 175Y1741AGEEITVYRLEESSP
Site 176S1747VYRLEESSPLNLDKS
Site 177S1754SPLNLDKSMSSWSQR
Site 178S1756LNLDKSMSSWSQRGR
Site 179S1759DKSMSSWSQRGRAAM
Site 180S1771AAMIQVLSREEMDGG
Site 181S1787RKAMRVVSTWSEDDI
Site 182T1813FLPEVVRTWHKIFQE
Site 183T1843AAQKLIYTFNQVKPQ
Site 184T1851FNQVKPQTIPYTPRF
Site 185Y1854VKPQTIPYTPRFLEV
Site 186T1855KPQTIPYTPRFLEVF
Site 187Y1878QWLTIEKYMTGEFRK
Site 188T1880LTIEKYMTGEFRKYN
Site 189Y1886MTGEFRKYNNNNGDE
Site 190T1895NNNGDEITPTNTLEE
Site 191T1897NGDEITPTNTLEELM
Site 192Y1912LAFSHWTYEYTRGEL
Site 193Y1914FSHWTYEYTRGELLV
Site 194T1932QGVGENLTDPSVIKP
Site 195S1935GENLTDPSVIKPEVK
Site 196Y1985PDLKRNDYSPERINS
Site 197S1986DLKRNDYSPERINST
Site 198S1992YSPERINSTFGLEIK
Site 199T1993SPERINSTFGLEIKI
Site 200T2011EEPPARETGRNSPED
Site 201S2015ARETGRNSPEDDMQL
 
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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