PhosphoNET

           
Protein Info 
   
Short Name:  LIMCH1
Full Name:  LIM and calponin homology domains-containing protein 1
Alias:  DKFZp451D112; DKFZP686A01247; LIM and calponin homology domains 1; LIM and calponiny domains 1; LIMCH1A; LMO7B
Type:  Unknown function
Mass (Da):  121837
Number AA:  1083
UniProt ID:  Q9UPQ0
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0031032     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 1S25PPPEPAFSEAQKWIE
Site 2T35QKWIEQVTGRSFGDK
Site 3S38IEQVTGRSFGDKDFR
Site 4T46FGDKDFRTGLENGIL
Site 5T74KKINRLPTPIAGLDN
Site 6S97KELGLKESQLFDPSD
Site 7S103ESQLFDPSDLQDTSN
Site 8T108DPSDLQDTSNRVTVK
Site 9S109PSDLQDTSNRVTVKS
Site 10T113QDTSNRVTVKSLDYS
Site 11S116SNRVTVKSLDYSRKL
Site 12Y119VTVKSLDYSRKLKNV
Site 13S120TVKSLDYSRKLKNVL
Site 14S142KAANSCTSYSGTTLN
Site 15Y143AANSCTSYSGTTLNL
Site 16T146SCTSYSGTTLNLKEF
Site 17T164LAQMRKDTDDIESPK
Site 18S169 KDTDDIESPKRSIRD
Site 19S173DIESPKRSIRDSGYI
Site 20S177PKRSIRDSGYIDCWD
Site 21Y179RSIRDSGYIDCWDSE
Site 22S185GYIDCWDSERSDSLS
Site 23S188DCWDSERSDSLSPPR
Site 24S190WDSERSDSLSPPRHG
Site 25S192SERSDSLSPPRHGRD
Site 26S201PRHGRDDSFDSLDSF
Site 27S204GRDDSFDSLDSFGSR
Site 28S207DSFDSLDSFGSRSRQ
Site 29S210DSLDSFGSRSRQTPS
Site 30S212LDSFGSRSRQTPSPD
Site 31T215FGSRSRQTPSPDVVL
Site 32S217SRSRQTPSPDVVLRG
Site 33S225 PDVVLRGSSDGRGSD
Site 34S226DVVLRGSSDGRGSDS
Site 35S231GSSDGRGSDSESDLP
Site 36S233SDGRGSDSESDLPHR
Site 37S235GRGSDSESDLPHRKL
Site 38S251DVKKDDMSARRTSHG
Site 39T255DDMSARRTSHGEPKS
Site 40S256DMSARRTSHGEPKSA
Site 41S262TSHGEPKSAVPFNQY
Site 42Y269SAVPFNQYLPNKSNQ
Site 43S274NQYLPNKSNQTAYVP
Site 44T277LPNKSNQTAYVPAPL
Site 45Y279NKSNQTAYVPAPLRK
Site 46Y294KKAEREEYRKSWSTA
Site 47S297EREEYRKSWSTATSP
Site 48S299EEYRKSWSTATSPLG
Site 49T300EYRKSWSTATSPLGG
Site 50T302RKSWSTATSPLGGER
Site 51S303KSWSTATSPLGGERP
Site 52Y313GGERPFRYGPRTPVS
Site 53T317PFRYGPRTPVSDDAE
Site 54S320YGPRTPVSDDAESTS
Site 55S327SDDAESTSMFDMRCE
Site 56S343EAAVQPHSRARQEQL
Site 57S373DDLARWKSRRRSVSQ
Site 58S377RWKSRRRSVSQDLIK
Site 59S379KSRRRSVSQDLIKKE
Site 60S403LAGEDGTSERRKSIK
Site 61S408GTSERRKSIKTYREI
Site 62T411ERRKSIKTYREIVQE
Site 63Y412RRKSIKTYREIVQEK
Site 64S435EAYKNARSQEEAEGI
Site 65Y446AEGILQQYIERFTIS
Site 66T451QQYIERFTISEAVLE
Site 67S471KILERSHSTEPNLSS
Site 68S477HSTEPNLSSFLNDPN
Site 69S478STEPNLSSFLNDPNP
Site 70Y488NDPNPMKYLRQQSLP
Site 71S493MKYLRQQSLPPPKFT
Site 72T502PPPKFTATVETTIAR
Site 73S511 ETTIARASVLDTSMS
Site 74T515ARASVLDTSMSAGSG
Site 75S516RASVLDTSMSAGSGS
Site 76S518SVLDTSMSAGSGSPS
Site 77S521DTSMSAGSGSPSKTV
Site 78S523SMSAGSGSPSKTVTP
Site 79S525SAGSGSPSKTVTPKA
Site 80T527GSGSPSKTVTPKAVP
Site 81T529GSPSKTVTPKAVPML
Site 82T537PKAVPMLTPKPYSQP
Site 83Y541PMLTPKPYSQPKNSQ
Site 84S542MLTPKPYSQPKNSQD
Site 85S547PYSQPKNSQDVLKTF
Site 86T553NSQDVLKTFKVDGKV
Site 87S561FKVDGKVSVNGETVH
Site 88T566KVSVNGETVHREEEK
Site 89T579EKERECPTVAPAHSL
Site 90S585PTVAPAHSLTKSQMF
Site 91S589PAHSLTKSQMFEGVA
Site 92S601GVARVHGSPLELKQD
Site 93S611ELKQDNGSIEINIKK
Site 94S621INIKKPNSVPQELAA
Site 95T629VPQELAATTEKTEPN
Site 96T633LAATTEKTEPNSQED
Site 97S637TEKTEPNSQEDKNDG
Site 98S647DKNDGGKSRKGNIEL
Site 99S657GNIELASSEPQHFTT
Site 100T665EPQHFTTTVTRCSPT
Site 101S670TTTVTRCSPTVAFVE
Site 102T672TVTRCSPTVAFVEFP
Site 103S681AFVEFPSSPQLKNDV
Site 104S689PQLKNDVSEEKDQKK
Site 105S702KKPENEMSGKVELVL
Site 106S710GKVELVLSQKVVKPK
Site 107S718QKVVKPKSPEPEATL
Site 108T724KSPEPEATLTFPFLD
Site 109T726PEPEATLTFPFLDKM
Site 110S746LHLPNLNSQVDSPSS
Site 111S750NLNSQVDSPSSEKSP
Site 112S752NSQVDSPSSEKSPVT
Site 113S753SQVDSPSSEKSPVTT
Site 114S756DSPSSEKSPVTTPQF
Site 115T759SSEKSPVTTPQFKFW
Site 116T760SEKSPVTTPQFKFWA
Site 117Y817VEEEERRYYEEERKI
Site 118Y818EEEERRYYEEERKII
Site 119T833EDTVVPFTVSSSSAD
Site 120S837VPFTVSSSSADQLST
Site 121S838PFTVSSSSADQLSTS
Site 122S843SSSADQLSTSSSMTE
Site 123S845SADQLSTSSSMTEGS
Site 124S846ADQLSTSSSMTEGSG
Site 125S847DQLSTSSSMTEGSGT
Site 126T849LSTSSSMTEGSGTMN
Site 127T854SMTEGSGTMNKIDLG
Site 128S875QDRRWKKSFQGDDSD
Site 129S881KSFQGDDSDLLLKTR
Site 130S890LLLKTRESDRLEEKG
Site 131S898DRLEEKGSLTEGALA
Site 132S907TEGALAHSGNPVSKG
Site 133S912AHSGNPVSKGVHEDH
Site 134T923HEDHQLDTEAGAPHC
Site 135S941PQLAQDPSQNQQTSN
Site 136T946DPSQNQQTSNPTHSS
Site 137S947PSQNQQTSNPTHSSE
Site 138S953TSNPTHSSEDVKPKT
Site 139T960SEDVKPKTLPLDKSI
Site 140S966KTLPLDKSINHQIES
Site 141S973SINHQIESPSERRKK
Site 142S975NHQIESPSERRKKSP
Site 143S981PSERRKKSPREHFQA
Site 144S992HFQAGPFSPCSPTPP
Site 145S995AGPFSPCSPTPPGQS
Site 146T997PFSPCSPTPPGQSPN
Site 147S1002SPTPPGQSPNRSISG
Site 148S1006PGQSPNRSISGKKLC
Site 149S1008QSPNRSISGKKLCSS
Site 150S1015SGKKLCSSCGLPLGK
Site 151S1054GQLGDAVSGTDVRIR
Site 152T1056LGDAVSGTDVRIRNG
Site 153Y1071LLNCNDCYMRSRSAG
Site 154S1076DCYMRSRSAGQPTTL
 
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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