PhosphoNET

           
Protein Info 
   
Short Name:  LRRC7
Full Name:  Leucine-rich repeat-containing protein 7
Alias:  Densin-180; KIAA1365; LAP1; Leucine rich repeat containing 7; Leucine-rich repeat-containing 7; Protein LAP1
Type:  Adhesion protein
Mass (Da):  172581
Number AA:  1537
UniProt ID:  Q96NW7
International Prot ID:  IPI00384313
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005925  GO:0005730 Uniprot OncoNet
Molecular Function:  GO:0005515     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 1S25RGEEEIISVLDYSHC
Site 2Y29EIISVLDYSHCSLQQ
Site 3S33VLDYSHCSLQQVPKE
Site 4T47EVFNFERTLEELYLD
Site 5Y52ERTLEELYLDANQIE
Site 6S75CQALRKLSIPDNDLS
Site 7S82SIPDNDLSNLPTTIA
Site 8S100NLKELDISKNGVQEF
Site 9S128EASVNPISKLPDGFT
Site 10T135SKLPDGFTQLLNLTQ
Site 11T175LRENHLKTLPKSMHK
Site 12S179HLKTLPKSMHKLAQL
Site 13Y234GKLKMLVYLDMSKNR
Site 14T244MSKNRIETVDMDISG
Site 15S250ETVDMDISGCEALED
Site 16T289KVDDNQLTMLPNTIG
Site 17S307LLEEFDCSCNELESL
Site 18S313CSCNELESLPSTIGY
Site 19S316NELESLPSTIGYLHS
Site 20T348IGSCKNVTVMSLRSN
Site 21S351CKNVTVMSLRSNKLE
Site 22S376KLRVLNLSDNRLKNL
Site 23S386RLKNLPFSFTKLKEL
Site 24S399ELAALWLSDNQSKAL
Site 25S403LWLSDNQSKALIPLQ
Site 26T411KALIPLQTEAHPETK
Site 27T423ETKQRVLTNYMFPQQ
Site 28Y425KQRVLTNYMFPQQPR
Site 29S439RGDEDFQSDSDSFNP
Site 30S441DEDFQSDSDSFNPTL
Site 31S443DFQSDSDSFNPTLWE
Site 32T447DSDSFNPTLWEEQRQ
Site 33T458EQRQQRMTVAFEFED
Site 34S480AGKVKDLSCQAPWER
Site 35T493ERGQRGITLQPARLS
Site 36S500TLQPARLSGDCCTPW
Site 37S539SGLQQERSMCTPLPV
Site 38T542QQERSMCTPLPVAAQ
Site 39T552PVAAQSTTLPSLSGR
Site 40S555AQSTTLPSLSGRQVE
Site 41S557STTLPSLSGRQVEIN
Site 42Y568VEINLKRYPTPYPED
Site 43T570INLKRYPTPYPEDLK
Site 44Y572LKRYPTPYPEDLKNM
Site 45S582DLKNMVKSVQNLVGK
Site 46T608PTANTEQTVKEKYEH
Site 47Y613EQTVKEKYEHKWPVA
Site 48T625PVAPKEITVEDSFVH
Site 49S629KEITVEDSFVHPANE
Site 50S645RIGELHPSLAETPLY
Site 51T649LHPSLAETPLYPPKL
Site 52S666LGKDKKESTDESEVD
Site 53S670KKESTDESEVDKTHC
Site 54T675DESEVDKTHCLNNSV
Site 55S681KTHCLNNSVSSGTYS
Site 56S683HCLNNSVSSGTYSDY
Site 57S684CLNNSVSSGTYSDYS
Site 58Y687NSVSSGTYSDYSPSQ
Site 59S688SVSSGTYSDYSPSQA
Site 60Y690SSGTYSDYSPSQASS
Site 61S691SGTYSDYSPSQASSG
Site 62S693TYSDYSPSQASSGSS
Site 63S696DYSPSQASSGSSNTR
Site 64S697YSPSQASSGSSNTRV
Site 65S700SQASSGSSNTRVKVG
Site 66S708NTRVKVGSLQTTAKD
Site 67T711VKVGSLQTTAKDAVH
Site 68T712KVGSLQTTAKDAVHN
Site 69S720AKDAVHNSLWGNRIA
Site 70S729WGNRIAPSFPQPLDS
Site 71S736SFPQPLDSKPLLSQR
Site 72S741LDSKPLLSQREAVPP
Site 73S761RPDRLPMSDTFTDNW
Site 74T763DRLPMSDTFTDNWTD
Site 75T765LPMSDTFTDNWTDGS
Site 76Y774NWTDGSHYDNTGFVA
Site 77T777DGSHYDNTGFVAEET
Site 78S791TTAENANSNPLLSSK
Site 79S796ANSNPLLSSKSRSTS
Site 80S797NSNPLLSSKSRSTSS
Site 81S799NPLLSSKSRSTSSHG
Site 82S801LLSSKSRSTSSHGRR
Site 83T802LSSKSRSTSSHGRRP
Site 84S803SSKSRSTSSHGRRPL
Site 85S804SKSRSTSSHGRRPLI
Site 86S826VPLELEQSTHRHTPE
Site 87T827PLELEQSTHRHTPET
Site 88T831EQSTHRHTPETEVPP
Site 89T834THRHTPETEVPPSNP
Site 90T848PWQNWTRTPSPFEDR
Site 91S850QNWTRTPSPFEDRTA
Site 92T856PSPFEDRTAFPSKLE
Site 93S860EDRTAFPSKLETTPT
Site 94T864AFPSKLETTPTTSPL
Site 95T865FPSKLETTPTTSPLP
Site 96T867SKLETTPTTSPLPER
Site 97T868KLETTPTTSPLPERK
Site 98S869LETTPTTSPLPERKE
Site 99S881RKEHIKESTEIPSPF
Site 100T882KEHIKESTEIPSPFS
Site 101S886KESTEIPSPFSPGVP
Site 102S889TEIPSPFSPGVPWEY
Site 103Y896SPGVPWEYHDSNPNR
Site 104S899VPWEYHDSNPNRSLS
Site 105S904HDSNPNRSLSNVFSQ
Site 106S906SNPNRSLSNVFSQIH
Site 107S910RSLSNVFSQIHCRPE
Site 108S918QIHCRPESSKGVISI
Site 109S924ESSKGVISISKSTER
Site 110S926SKGVISISKSTERLS
Site 111S928GVISISKSTERLSPL
Site 112T929VISISKSTERLSPLM
Site 113S933SKSTERLSPLMKDIK
Site 114S941PLMKDIKSNKFKKSQ
Site 115S947KSNKFKKSQSIDEID
Site 116S949NKFKKSQSIDEIDIG
Site 117Y961DIGTYKVYNIPLENY
Site 118Y968YNIPLENYASGSDHL
Site 119S970IPLENYASGSDHLGS
Site 120S972LENYASGSDHLGSHE
Site 121S977SGSDHLGSHERPDKM
Site 122S992LGPEHGMSSMSRSQS
Site 123S993GPEHGMSSMSRSQSV
Site 124S995EHGMSSMSRSQSVPM
Site 125S997GMSSMSRSQSVPMLD
Site 126S999SSMSRSQSVPMLDDE
Site 127T1009MLDDEMLTYGSSKGP
Site 128Y1010LDDEMLTYGSSKGPQ
Site 129S1013EMLTYGSSKGPQQQK
Site 130Y1028ASMTKKVYQFDQSFN
Site 131S1033KVYQFDQSFNPQGSV
Site 132S1039QSFNPQGSVEVKAEK
Site 133Y1058PFQHNPEYVQQASKN
Site 134S1072NIAKDLISPRAYRGY
Site 135Y1076DLISPRAYRGYPPME
Site 136Y1079SPRAYRGYPPMEQMF
Site 137S1087PPMEQMFSFSQPSVN
Site 138S1089MEQMFSFSQPSVNED
Site 139S1118GFLRRADSLVSATEM
Site 140S1121RRADSLVSATEMAMF
Site 141T1123ADSLVSATEMAMFRR
Site 142T1140EPHELPPTDRYGRPP
Site 143Y1143ELPPTDRYGRPPYRG
Site 144Y1148DRYGRPPYRGGLDRQ
Site 145S1156RGGLDRQSSVTVTES
Site 146S1157GGLDRQSSVTVTESQ
Site 147T1159LDRQSSVTVTESQFL
Site 148T1161RQSSVTVTESQFLKR
Site 149S1163SSVTVTESQFLKRNG
Site 150Y1172FLKRNGRYEDEHPSY
Site 151Y1179YEDEHPSYQEVKAQA
Site 152S1188EVKAQAGSFPVKNLT
Site 153T1195SFPVKNLTQRRPLSA
Site 154S1201LTQRRPLSARSYSTE
Site 155S1204RRPLSARSYSTESYG
Site 156Y1205RPLSARSYSTESYGA
Site 157S1206PLSARSYSTESYGAS
Site 158T1207LSARSYSTESYGASQ
Site 159S1209ARSYSTESYGASQTR
Site 160Y1210RSYSTESYGASQTRP
Site 161S1213STESYGASQTRPVSA
Site 162T1215ESYGASQTRPVSARP
Site 163S1219ASQTRPVSARPTMAA
Site 164T1223RPVSARPTMAALLEK
Site 165S1233ALLEKIPSDYNLGNY
Site 166Y1235LEKIPSDYNLGNYGD
Site 167Y1240SDYNLGNYGDKPSDN
Site 168S1245GNYGDKPSDNSDLKT
Site 169T1252SDNSDLKTRPTPVKG
Site 170T1255SDLKTRPTPVKGEES
Site 171T1293NAAYKHNTVNLGMLP
Site 172T1314MHAGRSMTLNLQTKS
Site 173T1319SMTLNLQTKSKFDHQ
Site 174T1333QELPLQKTPSQQSNI
Site 175S1335LPLQKTPSQQSNILD
Site 176S1349DNGQEDVSPSGQWNP
Site 177S1351GQEDVSPSGQWNPYP
Site 178Y1357PSGQWNPYPLGRRDV
Site 179T1368RRDVPPDTITKKAGS
Site 180T1370DVPPDTITKKAGSHI
Site 181S1375TITKKAGSHIQTLMG
Site 182T1379KAGSHIQTLMGSQSL
Site 183S1383HIQTLMGSQSLQHRS
Site 184S1385QTLMGSQSLQHRSRE
Site 185S1390SQSLQHRSREQQPYE
Site 186Y1396RSREQQPYEGNINKV
Site 187S1419LPIQIPSSQATRGPQ
Site 188T1422QIPSSQATRGPQPGR
Site 189T1434PGRCLIQTKGQRSMD
Site 190S1439IQTKGQRSMDGYPEQ
Site 191Y1443GQRSMDGYPEQFCVR
Site 192S1460KNPGLGFSISGGISG
Site 193S1466FSISGGISGQGNPFK
Site 194S1491VQPDGPASNLLQPGD
 
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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