PhosphoNET

           
Protein Info 
   
Short Name:  LKAP
Full Name:  Limkain-b1
Alias:  KIAA0430; Limkain b1
Type:  Vesicle protein
Mass (Da):  192728
Number AA:  1741
UniProt ID:  Q9Y4F3
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005777     Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166   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 1S9EGNGTENSCSRTRGW
Site 2S11NGTENSCSRTRGWLQ
Site 3T13TENSCSRTRGWLQQD
Site 4S35WKFSNCFSRPEQTLP
Site 5T40CFSRPEQTLPHSPQT
Site 6S44PEQTLPHSPQTKEYM
Site 7S65VELKDVPSPLHAGSK
Site 8S84VPLPDIRSLQQPKIQ
Site 9S93QQPKIQLSSVPKVSC
Site 10S94QPKIQLSSVPKVSCC
Site 11S109AHCPNEPSTSPMRFG
Site 12S111CPNEPSTSPMRFGGG
Site 13S126GGGSGGTSSLIHPGA
Site 14S137HPGALLDSQSTRTIT
Site 15S139GALLDSQSTRTITCQ
Site 16T144SQSTRTITCQVGSGF
Site 17S155GSGFAFQSASSLQNA
Site 18S157GFAFQSASSLQNASA
Site 19S158FAFQSASSLQNASAR
Site 20S163ASSLQNASARNNLAG
Site 21S182FPSMCLESNLSSCKH
Site 22S213HKLHQFPSLQGCTSA
Site 23S219PSLQGCTSAGYFPCS
Site 24Y222QGCTSAGYFPCSDFT
Site 25S226SAGYFPCSDFTSGAP
Site 26T229YFPCSDFTSGAPGHL
Site 27S230FPCSDFTSGAPGHLE
Site 28S241GHLEEHISQSELTPH
Site 29S243LEEHISQSELTPHLC
Site 30T246HISQSELTPHLCTNS
Site 31S281LNKPARNSIIDAAKV
Site 32T297PNIPPPNTQPAPLAV
Site 33S332TSLGKAASKFGSPEV
Site 34S362FWDIENCSVPSGRSA
Site 35S365IENCSVPSGRSATAV
Site 36T370VPSGRSATAVVQRIR
Site 37S431ADDKLRQSLRRFANT
Site 38T438SLRRFANTHTAPATV
Site 39S459VNFALELSDLRHRHG
Site 40S496IRFEEFISDLPPRLP
Site 41Y514PQCHTLLYVYNLPAN
Site 42Y516CHTLLYVYNLPANKD
Site 43S526PANKDGKSVSNRLRR
Site 44S528NKDGKSVSNRLRRLS
Site 45S535SNRLRRLSDNCGGKV
Site 46S559LRFINQDSAERAQKR
Site 47S580FGNRIIVSFTPKNRE
Site 48T582NRIIVSFTPKNRELC
Site 49T591KNRELCETKSSNAIA
Site 50S593RELCETKSSNAIADK
Site 51S603AIADKVKSPKKLKNP
Site 52S619LCLIKDASEQSSSAK
Site 53S623KDASEQSSSAKATPG
Site 54S624DASEQSSSAKATPGK
Site 55T628QSSSAKATPGKGSQA
Site 56S633KATPGKGSQANSGSA
Site 57S637GKGSQANSGSATKNT
Site 58T641QANSGSATKNTNVKS
Site 59T644SGSATKNTNVKSLQE
Site 60S648TKNTNVKSLQELCRM
Site 61S657QELCRMESKTGHRNS
Site 62T659LCRMESKTGHRNSEH
Site 63S664SKTGHRNSEHQQGHL
Site 64T677HLRLVVPTHGNSSAA
Site 65S681VVPTHGNSSAAVSTP
Site 66S682VPTHGNSSAAVSTPK
Site 67S686GNSSAAVSTPKNSGV
Site 68T687NSSAAVSTPKNSGVA
Site 69Y698SGVAEPVYKTSQKKE
Site 70S701AEPVYKTSQKKENLS
Site 71S708SQKKENLSARSVTSS
Site 72S711KENLSARSVTSSPVE
Site 73T713NLSARSVTSSPVEKK
Site 74S715SARSVTSSPVEKKDK
Site 75T725EKKDKEETVFQVSYP
Site 76S730EETVFQVSYPSAFSK
Site 77Y731ETVFQVSYPSAFSKL
Site 78S736VSYPSAFSKLVASRQ
Site 79S750QVSPLLASQSWSSRS
Site 80S752SPLLASQSWSSRSMS
Site 81S754LLASQSWSSRSMSPN
Site 82S755LASQSWSSRSMSPNL
Site 83S757SQSWSSRSMSPNLLN
Site 84S759SWSSRSMSPNLLNRA
Site 85S778FNIANSSSEADCPDP
Site 86Y799VQVSNIDYRLSRKEL
Site 87S802SNIDYRLSRKELQQL
Site 88S822ARHGKVKSVELSPHT
Site 89S826KVKSVELSPHTDYQL
Site 90Y831ELSPHTDYQLKAVVQ
Site 91S851DAIGAVNSLHRYKIG
Site 92Y855AVNSLHRYKIGSKKI
Site 93S859LHRYKIGSKKILVSL
Site 94S872SLATGAASKSLSLLS
Site 95Y903LFKFTDIYEKKFGHK
Site 96S914FGHKLNVSDLYKLTD
Site 97Y917KLNVSDLYKLTDTVA
Site 98T922DLYKLTDTVAIREQG
Site 99S945PSSQARQSPLGSSQS
Site 100S949ARQSPLGSSQSHDGS
Site 101S950RQSPLGSSQSHDGSS
Site 102S952SPLGSSQSHDGSSTN
Site 103S956SSQSHDGSSTNCSPI
Site 104S957SQSHDGSSTNCSPII
Site 105T958QSHDGSSTNCSPIIF
Site 106S961DGSSTNCSPIIFEEL
Site 107Y970IIFEELEYHEPVCRQ
Site 108Y994HEFDPDSYKIPFVIL
Site 109S1012TFAPQVHSLLQTHEG
Site 110T1016QVHSLLQTHEGTVPL
Site 111T1083NKPPPPNTDPWLLRS
Site 112S1090TDPWLLRSKSPVGNP
Site 113S1092PWLLRSKSPVGNPQL
Site 114S1138FAKQCRVSDYGYSKL
Site 115Y1140KQCRVSDYGYSKLIE
Site 116T1168MGSKRLLTLTHRAQV
Site 117T1170SKRLLTLTHRAQVKR
Site 118T1179RAQVKRFTQDLLKLL
Site 119S1188DLLKLLKSQASKQVI
Site 120Y1203VREFSQAYHWCFSKD
Site 121Y1216KDWDVTEYGVCELID
Site 122T1232VSEIPDTTICLSQQD
Site 123S1236PDTTICLSQQDNEMV
Site 124T1252CIPKRERTQDEIERT
Site 125T1259TQDEIERTKQFSKDV
Site 126S1263IERTKQFSKDVVDLL
Site 127Y1300RQCKLAYYGFTKLLE
Site 128T1328CGEEKILTLTEVERF
Site 129S1348QFVKLLRSQKDNCLM
Site 130Y1363MTDLLTEYAKTFGYT
Site 131Y1369EYAKTFGYTFRLQDY
Site 132Y1376YTFRLQDYDVSSISA
Site 133S1379RLQDYDVSSISALTQ
Site 134S1380LQDYDVSSISALTQK
Site 135S1410IQLINRKSLRSLTAQ
Site 136T1428LLMSWEGTTHLSVEE
Site 137S1432WEGTTHLSVEELKRH
Site 138Y1440VEELKRHYESTHNTP
Site 139T1443LKRHYESTHNTPLNP
Site 140T1446HYESTHNTPLNPCEY
Site 141T1499NVRSLLHTYHYQQIF
Site 142Y1500VRSLLHTYHYQQIFL
Site 143Y1502SLLHTYHYQQIFLHE
Site 144Y1514LHEFSMAYTKYVGET
Site 145T1515HEFSMAYTKYVGETL
Site 146Y1517FSMAYTKYVGETLQP
Site 147T1521YTKYVGETLQPKTYG
Site 148T1526GETLQPKTYGHSSVE
Site 149Y1527ETLQPKTYGHSSVEE
Site 150S1531PKTYGHSSVEELLGA
Site 151S1562VLKNDMKSRLSSLSL
Site 152S1565NDMKSRLSSLSLSPA
Site 153S1566DMKSRLSSLSLSPAN
Site 154S1568KSRLSSLSLSPANHE
Site 155S1570RLSSLSLSPANHENQ
Site 156S1579ANHENQPSEGERILE
Site 157S1590RILEVPESHTASELK
Site 158S1594VPESHTASELKLGAD
Site 159S1603LKLGADGSGPSHTEQ
Site 160T1616EQELLRLTDDSPVDL
Site 161S1634PVPSCLPSPQLRPDP
Site 162S1660EERPQEPSEIMILNQ
Site 163S1679EIPIPGKSKTLTSDS
Site 164T1681PIPGKSKTLTSDSSS
Site 165T1683PGKSKTLTSDSSSSC
Site 166S1684GKSKTLTSDSSSSCI
Site 167S1686SKTLTSDSSSSCISA
Site 168S1687KTLTSDSSSSCISAA
Site 169S1702VPVPPCPSSETSESL
Site 170S1703PVPPCPSSETSESLL
Site 171S1706PCPSSETSESLLSKD
Site 172S1708PSSETSESLLSKDPV
Site 173S1711ETSESLLSKDPVESP
Site 174S1717LSKDPVESPAKKQPK
 
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
 


2019 Kinexus Bioinformatics Corporation