PhosphoNET

           
Protein Info 
   
Short Name:  HPS5
Full Name:  Hermansky-Pudlak syndrome 5 protein
Alias:  AIBP63; Alpha-integrin-binding protein 63; KIAA1017; Ruby-eye protein 2 homolog
Type: 
Mass (Da):  127449
Number AA:  1129
UniProt ID:  Q9UPZ3
International Prot ID:  IPI00010486
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      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 1S26ESLDPLLSALRLDSS
Site 2S32LSALRLDSSRLKCTS
Site 3S33SALRLDSSRLKCTSI
Site 4S39SSRLKCTSIAVSRKW
Site 5S51RKWLALGSSGGGLHL
Site 6S71WKHRLFLSHREGAIS
Site 7S78SHREGAISQVACCLH
Site 8Y89CCLHDDDYVAVATSQ
Site 9Y116RGKPEQMYVSSEHKG
Site 10S118KPEQMYVSSEHKGRR
Site 11S119PEQMYVSSEHKGRRV
Site 12T127EHKGRRVTALCWDTA
Site 13S197LISSLTRSFLCDTER
Site 14T202TRSFLCDTEREKFWK
Site 15Y219NKERDGEYGACFFPG
Site 16Y237GGQQPLIYCARPGSR
Site 17S256NFDGEVISTHQFKKL
Site 18T257FDGEVISTHQFKKLL
Site 19S265HQFKKLLSLPPLPVI
Site 20T273LPPLPVITLRSEPQY
Site 21S276LPVITLRSEPQYDHT
Site 22Y280TLRSEPQYDHTAGSS
Site 23T283SEPQYDHTAGSSQSL
Site 24S286QYDHTAGSSQSLSFP
Site 25S287YDHTAGSSQSLSFPK
Site 26S289HTAGSSQSLSFPKLL
Site 27T305LSEHCVLTWTERGIY
Site 28Y312TWTERGIYIFIPQNV
Site 29S353NGKVSHLSLISVERC
Site 30S387FQNSVIASRARKTLT
Site 31T392IASRARKTLTADKLE
Site 32T394SRARKTLTADKLEHL
Site 33S403DKLEHLKSQLDHGTY
Site 34T409KSQLDHGTYNDLISQ
Site 35Y410SQLDHGTYNDLISQL
Site 36S429LKFEPLDSACSSRRS
Site 37S432EPLDSACSSRRSSIS
Site 38S433PLDSACSSRRSSISS
Site 39S436SACSSRRSSISSHES
Site 40S437ACSSRRSSISSHESF
Site 41S439SSRRSSISSHESFSI
Site 42S440SRRSSISSHESFSIL
Site 43S443SSISSHESFSILDSG
Site 44S445ISSHESFSILDSGIY
Site 45Y452SILDSGIYRIISSRR
Site 46S456SGIYRIISSRRGSQS
Site 47S457GIYRIISSRRGSQSD
Site 48S461IISSRRGSQSDEDSC
Site 49S463SSRRGSQSDEDSCSL
Site 50S467GSQSDEDSCSLHSQT
Site 51S469QSDEDSCSLHSQTLS
Site 52S472EDSCSLHSQTLSEDE
Site 53T474SCSLHSQTLSEDERF
Site 54S476SLHSQTLSEDERFKE
Site 55S486ERFKEFTSQQEEDLP
Site 56T520FETDKNETFLPFGIP
Site 57S532GIPLPFRSPSPLVSL
Site 58S534PLPFRSPSPLVSLQA
Site 59S538RSPSPLVSLQAVKES
Site 60S545SLQAVKESVSSFVRK
Site 61S548AVKESVSSFVRKTTE
Site 62T553VSSFVRKTTEKIGTL
Site 63T554SSFVRKTTEKIGTLH
Site 64T559KTTEKIGTLHTSPDL
Site 65T562EKIGTLHTSPDLKVR
Site 66S563KIGTLHTSPDLKVRP
Site 67S578ELRGDEQSCEEDVSS
Site 68S584QSCEEDVSSDTCPKE
Site 69S585SCEEDVSSDTCPKEE
Site 70T594TCPKEEDTEEEKEVT
Site 71T601TEEEKEVTSPPPEED
Site 72S602EEEKEVTSPPPEEDR
Site 73T650WLSHLEKTFAMKDFS
Site 74S660MKDFSGVSDTDNSSM
Site 75T662DFSGVSDTDNSSMKL
Site 76S665GVSDTDNSSMKLNQD
Site 77S666VSDTDNSSMKLNQDV
Site 78S679DVLLVNESKKGILDE
Site 79S695NEKEKRDSLGNEESV
Site 80S701DSLGNEESVDKTACE
Site 81T705NEESVDKTACECVRS
Site 82S712TACECVRSPRESLDD
Site 83S716CVRSPRESLDDLFQI
Site 84S752LELNVLNSKIKSTSG
Site 85S756VLNSKIKSTSGHVDH
Site 86T764TSGHVDHTLQQYSPE
Site 87S769DHTLQQYSPEILACQ
Site 88S793NLKRAKESIKLSYSN
Site 89S797AKESIKLSYSNSPSV
Site 90S799ESIKLSYSNSPSVWD
Site 91S801IKLSYSNSPSVWDTF
Site 92S803LSYSNSPSVWDTFIE
Site 93T807NSPSVWDTFIEGLKE
Site 94S817EGLKEMASSNPVYME
Site 95S818GLKEMASSNPVYMEM
Site 96Y822MASSNPVYMEMEKGD
Site 97Y851DSPLLVVYATRLYEK
Site 98Y856VVYATRLYEKFGESA
Site 99S862LYEKFGESALRSLIK
Site 100S896EFLAYLDSLVKSRPE
Site 101S900YLDSLVKSRPEDQRS
Site 102S907SRPEDQRSSFLESLL
Site 103S908RPEDQRSSFLESLLQ
Site 104S912QRSSFLESLLQPESL
Site 105S918ESLLQPESLRLDWLL
Site 106S935VSLDAPPSTSTMDDE
Site 107Y944STMDDEGYPRPHSHL
Site 108S949EGYPRPHSHLLSWGY
Site 109S953RPHSHLLSWGYSQLI
Site 110T1004ERRREAFTNIVYLND
Site 111T1025DNGWIPETVEEWKLL
Site 112S1038LLLHLIQSKSTRPAP
Site 113S1040LHLIQSKSTRPAPQE
Site 114S1048TRPAPQESLNGSLSD
Site 115S1052PQESLNGSLSDGPSP
Site 116S1054ESLNGSLSDGPSPIN
Site 117S1058GSLSDGPSPINVENV
Site 118S1080MGPDRAWSLLQECGL
Site 119S1115RQRALIQSMLEKCDR
 
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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