PhosphoNET

           
Protein Info 
   
Short Name:  PARC
Full Name:  Cullin-9
Alias:  Cullin 9; H7AP1; KIAA0708; P53-associated parkin-like cytoplasmic protein; Parkin-like cytoplasmic p53 binding protein; UbcH7-associated 1
Type:  Ubiquitin conjugating system
Mass (Da):  281230
Number AA: 
UniProt ID:  Q8IWT3
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005680  GO:0031461  GO:0005737 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0031625  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0030071  GO:0006511   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 1Y21LGPRLQAYPEELIRQ
Site 2Y38GHDGHPEYLIRWSVL
Site 3S43PEYLIRWSVLKCGEV
Site 4S86LLGERALSKGLQHEP
Site 5S99EPAGVSGSFPRDPGG
Site 6S133AARQLAESGTPSLTA
Site 7T135RQLAESGTPSLTAAV
Site 8S185PEPQIRRSAGKMLQA
Site 9S207SRAHVLLSLSQQDGI
Site 10S209AHVLLSLSQQDGIEQ
Site 11S222EQHMDFDSRYTLLEL
Site 12Y224HMDFDSRYTLLELFA
Site 13T225MDFDSRYTLLELFAE
Site 14S236LFAETTSSEEHCMAF
Site 15S268KRYLCVTSLLDQLNS
Site 16S275SLLDQLNSSPELGAG
Site 17S276LLDQLNSSPELGAGD
Site 18S286LGAGDQSSPCATREK
Site 19T290DQSSPCATREKSRGQ
Site 20S294PCATREKSRGQRELE
Site 21S316LISELVRSMGWARNL
Site 22S324MGWARNLSEQGMSPP
Site 23S329NLSEQGMSPPRPTRS
Site 24T334GMSPPRPTRSIFQPY
Site 25S336SPPRPTRSIFQPYIS
Site 26S367GWVFRQRSEFSSRSG
Site 27S370FRQRSEFSSRSGYGE
Site 28S371RQRSEFSSRSGYGEY
Site 29S373RSEFSSRSGYGEYVQ
Site 30Y375EFSSRSGYGEYVQQT
Site 31Y378SRSGYGEYVQQTLQP
Site 32T382YGEYVQQTLQPGMRV
Site 33Y395RVRMLDDYEEISAGD
Site 34S399LDDYEEISAGDEGEF
Site 35S409DEGEFRQSNNGIPPV
Site 36S448EATEDKASAAVEKGA
Site 37Y476WNPMDGLYPLPYLQP
Site 38Y480DGLYPLPYLQPEPQK
Site 39Y493QKNERVGYLTQAEWW
Site 40T528LWKNLDETLGEKALG
Site 41S552ESLLQVLSSRFEGST
Site 42S558LSSRFEGSTLNDLLN
Site 43T559SSRFEGSTLNDLLNS
Site 44S566TLNDLLNSQIYTKYG
Site 45Y569DLLNSQIYTKYGLLS
Site 46T570LLNSQIYTKYGLLSN
Site 47Y572NSQIYTKYGLLSNEP
Site 48S576YTKYGLLSNEPSSSS
Site 49S580GLLSNEPSSSSTSRN
Site 50S581LLSNEPSSSSTSRNH
Site 51S582LSNEPSSSSTSRNHS
Site 52S583SNEPSSSSTSRNHSC
Site 53T584NEPSSSSTSRNHSCT
Site 54S585EPSSSSTSRNHSCTP
Site 55S589SSTSRNHSCTPDPEE
Site 56T591TSRNHSCTPDPEEES
Site 57S598TPDPEEESKSEASFS
Site 58S600DPEEESKSEASFSEE
Site 59S603EESKSEASFSEEETE
Site 60S605SKSEASFSEEETESL
Site 61T609ASFSEEETESLKAKA
Site 62S611FSEEETESLKAKAEA
Site 63T621AKAEAPKTEAEPTKT
Site 64T626PKTEAEPTKTRTETP
Site 65T628TEAEPTKTRTETPMA
Site 66T632PTKTRTETPMAQSDS
Site 67S639TPMAQSDSQLFNQLL
Site 68S675LRGPGPRSSLDQHVA
Site 69S676RGPGPRSSLDQHVAA
Site 70T713SQAVEEVTERDHPLV
Site 71S725PLVRPDRSLREKLVK
Site 72T811ASSSEIPTFVTGRDS
Site 73T814SEIPTFVTGRDSIHS
Site 74S818TFVTGRDSIHSLFDA
Site 75S821TGRDSIHSLFDAQMT
Site 76S834MTREIFASIDSATRP
Site 77S837EIFASIDSATRPGSE
Site 78T839FASIDSATRPGSESL
Site 79S843DSATRPGSESLLLTV
Site 80S865LNTEGCSSAARNGLL
Site 81T896ITQELRDTLFRHSGI
Site 82S901RDTLFRHSGIAPRTE
Site 83T907HSGIAPRTEPMPTTR
Site 84T912PRTEPMPTTRTILMM
Site 85Y924LMMLLNRYSEPPGSP
Site 86S925MMLLNRYSEPPGSPE
Site 87S930RYSEPPGSPERAALE
Site 88T938PERAALETPIIQGQD
Site 89S947IIQGQDGSPELLIRS
Site 90S976RVLCREGSPGGAVRP
Site 91T992LKRLQQETQPFLLLL
Site 92T1010DAPGPNKTLLLSVLR
Site 93S1045EPCLNCLSGPSSDSE
Site 94S1049NCLSGPSSDSEIVQE
Site 95S1051LSGPSSDSEIVQELT
Site 96S1085LGAKEILSKVLDKHS
Site 97T1106CELRDLVTECEKYAQ
Site 98Y1111LVTECEKYAQLYSNL
Site 99Y1115CEKYAQLYSNLTSSI
Site 100S1116EKYAQLYSNLTSSIL
Site 101T1140QIEDHRRTHQPINIP
Site 102S1161RHLCQGSSVEVKEDK
Site 103S1183SSNPHRASKLTDHNP
Site 104T1186PHRASKLTDHNPKTY
Site 105T1192LTDHNPKTYWESNGS
Site 106Y1193TDHNPKTYWESNGST
Site 107S1196NPKTYWESNGSTGSH
Site 108T1200YWESNGSTGSHYITL
Site 109S1202ESNGSTGSHYITLHM
Site 110Y1204NGSTGSHYITLHMHR
Site 111T1206STGSHYITLHMHRGV
Site 112S1224QLTLLVASEDSSYMP
Site 113T1247DSTSCIGTELNTVNV
Site 114T1301EVLGPKPTFWPLFRE
Site 115S1326TIRAQAWSRDIAEDH
Site 116S1385PLVQNITSPDAEGVS
Site 117Y1401LGWLLDQYLEQRETS
Site 118T1407QYLEQRETSRNPLSR
Site 119S1408YLEQRETSRNPLSRA
Site 120S1413ETSRNPLSRAASFAS
Site 121S1417NPLSRAASFASRVRR
Site 122S1420SRAASFASRVRRLCH
Site 123S1439VEPPPGPSPEPSTRP
Site 124S1443PGPSPEPSTRPFSKN
Site 125T1444GPSPEPSTRPFSKNS
Site 126S1448EPSTRPFSKNSKGRD
Site 127S1451TRPFSKNSKGRDRSP
Site 128S1457NSKGRDRSPAPSPVL
Site 129S1461RDRSPAPSPVLPSSS
Site 130S1467PSPVLPSSSLRNITQ
Site 131S1468SPVLPSSSLRNITQC
Site 132Y1501APDFVPRYCKLYEHL
Site 133Y1505VPRYCKLYEHLQRAG
Site 134S1513EHLQRAGSELFGPRA
Site 135T1592SGLELATTFEHFYQH
Site 136Y1600FEHFYQHYMADRLLS
Site 137S1607YMADRLLSFGSSWLE
Site 138S1636LPQLMLQSLSTSEEL
Site 139S1638QLMLQSLSTSEELQR
Site 140S1640MLQSLSTSEELQRQF
Site 141Y1714VSPLCYLYHPRKCLP
Site 142T1722HPRKCLPTEFCDALD
Site 143S1732CDALDRFSSFYSQSQ
Site 144S1733DALDRFSSFYSQSQN
Site 145Y1735LDRFSSFYSQSQNHP
Site 146S1736DRFSSFYSQSQNHPV
Site 147S1738FSSFYSQSQNHPVLD
Site 148T1755PHRRLQWTWLGRAEL
Site 149T1785LLLKFNQTEEVSVET
Site 150S1797VETLLKDSDLSPELL
Site 151T1819TSGNGPLTLHEGQDF
Site 152T1910KGPNPPGTLGHTVAG
Site 153Y1938LHLLGQGYVKRRDDR
Site 154Y1951DRPQILMYAAPEPMG
Site 155S1971ADVPFCGSQSETSKP
Site 156S1973VPFCGSQSETSKPSP
Site 157T1975FCGSQSETSKPSPEA
Site 158S1979QSETSKPSPEAVATL
Site 159S1998LPAGRTMSPQEVEGL
Site 160T2009VEGLMKQTVRQVQET
Site 161T2016TVRQVQETLNLEPDV
Site 162S2041GAEQLLQSYSEDPEP
Site 163S2043EQLLQSYSEDPEPLL
Site 164Y2142SPEVISKYEKALLRG
Site 165Y2150EKALLRGYVESCSNL
Site 166Y2215QWVDDGGYYDGMSVE
Site 167Y2216WVDDGGYYDGMSVEA
Site 168S2220GGYYDGMSVEAQSKH
Site 169S2233KHLAKLISKRCPSCQ
Site 170S2238LISKRCPSCQAPIEK
Site 171Y2277KPNHKDYYNCSAMVS
Site 172S2284YNCSAMVSKAARQEK
Site 173Y2296QEKRFQDYNERCTFH
Site 174S2318VNLRNRVSAIHEVPP
Site 175S2328HEVPPPRSFTFLNDA
Site 176T2330VPPPRSFTFLNDACQ
Site 177Y2361FYSQDAEYMDVVEQQ
Site 178S2395LRCRDLASSLRLLRA
Site 179S2396RCRDLASSLRLLRAD
Site 180S2436DFRVGLQSPSVEAWE
Site 181S2438RVGLQSPSVEAWEAK
Site 182S2452KGPNMPGSQPQASSG
Site 183S2489DEELDNDSFSYDESE
Site 184S2491ELDNDSFSYDESENL
Site 185S2495DSFSYDESENLDQET
Site 186T2502SENLDQETFFFGDEE
 
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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