PhosphoNET

           
Protein Info 
   
Short Name:  FAM65B
Full Name:  Protein FAM65B
Alias:  C6orf32; DIFF40; DIFF48; FA65B; KIAA0386; LOC9750; PL48
Type:  Cytoskeletal protein
Mass (Da):  118544
Number AA:  1068
UniProt ID:  Q9Y4F9
International Prot ID:  IPI00016800
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005856  GO:0030175  GO:0005739 Uniprot OncoNet
Molecular Function:  GO:0005488     PhosphoSite+ KinaseNET
Biological Process:  GO:0030154  GO:0007517   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 1S7_MLVGSQSFSPGGPN
Site 2S9LVGSQSFSPGGPNGI
Site 3S19GPNGIIRSQSFAGFS
Site 4S21NGIIRSQSFAGFSGL
Site 5S26SQSFAGFSGLQERRS
Site 6S33SGLQERRSRQNSFIE
Site 7S37ERRSRQNSFIENSSA
Site 8S43NSFIENSSALKKPQA
Site 9Y78PKRVEEVYRALKNGL
Site 10Y88LKNGLDEYLEVHQTE
Site 11T94EYLEVHQTELDKLTA
Site 12S110LKDMKRNSRLGVLYD
Site 13Y116NSRLGVLYDLDKQIK
Site 14T124DLDKQIKTIERYMRR
Site 15Y128QIKTIERYMRRLEFH
Site 16S137RRLEFHISKVDELYE
Site 17Y143ISKVDELYEAYCIQR
Site 18S157RRLQDGASKMKQAFA
Site 19S166MKQAFATSPASKAAR
Site 20S169AFATSPASKAARESL
Site 21S175ASKAARESLTEINRS
Site 22T177KAARESLTEINRSFK
Site 23S182SLTEINRSFKEYTEN
Site 24Y186INRSFKEYTENMCTI
Site 25T192EYTENMCTIEVELEN
Site 26Y223RLCPGDQYEIFMKYG
Site 27Y229QYEIFMKYGRQRWKL
Site 28Y316LNLEITWYPFDVEDM
Site 29T324PFDVEDMTASSGAGN
Site 30S341AALQRRMSMYSQGTP
Site 31Y343LQRRMSMYSQGTPET
Site 32S344QRRMSMYSQGTPETP
Site 33T347MSMYSQGTPETPTFK
Site 34T350YSQGTPETPTFKDHS
Site 35T352QGTPETPTFKDHSFF
Site 36S365FFRWLHPSPDKPRRL
Site 37S373PDKPRRLSVLSALQD
Site 38S389FFAKLHRSRSFSDLP
Site 39S391AKLHRSRSFSDLPSL
Site 40S393LHRSRSFSDLPSLRP
Site 41S397RSFSDLPSLRPSPKA
Site 42S401DLPSLRPSPKAVLEL
Site 43S430AEEKMPLSLSFSDLP
Site 44S432EKMPLSLSFSDLPNG
Site 45S434MPLSLSFSDLPNGDC
Site 46T444PNGDCALTSHSTGSP
Site 47S445NGDCALTSHSTGSPS
Site 48S447DCALTSHSTGSPSNS
Site 49T448CALTSHSTGSPSNST
Site 50S450LTSHSTGSPSNSTNP
Site 51S452SHSTGSPSNSTNPEI
Site 52S454STGSPSNSTNPEITI
Site 53T462TNPEITITPAEFNLS
Site 54S469TPAEFNLSSLASQNE
Site 55S470PAEFNLSSLASQNEG
Site 56S473FNLSSLASQNEGMDD
Site 57T481QNEGMDDTSSASSRN
Site 58S482NEGMDDTSSASSRNS
Site 59S483EGMDDTSSASSRNSL
Site 60S485MDDTSSASSRNSLGE
Site 61S486DDTSSASSRNSLGEG
Site 62S489SSASSRNSLGEGQEP
Site 63S498GEGQEPKSHLKEEDP
Site 64S513EEPRKPASAPSEACR
Site 65S523SEACRRQSSGAGAEH
Site 66S524EACRRQSSGAGAEHL
Site 67S545AEALLQESEEASELK
Site 68S549LQESEEASELKPVEL
Site 69S559KPVELDTSEGNITKQ
Site 70T572KQLVKRLTSAEVPMA
Site 71S573QLVKRLTSAEVPMAT
Site 72T580SAEVPMATDRLLSEG
Site 73S585MATDRLLSEGSVGGE
Site 74S588DRLLSEGSVGGESEG
Site 75S593EGSVGGESEGCRSFL
Site 76S598GESEGCRSFLDGSLE
Site 77S603CRSFLDGSLEDAFNG
Site 78S646LKCKPAVSRSRSSSL
Site 79S648CKPAVSRSRSSSLSL
Site 80S650PAVSRSRSSSLSLTV
Site 81S651AVSRSRSSSLSLTVE
Site 82S652VSRSRSSSLSLTVES
Site 83S654RSRSSSLSLTVESAL
Site 84T656RSSSLSLTVESALES
Site 85S663TVESALESFDFLNTS
Site 86S670SFDFLNTSDFDEEED
Site 87S690NVGGGADSVFSDTET
Site 88S693GGADSVFSDTETEKH
Site 89T695ADSVFSDTETEKHSY
Site 90T697SVFSDTETEKHSYRS
Site 91Y702TETEKHSYRSVHPEA
Site 92S704TEKHSYRSVHPEARG
Site 93T718GHLSEALTEDTGVGT
Site 94T721SEALTEDTGVGTSVA
Site 95S726EDTGVGTSVAGSPLP
Site 96T735AGSPLPLTTGNESLD
Site 97T736GSPLPLTTGNESLDI
Site 98T744GNESLDITIVRHLQY
Site 99S771KTPFVARSLLEKLSR
Site 100S777RSLLEKLSRQIQVME
Site 101S798DENIGNISSVVEAIP
Site 102S812PEFHKKLSLLSFWTK
Site 103Y827CCSPVGVYHSPADRV
Site 104S829SPVGVYHSPADRVMK
Site 105S841VMKQLEASFARTVNK
Site 106T845LEASFARTVNKEYPG
Site 107Y850ARTVNKEYPGLADPV
Site 108S874DRAEPLLSSSLSSEV
Site 109S875RAEPLLSSSLSSEVV
Site 110S878PLLSSSLSSEVVTVF
Site 111Y887EVVTVFQYYSYFTSH
Site 112Y890TVFQYYSYFTSHGVS
Site 113S893QYYSYFTSHGVSDLE
Site 114S897YFTSHGVSDLESYLS
Site 115S901HGVSDLESYLSQLAR
Site 116Y902GVSDLESYLSQLARQ
Site 117S904SDLESYLSQLARQVS
Site 118S911SQLARQVSMVQTLQS
Site 119T915RQVSMVQTLQSLRDE
Site 120S918SMVQTLQSLRDEKLL
Site 121S929EKLLQTMSDLAPSNL
Site 122T945AQQEVLRTLALLLTR
Site 123T951RTLALLLTREDNEVS
Site 124S958TREDNEVSEAVTLYL
Site 125Y981FREKALLYYCEALTK
Site 126Y982REKALLYYCEALTKT
Site 127T1015ESIKMLVTLCQSDTE
Site 128T1021VTLCQSDTEEIRNVA
Site 129S1029EEIRNVASETLLSLG
Site 130Y1043GEDGRLAYEQLDKFP
Site 131T1062KVGGRHGTEVATAF_
 
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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