PhosphoNET

           
Protein Info 
   
Short Name:  FAM47C
Full Name:  Putative protein FAM47C
Alias: 
Type: 
Mass (Da):  115338
Number AA:  1035
UniProt ID:  Q5HY64
International Prot ID: 
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 1S11QRPQDRPSSPGMDST
Site 2S12RPQDRPSSPGMDSTP
Site 3S17PSSPGMDSTPWYCDK
Site 4T18SSPGMDSTPWYCDKP
Site 5Y21GMDSTPWYCDKPPSK
Site 6Y29CDKPPSKYFAKRKHR
Site 7Y60EGMDDFRYGCQSPED
Site 8S64DFRYGCQSPEDTLVC
Site 9T68GCQSPEDTLVCRRDE
Site 10S82EFLLPKISLRGPQAD
Site 11S92GPQADPKSRKKKLLK
Site 12S108AALFSKLSPAQPARK
Site 13Y134TKHPLAMYPNLGEDM
Site 14S164RKLEDAGSCEGQEKT
Site 15T176EKTTDEPTEPGKYPC
Site 16Y181EPTEPGKYPCGEFSP
Site 17S187KYPCGEFSPRPPETR
Site 18T193FSPRPPETRVSCLPP
Site 19S196RPPETRVSCLPPEPP
Site 20T205LPPEPPKTPVSSLRP
Site 21S208EPPKTPVSSLRPEPP
Site 22S209PPKTPVSSLRPEPPE
Site 23T217LRPEPPETGVSHLRP
Site 24S220EPPETGVSHLRPQPP
Site 25T229LRPQPPKTQVSSLHL
Site 26T241LHLEPPETGVSHLRP
Site 27S244EPPETGVSHLRPEPP
Site 28T253LRPEPPKTQVSSLHL
Site 29T265LHLEPPETGVSHLYL
Site 30S268EPPETGVSHLYLEPP
Site 31Y271ETGVSHLYLEPPGTG
Site 32T289LCPEPPKTRVSHLHR
Site 33S292EPPKTRVSHLHREPP
Site 34T301LHREPPETGVPDLCL
Site 35S313LCLEPPKSRVSHLRP
Site 36S316EPPKSRVSHLRPEPS
Site 37S323SHLRPEPSETGVSHL
Site 38T325LRPEPSETGVSHLHP
Site 39S328EPSETGVSHLHPEPP
Site 40T337LHPEPPKTLVSSLHP
Site 41S341PPKTLVSSLHPEPPE
Site 42T349LHPEPPETGVSHLCP
Site 43S352EPPETGVSHLCPEPP
Site 44T361LCPEPPETRVSPLRQ
Site 45S364EPPETRVSPLRQLPP
Site 46S376LPPEAGVSHLCPEPP
Site 47T385LCPEPPKTRVPPLRP
Site 48T394VPPLRPETPKNGVSP
Site 49S400ETPKNGVSPLFPEPP
Site 50T409LFPEPPKTRISNLRS
Site 51S412EPPKTRISNLRSEPP
Site 52S416TRISNLRSEPPKIGV
Site 53T433LCLEPPKTRGSHLRP
Site 54S436EPPKTRGSHLRPEPP
Site 55T457LRPEPPKTRVSSLHL
Site 56S460EPPKTRVSSLHLEPP
Site 57S461PPKTRVSSLHLEPPE
Site 58T469LHLEPPETGVSHLCP
Site 59S484EPPEKDVSHLRPEPP
Site 60T493LRPEPPDTGVSHLCP
Site 61T505LCPEPPKTRVSHLRP
Site 62S508EPPKTRVSHLRPEPS
Site 63T517LRPEPSETGVSHLRP
Site 64S520EPSETGVSHLRPEPP
Site 65S541LHQAPPESSVSHLRP
Site 66S542HQAPPESSVSHLRPE
Site 67S544APPESSVSHLRPEPP
Site 68T565LRPEPPKTRMYSLRP
Site 69Y568EPPKTRMYSLRPEPP
Site 70S569PPKTRMYSLRPEPPD
Site 71T589LCPEPPKTRVSSLPP
Site 72S592EPPKTRVSSLPPEPP
Site 73S593PPKTRVSSLPPEPPE
Site 74T601LPPEPPETGVSHLCP
Site 75T613LCPEPPETRVSHLRP
Site 76S616EPPETRVSHLRPEPP
Site 77S641PPKTRMYSLRPEPPN
Site 78T649LRPEPPNTGVSHLCP
Site 79T697LRPEPPETGVSRLHP
Site 80S700EPPETGVSRLHPEPP
Site 81T709LHPEPPKTRVSSLHA
Site 82S712EPPKTRVSSLHAEPP
Site 83S713PPKTRVSSLHAEPPE
Site 84S721LHAEPPESRVSHLCP
Site 85S724EPPESRVSHLCPEPP
Site 86T733LCPEPPETGVSHLRP
Site 87S748EPPKPRVSSLRPEPL
Site 88S749PPKPRVSSLRPEPLE
Site 89T757LRPEPLETRVSHLRP
Site 90S760EPLETRVSHLRPEPP
Site 91T769LRPEPPETGVSHLHP
Site 92S772EPPETGVSHLHPELP
Site 93S784ELPKPRVSSLHLEPP
Site 94S785LPKPRVSSLHLEPPK
Site 95T793LHLEPPKTRRVSSLR
Site 96S797PPKTRRVSSLRLEPP
Site 97S798PKTRRVSSLRLEPPK
Site 98T806LRLEPPKTGRVSSLC
Site 99S810PPKTGRVSSLCPEPT
Site 100S811PKTGRVSSLCPEPTK
Site 101T817SSLCPEPTKTGASHL
Site 102T819LCPEPTKTGASHLKE
Site 103S822EPTKTGASHLKELFQ
Site 104S834LFQEGTSSTMECVSD
Site 105S840SSTMECVSDSLQRRH
Site 106S842TMECVSDSLQRRHTS
Site 107T848DSLQRRHTSRKLRDF
Site 108S849SLQRRHTSRKLRDFK
Site 109S867DLGVNEESISSLFDF
Site 110S870VNEESISSLFDFTPE
Site 111T875ISSLFDFTPECRATY
Site 112T881FTPECRATYQDQKNK
Site 113Y882TPECRATYQDQKNKK
Site 114S895KKANECSSGLKYSME
Site 115Y899ECSSGLKYSMELDEM
Site 116S913MDEVKFFSQEKDLDG
Site 117S928KIQNAPNSHSAQHVK
Site 118Y942KMGYGAWYLKPKLGK
Site 119S953KLGKKLRSDEPLIDP
Site 120S988AFKDFILSKGYEMPG
Site 121T1007LFARRGWTYDSVKTP
Site 122Y1008FARRGWTYDSVKTPI
Site 123S1010RRGWTYDSVKTPIQR
Site 124T1013WTYDSVKTPIQRAMQ
Site 125Y1022IQRAMQVYKYKEDVT
Site 126Y1024RAMQVYKYKEDVTDA
Site 127T1029YKYKEDVTDASEED_
 
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