PhosphoNET

           
Protein Info 
   
Short Name:  FCHO1
Full Name:  FCH domain only protein 1
Alias:  FCH domain only 1; KIAA0290
Type:  Uncharacterized protein
Mass (Da):  96861
Number AA:  889
UniProt ID:  O14526
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 1Y20NHGFEVLYHSVKQGP
Site 2S22GFEVLYHSVKQGPIS
Site 3S29SVKQGPISTKELADF
Site 4T30VKQGPISTKELADFI
Site 5T42DFIRERATIEETYSK
Site 6S55SKAMAKLSKLASNGT
Site 7S59AKLSKLASNGTPMGT
Site 8T62SKLASNGTPMGTFAP
Site 9T66SNGTPMGTFAPLWEV
Site 10S78WEVFRVSSDKLALCH
Site 11T109YGEEQLKTHKKCKEE
Site 12S137VSQLLPKSRENYLNR
Site 13Y141LPKSRENYLNRCMDQ
Site 14S155QERLRRESTSQKEMD
Site 15T156ERLRRESTSQKEMDK
Site 16S157RLRRESTSQKEMDKA
Site 17S174KTKKAAESLRRSVEK
Site 18S178AAESLRRSVEKYNSA
Site 19Y182LRRSVEKYNSARADF
Site 20S184RSVEKYNSARADFEQ
Site 21S196FEQKMLDSALRFQAM
Site 22T206RFQAMEETHLRHMKA
Site 23S217HMKALLGSYAHSVED
Site 24S221LLGSYAHSVEDTHVQ
Site 25T225YAHSVEDTHVQIGQV
Site 26S255LLRKFAESKGTGREK
Site 27T258KFAESKGTGREKPGP
Site 28S295AFRLPGLSRREREPE
Site 29S314VDFLEPDSGTCPEVD
Site 30T326EVDEEGFTVRPDVTQ
Site 31T332FTVRPDVTQNSTAEP
Site 32S335RPDVTQNSTAEPSRF
Site 33T336PDVTQNSTAEPSRFS
Site 34S340QNSTAEPSRFSSSDS
Site 35S343TAEPSRFSSSDSDFD
Site 36S344AEPSRFSSSDSDFDD
Site 37S345EPSRFSSSDSDFDDE
Site 38S347SRFSSSDSDFDDEEP
Site 39Y358DEEPRKFYVHIKPAP
Site 40S372PARAPACSPEAAAAQ
Site 41S386QLRATAGSLILPPGP
Site 42T396LPPGPGGTMKRHSSR
Site 43S401GGTMKRHSSRDAAGK
Site 44S402GTMKRHSSRDAAGKP
Site 45S414GKPQRPRSAPRTSSC
Site 46T418RPRSAPRTSSCAERL
Site 47S419PRSAPRTSSCAERLQ
Site 48S420RSAPRTSSCAERLQS
Site 49S427SCAERLQSEEQVSKN
Site 50S432LQSEEQVSKNLFGPP
Site 51T450AFDHEDFTGSSSLGF
Site 52S454EDFTGSSSLGFTSSP
Site 53T458GSSSLGFTSSPSPFS
Site 54S459SSSLGFTSSPSPFSS
Site 55S460SSLGFTSSPSPFSSS
Site 56S462LGFTSSPSPFSSSSP
Site 57S465TSSPSPFSSSSPENV
Site 58S466SSPSPFSSSSPENVE
Site 59S467SPSPFSSSSPENVED
Site 60S468PSPFSSSSPENVEDS
Site 61S475SPENVEDSGLDSPSH
Site 62S479VEDSGLDSPSHAAPG
Site 63S481DSGLDSPSHAAPGPS
Site 64S488SHAAPGPSPDSWVPR
Site 65S491APGPSPDSWVPRPGT
Site 66T498SWVPRPGTPQSPPSC
Site 67S501PRPGTPQSPPSCRAP
Site 68S504GTPQSPPSCRAPPPE
Site 69S523RAPPLPDSPQPLASS
Site 70S529DSPQPLASSPGPWGL
Site 71S530SPQPLASSPGPWGLE
Site 72T552MPAPADPTAREGLAA
Site 73S566APPRRLRSRKVSCPL
Site 74S570RLRSRKVSCPLTRSN
Site 75T574RKVSCPLTRSNGDLS
Site 76S576VSCPLTRSNGDLSRS
Site 77S581TRSNGDLSRSLSPSP
Site 78S583SNGDLSRSLSPSPLG
Site 79S585GDLSRSLSPSPLGSS
Site 80S587LSRSLSPSPLGSSAA
Site 81S592SPSPLGSSAASTALE
Site 82S595PLGSSAASTALERPS
Site 83T596LGSSAASTALERPSF
Site 84S602STALERPSFLSQTGH
Site 85S605LERPSFLSQTGHGVS
Site 86T607RPSFLSQTGHGVSRG
Site 87S612SQTGHGVSRGPSPVV
Site 88S616HGVSRGPSPVVLGSQ
Site 89Y639FTEYVHAYFRGHSPS
Site 90S644HAYFRGHSPSCLARV
Site 91S646YFRGHSPSCLARVTG
Site 92T684SFRLVHTTAIEHFQP
Site 93S698PNADLLFSDPSQSDP
Site 94S701DLLFSDPSQSDPETK
Site 95S703LFSDPSQSDPETKDF
Site 96T707PSQSDPETKDFWLNM
Site 97T730RQAEQNPTASYYNVV
Site 98Y733EQNPTASYYNVVLLR
Site 99Y734QNPTASYYNVVLLRY
Site 100Y741YNVVLLRYQFSRPGP
Site 101S744VLLRYQFSRPGPQSV
Site 102S750FSRPGPQSVPLQLSA
Site 103S756QSVPLQLSAHWQCGA
Site 104T766WQCGATLTQVSVEYG
Site 105T779YGYRPGATAVPTPLT
Site 106T817NLEEKRLTWRLPDVS
Site 107S824TWRLPDVSEAGGSGR
Site 108S829DVSEAGGSGRLSASW
Site 109S833AGGSGRLSASWEPLS
Site 110S835GSGRLSASWEPLSGP
Site 111S840SASWEPLSGPSTPSP
Site 112T844EPLSGPSTPSPVAAQ
Site 113S846LSGPSTPSPVAAQFT
Site 114T858QFTSEGTTLSGVDLE
Site 115S874VGSGYRMSLVKRRFA
Site 116S888ATGMYLVSC______
 
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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