PhosphoNET

           
Protein Info 
   
Short Name:  C10orf137
Full Name:  Erythroid differentiation-related factor 1
Alias:  chromosome 10 open reading frame 137; DKFZp586F1019; EDRF1; FLJ21617
Type:  Unknown function
Mass (Da):  138530
Number AA: 
UniProt ID:  Q3B7T1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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 1S23AAARGGLSLLSQGES
Site 2S26RGGLSLLSQGESEES
Site 3S30SLLSQGESEESSAQG
Site 4S33SQGESEESSAQGSAL
Site 5S34QGESEESSAQGSALF
Site 6S38EESSAQGSALFLGGN
Site 7S49LGGNEVKSRAVVKYS
Site 8Y55KSRAVVKYSSAPPRT
Site 9S57RAVVKYSSAPPRTAF
Site 10T71FARLEEKTDLKLPPA
Site 11S84PANWLRESAKLGPAG
Site 12S98GTTILGNSKKSKPFS
Site 13S101ILGNSKKSKPFSSFG
Site 14S105SKKSKPFSSFGMAYD
Site 15S106KKSKPFSSFGMAYDF
Site 16S125GNDVDVVSDSENIKK
Site 17S127DVDVVSDSENIKKLL
Site 18S139KLLKIPYSKSHVSMA
Site 19S141LKIPYSKSHVSMAVH
Site 20S144PYSKSHVSMAVHRIG
Site 21Y181WTWLKEFYQRLIDQK
Site 22Y200KKSKEHWYQKAILSK
Site 23S223DGAAQPVSSTAEQQE
Site 24S231STAEQQESSSSDQTN
Site 25S232TAEQQESSSSDQTND
Site 26S234EQQESSSSDQTNDSE
Site 27T237ESSSSDQTNDSEGAS
Site 28S240SSDQTNDSEGASWPA
Site 29S244TNDSEGASWPAPFEM
Site 30S253PAPFEMPSSVSEDPS
Site 31S254APFEMPSSVSEDPSA
Site 32S256FEMPSSVSEDPSASS
Site 33S260SSVSEDPSASSQGSE
Site 34S262VSEDPSASSQGSEPL
Site 35S263SEDPSASSQGSEPLE
Site 36S266PSASSQGSEPLEPSY
Site 37S272GSEPLEPSYIVGHVA
Site 38Y273SEPLEPSYIVGHVAS
Site 39S280YIVGHVASAPKEQNL
Site 40S297LFNDGEHSQGLKNDF
Site 41S335GGRYPAVSLRLRDNN
Site 42Y378VNGIVQKYEMIKTEE
Site 43T383QKYEMIKTEEIPNLE
Site 44S392EIPNLENSNFSTKVI
Site 45T396LENSNFSTKVIKDIA
Site 46S412NILSFLKSNCTKEGH
Site 47Y421CTKEGHTYWLFKASG
Site 48S429WLFKASGSDIVKLYD
Site 49T439VKLYDLTTLCEETED
Site 50Y448CEETEDKYQNPFTMP
Site 51T453DKYQNPFTMPVAILL
Site 52T480QNKKHYGTIRTLLLN
Site 53S495CLKLLDKSRHPQIIA
Site 54S503RHPQIIASANYMLSE
Site 55S525KKEENSESPLNENSD
Site 56S531ESPLNENSDESYSEE
Site 57S534LNENSDESYSEEEEE
Site 58Y535NENSDESYSEEEEEM
Site 59S536ENSDESYSEEEEEMP
Site 60S545EEEEMPDSDENGSYS
Site 61S550PDSDENGSYSTSSDP
Site 62Y551DSDENGSYSTSSDPS
Site 63S552SDENGSYSTSSDPSD
Site 64S554ENGSYSTSSDPSDDS
Site 65S555NGSYSTSSDPSDDSK
Site 66S558YSTSSDPSDDSKAVA
Site 67S561SSDPSDDSKAVAIIK
Site 68S574IKSVGELSVPEKYKS
Site 69Y579ELSVPEKYKSIHQIR
Site 70S581SVPEKYKSIHQIRPS
Site 71T597AFPVCHDTEERCRLV
Site 72S614YVLEGLKSVDSSIKK
Site 73S617EGLKSVDSSIKKESD
Site 74S618GLKSVDSSIKKESDL
Site 75S623DSSIKKESDLPAADP
Site 76S631DLPAADPSTPIPLKY
Site 77T632LPAADPSTPIPLKYE
Site 78Y638STPIPLKYEDESSRG
Site 79S642PLKYEDESSRGGPEG
Site 80S643LKYEDESSRGGPEGL
Site 81S663LFLDKMGSLQKGNYS
Site 82Y669GSLQKGNYSSQSGMI
Site 83S671LQKGNYSSQSGMIPG
Site 84S673KGNYSSQSGMIPGSW
Site 85Y696ILKSSKAYYVLSDAA
Site 86Y697LKSSKAYYVLSDAAM
Site 87S705VLSDAAMSLQKYGRA
Site 88Y709AAMSLQKYGRALRYI
Site 89Y715KYGRALRYIKLALQS
Site 90Y771AHLEEFHYQTKEDQE
Site 91S782EDQEILHSLHRESSC
Site 92S788HSLHRESSCQGFAWA
Site 93S799FAWATDLSTDLESQL
Site 94T800AWATDLSTDLESQLS
Site 95S804DLSTDLESQLSVSCK
Site 96S807TDLESQLSVSCKCYE
Site 97S823ANEILQFSDLKSQNP
Site 98S827LQFSDLKSQNPEHYV
Site 99Y833KSQNPEHYVQVLKRM
Site 100S860NQAAALQSERLVSKS
Site 101S865LQSERLVSKSVSAAE
Site 102S867SERLVSKSVSAAEQQ
Site 103S869RLVSKSVSAAEQQLW
Site 104S929DELKREFSPEEGLYY
Site 105Y935FSPEEGLYYNKAIDY
Site 106Y936SPEEGLYYNKAIDYY
Site 107Y942YYNKAIDYYLKALRS
Site 108Y943YNKAIDYYLKALRSL
Site 109S949YYLKALRSLGTRDIH
Site 110Y971NWELSTTYFTMATLQ
Site 111Y981MATLQQDYAPLSRKA
Site 112S985QQDYAPLSRKAQEQI
Site 113S997EQIEKEVSEAMMKSL
Site 114S1003VSEAMMKSLKYCDVD
Site 115Y1006AMMKSLKYCDVDSVS
Site 116S1011LKYCDVDSVSARQPL
Site 117Y1021ARQPLCQYRAATIHH
Site 118T1025LCQYRAATIHHRLAS
Site 119Y1034HHRLASMYHSCLRNQ
Site 120S1036RLASMYHSCLRNQVG
Site 121T1092AFAEFQMTSQNSNVG
Site 122S1093FAEFQMTSQNSNVGK
Site 123S1134EEFGQPKSGDAAAAA
Site 124S1144AAAAADASPSLNREE
Site 125S1146AAADASPSLNREEVM
Site 126S1175LQSIKLLSSTKKKTS
Site 127S1176QSIKLLSSTKKKTSN
Site 128T1189SNNIEDDTILKTNKH
Site 129T1193EDDTILKTNKHIYSQ
Site 130S1199KTNKHIYSQLLRATA
Site 131T1205YSQLLRATANKTATL
 
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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