PhosphoNET

           
Protein Info 
   
Short Name:  Putative FAM75-like protein FLJ44082
Full Name:  Putative FAM75-like protein FLJ44082
Alias: 
Type: 
Mass (Da):  102419
Number AA:  917
UniProt ID:  P0C874
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 1T12LCFLNSYTETGLSPD
Site 2T14FLNSYTETGLSPDSH
Site 3S17SYTETGLSPDSHCLD
Site 4S20ETGLSPDSHCLDIDL
Site 5Y50FYMVLTLYSSPTEKN
Site 6S52MVLTLYSSPTEKNND
Site 7T60PTEKNNDTQKHQGRA
Site 8S73RARRKRKSVTFKDRK
Site 9T75RRKRKSVTFKDRKSL
Site 10S81VTFKDRKSLQKEAEE
Site 11S94EEERKLHSFLKSFGP
Site 12S98KLHSFLKSFGPPVSC
Site 13S104KSFGPPVSCSPLGQH
Site 14S106FGPPVSCSPLGQHHD
Site 15T114PLGQHHDTTLFRRLL
Site 16T115LGQHHDTTLFRRLLC
Site 17T134CRVCNRATADIQRLL
Site 18S142ADIQRLLSWESLKDA
Site 19S145QRLLSWESLKDAAPS
Site 20S152SLKDAAPSVSPLASS
Site 21S154KDAAPSVSPLASSAS
Site 22S158PSVSPLASSASGAES
Site 23S159SVSPLASSASGAESS
Site 24S161SPLASSASGAESSFT
Site 25S165SSASGAESSFTLAST
Site 26S166SASGAESSFTLASTP
Site 27T168SGAESSFTLASTPSA
Site 28S171ESSFTLASTPSATTP
Site 29T172SSFTLASTPSATTPE
Site 30T177ASTPSATTPEDLILS
Site 31S184TPEDLILSSRPKPSP
Site 32S185PEDLILSSRPKPSPP
Site 33S190LSSRPKPSPPPPLIL
Site 34S210TTLADLFSPSPLRDP
Site 35S212LADLFSPSPLRDPLP
Site 36S224PLPPQPVSPLDSKFP
Site 37S228QPVSPLDSKFPIDHS
Site 38S235SKFPIDHSPPQQLPF
Site 39S256HIERVEPSLQPEASL
Site 40S280STLCQDISQAVNRTD
Site 41S288QAVNRTDSCARHHGP
Site 42T297ARHHGPPTPSALPPE
Site 43S299HHGPPTPSALPPEDC
Site 44T307ALPPEDCTVTQSKSN
Site 45T309PPEDCTVTQSKSNLT
Site 46S313CTVTQSKSNLTVLKT
Site 47T316TQSKSNLTVLKTFPE
Site 48T320SNLTVLKTFPEMLSL
Site 49S326KTFPEMLSLGGSGGS
Site 50S330EMLSLGGSGGSSTSA
Site 51S334LGGSGGSSTSAPTTK
Site 52T335GGSGGSSTSAPTTKG
Site 53S336GSGGSSTSAPTTKGI
Site 54T340SSTSAPTTKGIDHSC
Site 55S346TTKGIDHSCPASSEF
Site 56S363WQPHAKDSFSSNFVP
Site 57S365PHAKDSFSSNFVPSD
Site 58T379DFMEELLTLHSSEAS
Site 59S382EELLTLHSSEASLGG
Site 60S383ELLTLHSSEASLGGH
Site 61S386TLHSSEASLGGHSVA
Site 62S434ENGKKPGSFPTQLRP
Site 63Y443PTQLRPNYQLNSSRN
Site 64S447RPNYQLNSSRNMLTS
Site 65S448PNYQLNSSRNMLTST
Site 66S454SSRNMLTSTAVKHDL
Site 67S464VKHDLAESFPFWASK
Site 68Y497EDHLEQKYVQLFWGL
Site 69S506QLFWGLPSLHSESLH
Site 70S509WGLPSLHSESLHPTV
Site 71T515HSESLHPTVFVQHGR
Site 72S536FNGITNTSMSHESPV
Site 73S538GITNTSMSHESPVLP
Site 74S541NTSMSHESPVLPPPQ
Site 75S554PQPLFLPSTQPLPLP
Site 76T555QPLFLPSTQPLPLPQ
Site 77T563QPLPLPQTLPRGQSL
Site 78S569QTLPRGQSLHLTQVK
Site 79T573RGQSLHLTQVKSLAQ
Site 80S577LHLTQVKSLAQPQSP
Site 81S583KSLAQPQSPFPALPP
Site 82S612RPQNEARSLMPSEIN
Site 83S616EARSLMPSEINHLEW
Site 84S638ESVWGLPSVVQKSQE
Site 85S643LPSVVQKSQEDFCPP
Site 86S677IPGDFPLSSEVRKKL
Site 87S678PGDFPLSSEVRKKLE
Site 88S706LPRRIHESLSLLRPQ
Site 89S708RRIHESLSLLRPQNK
Site 90S717LRPQNKISELSVSES
Site 91S720QNKISELSVSESIHG
Site 92S722KISELSVSESIHGPL
Site 93S724SELSVSESIHGPLNI
Site 94S745RCNVLKKSASSFPRS
Site 95S747NVLKKSASSFPRSFH
Site 96S748VLKKSASSFPRSFHE
Site 97S752SASSFPRSFHERSSN
Site 98S757PRSFHERSSNMLSME
Site 99S758RSFHERSSNMLSMEN
Site 100S762ERSSNMLSMENVGNY
Site 101Y769SMENVGNYQGCSQET
Site 102S773VGNYQGCSQETAPKN
Site 103T788HLLHDPETSSEEDLR
Site 104S790LHDPETSSEEDLRSN
Site 105S796SSEEDLRSNSERDLG
Site 106S798EEDLRSNSERDLGTH
Site 107T804NSERDLGTHMMHLSG
Site 108S810GTHMMHLSGNDSGVR
Site 109S814MHLSGNDSGVRLGQK
Site 110T828KQLENALTVHLSKKF
Site 111S832NALTVHLSKKFEEIN
Site 112T846NEGRMPGTVHSSWHS
Site 113S849RMPGTVHSSWHSVKQ
Site 114T857SWHSVKQTICLPEKS
Site 115S864TICLPEKSHSQIKHR
Site 116S866CLPEKSHSQIKHRNL
Site 117S878RNLAALVSEDHRVDT
Site 118T885SEDHRVDTSQEMSFL
Site 119S886EDHRVDTSQEMSFLS
Site 120S890VDTSQEMSFLSSNKQ
Site 121S893SQEMSFLSSNKQKML
Site 122S894QEMSFLSSNKQKMLE
 
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