PhosphoNET

           
Protein Info 
   
Short Name:  C15orf39
Full Name:  Uncharacterized protein C15orf39
Alias:  chromosome 15 open reading frame 39; CO039; DKFZP434H132; FLJ46337
Type:  Unknown function
Mass (Da):  110789
Number AA:  1047
UniProt ID:  Q6ZRI6
International Prot ID:  IPI00478772
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 1T9AEKRPLRTLGPVMYG
Site 2T23GKLPRLETDSGLEHS
Site 3S25LPRLETDSGLEHSLP
Site 4S30TDSGLEHSLPHSVGN
Site 5S34LEHSLPHSVGNQDPC
Site 6T42VGNQDPCTYKGSYFS
Site 7Y47PCTYKGSYFSCPMAG
Site 8S49TYKGSYFSCPMAGTP
Site 9T55FSCPMAGTPKAESEQ
Site 10S60AGTPKAESEQLASWT
Site 11S65AESEQLASWTPYPPL
Site 12T67SEQLASWTPYPPLYS
Site 13Y69QLASWTPYPPLYSTG
Site 14Y73WTPYPPLYSTGMAGP
Site 15S74TPYPPLYSTGMAGPP
Site 16T89LQADNLLTNCLFYRS
Site 17Y94LLTNCLFYRSPAEGP
Site 18S96TNCLFYRSPAEGPEK
Site 19S107GPEKMQDSSPVELLP
Site 20S108PEKMQDSSPVELLPF
Site 21S116PVELLPFSPQAHSYP
Site 22S121PFSPQAHSYPGPPLA
Site 23Y122FSPQAHSYPGPPLAA
Site 24Y134LAAPKPVYRNPLCYG
Site 25S175PSADPPCSLAPAPSK
Site 26S181CSLAPAPSKGQTLDG
Site 27T185PAPSKGQTLDGTFLR
Site 28T189KGQTLDGTFLRGVPA
Site 29S199RGVPAEGSSKDSSGS
Site 30S200GVPAEGSSKDSSGSF
Site 31S203AEGSSKDSSGSFSPC
Site 32S204EGSSKDSSGSFSPCQ
Site 33S206SSKDSSGSFSPCQPF
Site 34S208KDSSGSFSPCQPFLE
Site 35Y217CQPFLEKYQTIHSTG
Site 36T219PFLEKYQTIHSTGFL
Site 37S228HSTGFLASRYTGPYP
Site 38Y230TGFLASRYTGPYPRN
Site 39T231GFLASRYTGPYPRNS
Site 40Y234ASRYTGPYPRNSKQA
Site 41S238TGPYPRNSKQAMSEG
Site 42S243RNSKQAMSEGPSSPW
Site 43S247QAMSEGPSSPWTQLA
Site 44S248AMSEGPSSPWTQLAQ
Site 45T251EGPSSPWTQLAQPLG
Site 46T264LGPPCQDTGPTHYPP
Site 47Y269QDTGPTHYPPPHHPP
Site 48S297RHPEKQGSYSPALPL
Site 49S299PEKQGSYSPALPLQP
Site 50Y315GGHKGTGYQAGGLGS
Site 51S322YQAGGLGSPYLRQQA
Site 52Y324AGGLGSPYLRQQAAQ
Site 53Y334QQAAQAPYIPPLGLD
Site 54Y343PPLGLDAYPYPSAPL
Site 55S354SAPLPAPSPGLKLEP
Site 56T364LKLEPPLTPRCPLDF
Site 57T375PLDFAPQTLSFPYAR
Site 58S377DFAPQTLSFPYARDD
Site 59Y380PQTLSFPYARDDLSL
Site 60S386PYARDDLSLYGASPG
Site 61Y388ARDDLSLYGASPGLG
Site 62S391DLSLYGASPGLGGTP
Site 63T397ASPGLGGTPPSQNNV
Site 64S400GLGGTPPSQNNVRAV
Site 65S423ACQPLPASQPCSEPV
Site 66S427LPASQPCSEPVRPAQ
Site 67T440AQEAEEKTWLPSCRK
Site 68S444EEKTWLPSCRKEKLQ
Site 69S455EKLQPRLSEHSGPPI
Site 70S458QPRLSEHSGPPIVIR
Site 71S467PPIVIRDSPVPCTPP
Site 72T472RDSPVPCTPPALPPC
Site 73S496KEDARPPSSPPMPVI
Site 74S497EDARPPSSPPMPVID
Site 75S508PVIDNVFSLAPYRDY
Site 76Y512NVFSLAPYRDYLDVP
Site 77Y515SLAPYRDYLDVPAPE
Site 78S529EATTEPDSATAEPDS
Site 79T531TTEPDSATAEPDSAP
Site 80S536SATAEPDSAPATSEG
Site 81T540EPDSAPATSEGQDKG
Site 82T551QDKGCRGTLPAQEGP
Site 83S559LPAQEGPSGSKPLRG
Site 84S561AQEGPSGSKPLRGSL
Site 85S567GSKPLRGSLKEEVAL
Site 86S577EEVALDLSVRKPTAE
Site 87T582DLSVRKPTAEASPVK
Site 88S586RKPTAEASPVKASRS
Site 89S591EASPVKASRSVEHAK
Site 90S593SPVKASRSVEHAKPT
Site 91S613PDVGNMVSDLPGLKK
Site 92T623PGLKKIDTEAPGLPG
Site 93T634GLPGVPVTTDAMPRT
Site 94T641TTDAMPRTNFHSSVA
Site 95S646PRTNFHSSVAFMFRK
Site 96S673VVPSTPTSAPAPTQP
Site 97T683APTQPAPTPTSGPIG
Site 98S686QPAPTPTSGPIGLRI
Site 99S726PAPAPAPSPAPARAQ
Site 100S737ARAQAPASARDPAPA
Site 101S755VAGPAPASTSAPGDS
Site 102T756AGPAPASTSAPGDSL
Site 103S757GPAPASTSAPGDSLE
Site 104S762STSAPGDSLEQHFTG
Site 105T768DSLEQHFTGLHASLC
Site 106S781LCDAISGSVAHSPPE
Site 107S785ISGSVAHSPPEKLRE
Site 108T796KLREWLETAGPWGQA
Site 109S820GLLAKLLSQLQRFDR
Site 110T828QLQRFDRTHRCPFPH
Site 111S861FPRLPPASVDHVLQE
Site 112T876HRVELRPTTLSEERA
Site 113T877RVELRPTTLSEERAL
Site 114S879ELRPTTLSEERALRE
Site 115Y909LRQLPDIYPDLLGLQ
Site 116T930RQLGDFDTEAGAVSS
Site 117S936DTEAGAVSSSEPTVA
Site 118S938EAGAVSSSEPTVARD
Site 119T941AVSSSEPTVARDEPE
Site 120S949VARDEPESLALAQKS
Site 121S956SLALAQKSPAPKVRK
Site 122T970KPGRKPPTPGPEKAE
Site 123S984EAAAGEESCGASPTP
Site 124S988GEESCGASPTPATSA
Site 125T990ESCGASPTPATSASP
Site 126T993GASPTPATSASPPGP
Site 127S994ASPTPATSASPPGPT
Site 128S996PTPATSASPPGPTLK
Site 129T1022LNGLALPTWGHKSSR
Site 130S1027LPTWGHKSSRPDQPS
Site 131S1028PTWGHKSSRPDQPSP
Site 132S1034SSRPDQPSPCPQLLD
Site 133S1042PCPQLLDSQSHHL__
 
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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