PhosphoNET

           
Protein Info 
   
Short Name:  CCDC158
Full Name:  Coiled-coil domain-containing protein 158
Alias: 
Type: 
Mass (Da):  127140
Number AA:  1113
UniProt ID:  Q5M9N0
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 1S15SNNEDLLSSSGVTSN
Site 2S17NEDLLSSSGVTSNGG
Site 3T20LLSSSGVTSNGGSSS
Site 4S21LSSSGVTSNGGSSSS
Site 5S25GVTSNGGSSSSFFVS
Site 6S26VTSNGGSSSSFFVSS
Site 7S27TSNGGSSSSFFVSSI
Site 8S28SNGGSSSSFFVSSIR
Site 9T47ENTSSAGTLTQVPFF
Site 10T49TSSAGTLTQVPFFPK
Site 11Y57QVPFFPKYEVELDSP
Site 12S63KYEVELDSPRKIIPS
Site 13S70SPRKIIPSPGKEHFE
Site 14Y83FERVLEEYSHQVKDL
Site 15S97LQRRLNESNELHEKQ
Site 16Y107LHEKQKFYLRQSVID
Site 17S111QKFYLRQSVIDLQTK
Site 18S137ADIRRRESQSQEDLR
Site 19S139IRRRESQSQEDLRNQ
Site 20T150LRNQLQNTVHELEAA
Site 21S168KEDMLKDSNTQIEQL
Site 22T170DMLKDSNTQIEQLRK
Site 23S181QLRKMMLSHEGVLQE
Site 24S211ICEHDSMSTLHFRSL
Site 25S217MSTLHFRSLGSAISK
Site 26S223RSLGSAISKILRELD
Site 27T231KILRELDTEISYLKG
Site 28S234RELDTEISYLKGRIF
Site 29Y235ELDTEISYLKGRIFP
Site 30S252DQLEALKSESQNKIE
Site 31S254LEALKSESQNKIELL
Site 32S274DRIEQLISEHEVEIT
Site 33T281SEHEVEITGLTEKAS
Site 34T284EVEITGLTEKASSAR
Site 35S288TGLTEKASSARSQAN
Site 36S289GLTEKASSARSQANS
Site 37S292EKASSARSQANSIQS
Site 38S296SARSQANSIQSQMEI
Site 39Y315ARNQNSMYMRQLSDL
Site 40S320SMYMRQLSDLESTVS
Site 41S324RQLSDLESTVSQLRS
Site 42T325QLSDLESTVSQLRSE
Site 43S327SDLESTVSQLRSELR
Site 44S331STVSQLRSELREAKR
Site 45Y340LREAKRMYEDKTEEL
Site 46T344KRMYEDKTEELEKQL
Site 47S356KQLVLANSELTEART
Site 48T363SELTEARTERDQFSQ
Site 49S369RTERDQFSQESGNLD
Site 50S394HKREKELSLEKEQNK
Site 51T408KRLWDRDTGNSITID
Site 52S440ALLKALKSECQGQME
Site 53S459AIQGKNESLEKVSSL
Site 54S465ESLEKVSSLTAQLES
Site 55S472SLTAQLESTKEMLRK
Site 56T473LTAQLESTKEMLRKV
Site 57T490ELTAKKMTLESSERT
Site 58S493AKKMTLESSERTISD
Site 59S494KKMTLESSERTISDL
Site 60T497TLESSERTISDLTTS
Site 61S499ESSERTISDLTTSLQ
Site 62T502ERTISDLTTSLQEKE
Site 63T503RTISDLTTSLQEKER
Site 64S504TISDLTTSLQEKERA
Site 65T515KERAIEATNAEITKL
Site 66T548DHLRNVQTECEALKL
Site 67T575RQQIENMTQLVGQHG
Site 68S628RELEARVSDLELEKV
Site 69S642VKLVNAGSERLRAVK
Site 70T664QLLNEVKTSRSELNN
Site 71S667NEVKTSRSELNNLSE
Site 72S673RSELNNLSEEYEVLK
Site 73S687KRNFRNKSEEMEMTT
Site 74T693KSEEMEMTTNKLKMQ
Site 75S703KLKMQLKSAQSELEQ
Site 76T711AQSELEQTRNTLKSM
Site 77T714ELEQTRNTLKSMEGS
Site 78S717QTRNTLKSMEGSDGH
Site 79S721TLKSMEGSDGHAMKV
Site 80T737MGMQKQITAKRGQID
Site 81S748GQIDALQSKIQFLEE
Site 82T758QFLEEAMTNANKEKH
Site 83S772HFLKEEKSKLSQELS
Site 84S775KEEKSKLSQELSTVA
Site 85S779SKLSQELSTVATEKN
Site 86T783QELSTVATEKNKMAG
Site 87S797GELEVLRSQERRLKE
Site 88S834IQRQEQESVRLKLQH
Site 89T842VRLKLQHTLDIKELQ
Site 90Y853KELQGPGYTSNSSLK
Site 91S855LQGPGYTSNSSLKPR
Site 92S858PGYTSNSSLKPRLLQ
Site 93S868PRLLQPASVTRSHSN
Site 94S872QPASVTRSHSNVPSS
Site 95S874ASVTRSHSNVPSSQS
Site 96S878RSHSNVPSSQSTASF
Site 97S879SHSNVPSSQSTASFL
Site 98S881SNVPSSQSTASFLSH
Site 99T882NVPSSQSTASFLSHH
Site 100S884PSSQSTASFLSHHST
Site 101S887QSTASFLSHHSTKAN
Site 102T891SFLSHHSTKANTLKE
Site 103S913QLLQELRSVINEEPA
Site 104S922INEEPAVSLSKTEED
Site 105S924EEPAVSLSKTEEDGR
Site 106T926PAVSLSKTEEDGRTS
Site 107T932KTEEDGRTSLGALED
Site 108S933TEEDGRTSLGALEDR
Site 109T946DRVRDCITESSLRSD
Site 110S948VRDCITESSLRSDMC
Site 111S949RDCITESSLRSDMCH
Site 112S952ITESSLRSDMCHRSN
Site 113S958RSDMCHRSNNSLRDS
Site 114S961MCHRSNNSLRDSTEG
Site 115S965SNNSLRDSTEGSKSS
Site 116T966NNSLRDSTEGSKSSE
Site 117S969LRDSTEGSKSSETLS
Site 118S971DSTEGSKSSETLSRE
Site 119S972STEGSKSSETLSREP
Site 120T974EGSKSSETLSREPVT
Site 121S976SKSSETLSREPVTLH
Site 122S991AGDREDPSGCFTFTS
Site 123T995EDPSGCFTFTSAASP
Site 124S1001FTFTSAASPSVKNSA
Site 125S1003FTSAASPSVKNSASR
Site 126S1007ASPSVKNSASRSFNS
Site 127S1009PSVKNSASRSFNSSP
Site 128S1011VKNSASRSFNSSPKK
Site 129S1014SASRSFNSSPKKSPV
Site 130S1015ASRSFNSSPKKSPVH
Site 131S1019FNSSPKKSPVHSLLT
Site 132S1023PKKSPVHSLLTSSVE
Site 133S1032LTSSVEGSIGSTSQY
Site 134S1035SVEGSIGSTSQYRSA
Site 135T1036VEGSIGSTSQYRSAK
Site 136S1037EGSIGSTSQYRSAKP
Site 137Y1039SIGSTSQYRSAKPIH
Site 138S1041GSTSQYRSAKPIHSS
Site 139S1047RSAKPIHSSDSVKDS
Site 140S1048SAKPIHSSDSVKDSQ
Site 141S1050KPIHSSDSVKDSQSP
Site 142S1054SSDSVKDSQSPPIET
Site 143S1056DSVKDSQSPPIETTG
Site 144T1065PIETTGKTCRKLQNR
Site 145S1075KLQNRLESLQTLVED
Site 146T1078NRLESLQTLVEDLQL
Site 147S1091QLKNQAMSSMIRNQE
Site 148S1092LKNQAMSSMIRNQEK
 
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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