PhosphoNET

           
Protein Info 
   
Short Name:  C14orf145
Full Name:  Uncharacterized protein C14orf145
Alias:  CN145; Uncharacterized protein C14orf145
Type:  Uncharacterized
Mass (Da):  128015
Number AA:  1094
UniProt ID:  Q6ZU80
International Prot ID:  IPI00719446
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 1S8MAESSSESDHFRCRD
Site 2S18FRCRDRLSPWAARST
Site 3S24LSPWAARSTHRGTRS
Site 4T25SPWAARSTHRGTRSL
Site 5T29ARSTHRGTRSLPTVE
Site 6S31STHRGTRSLPTVEVT
Site 7T34RGTRSLPTVEVTEKV
Site 8T43EVTEKVNTITSTLQD
Site 9T47KVNTITSTLQDTSRN
Site 10T51ITSTLQDTSRNLRQV
Site 11Y65VDQMLGRYREYSNGQ
Site 12Y68MLGRYREYSNGQAGA
Site 13S69LGRYREYSNGQAGAI
Site 14S82AIEHLKESLEQSIDQ
Site 15S86LKESLEQSIDQLRSQ
Site 16S92QSIDQLRSQRLLRNS
Site 17S99SQRLLRNSGGRSISV
Site 18S103LRNSGGRSISVTSLS
Site 19S105NSGGRSISVTSLSAS
Site 20T107GGRSISVTSLSASDL
Site 21S108GRSISVTSLSASDLD
Site 22S110SISVTSLSASDLDGG
Site 23S112SVTSLSASDLDGGTG
Site 24T118ASDLDGGTGSELHHF
Site 25S120DLDGGTGSELHHFPP
Site 26S129LHHFPPTSPLKDYGD
Site 27Y134PTSPLKDYGDPQGIK
Site 28S145QGIKRMRSRTGVRFV
Site 29T147IKRMRSRTGVRFVQE
Site 30T155GVRFVQETDDMTQLH
Site 31S167QLHGFHQSLRDLSSE
Site 32S172HQSLRDLSSEQIRLG
Site 33S173QSLRDLSSEQIRLGD
Site 34S187DDFNRELSRRSRSDA
Site 35S190NRELSRRSRSDAETK
Site 36S192ELSRRSRSDAETKRA
Site 37T196RSRSDAETKRALEEL
Site 38S217AQKQEVVSDRVERRL
Site 39S249QDQLGLMSLQLQEAL
Site 40T277IKNKLRQTETEKNQL
Site 41S291LEQELELSRRLLNQS
Site 42S298SRRLLNQSEGSRETL
Site 43T304QSEGSRETLLHQVEE
Site 44S331KGLQHQVSQISKQQS
Site 45S334QHQVSQISKQQSNYQ
Site 46S338SQISKQQSNYQDEQG
Site 47Y340ISKQQSNYQDEQGED
Site 48S366QDLEKQMSDLRVQLN
Site 49S379LNFSAMASELEEVKR
Site 50S400KEKAHLASQVENLTR
Site 51T432EIQNHFDTCEAERKH
Site 52Y461ATKQAERYLSELQQS
Site 53S463KQAERYLSELQQSEA
Site 54S468YLSELQQSEALKEEA
Site 55S489LKLKAQESIRQWKLK
Site 56T510ALEKQSETVDELTGK
Site 57T515SETVDELTGKNNQIL
Site 58Y533DELKTQLYAALQQIE
Site 59T551KELNDVLTKRALQEE
Site 60S562LQEEELHSKEEKLRD
Site 61S572EKLRDIKSHQADLEL
Site 62S584LELEVKNSLDTIHRL
Site 63T587EVKNSLDTIHRLESE
Site 64S593DTIHRLESELKKQSK
Site 65S599ESELKKQSKIQSQMK
Site 66S603KKQSKIQSQMKVEKA
Site 67S622EIAELKKSQAQDKAK
Site 68S636KLLEMQESIKDLSAI
Site 69S666KAVLKDLSDLTAQAK
Site 70T669LKDLSDLTAQAKSRD
Site 71T681SRDEETATIITQLKL
Site 72T701QRELKDLTSSLQSVK
Site 73S702RELKDLTSSLQSVKT
Site 74S703ELKDLTSSLQSVKTK
Site 75S706DLTSSLQSVKTKHEQ
Site 76T709SSLQSVKTKHEQNIQ
Site 77S727KHFKKEKSEAENHIR
Site 78S740IRTLKAESLEEKNMA
Site 79S759GQLEKLKSQCDRLTE
Site 80T765KSQCDRLTEELTQNE
Site 81Y782NKKLKLKYQCLKDQL
Site 82S797EEREKHISIEEEHLR
Site 83T822DQLLCLETEQESILG
Site 84T841EIDAACKTFSKDSVE
Site 85S843DAACKTFSKDSVEKL
Site 86S846CKTFSKDSVEKLKVF
Site 87S855EKLKVFSSGPDIHYD
Site 88Y861SSGPDIHYDPHRWLA
Site 89T872RWLAESKTKLQWLCE
Site 90T906RQQLRNLTENKESEL
Site 91S911NLTENKESELQCLFQ
Site 92T941KRDLLEETQRKDEEM
Site 93S950RKDEEMGSLQDRVIA
Site 94S977ESVPEKLSLLEDFKD
Site 95S988DFKDFRDSCSSSERT
Site 96S990KDFRDSCSSSERTDG
Site 97S991DFRDSCSSSERTDGR
Site 98S992FRDSCSSSERTDGRY
Site 99T995SCSSSERTDGRYSKY
Site 100Y999SERTDGRYSKYRVRR
Site 101S1000ERTDGRYSKYRVRRN
Site 102Y1002TDGRYSKYRVRRNSL
Site 103S1008KYRVRRNSLQHHQDD
Site 104T1016LQHHQDDTKYRTKSF
Site 105Y1018HHQDDTKYRTKSFKG
Site 106S1022DTKYRTKSFKGDRTF
Site 107T1028KSFKGDRTFLEGSHT
Site 108S1033DRTFLEGSHTRGLDH
Site 109T1035TFLEGSHTRGLDHSS
Site 110S1041HTRGLDHSSSWQDHS
Site 111S1042TRGLDHSSSWQDHSR
Site 112S1043RGLDHSSSWQDHSRF
Site 113S1048SSSWQDHSRFLSSPR
Site 114S1052QDHSRFLSSPRFSYV
Site 115S1053DHSRFLSSPRFSYVN
Site 116S1057FLSSPRFSYVNSFTK
Site 117Y1058LSSPRFSYVNSFTKR
Site 118S1061PRFSYVNSFTKRTVA
Site 119T1066VNSFTKRTVAPDSAS
Site 120S1071KRTVAPDSASNKEDA
Site 121S1073TVAPDSASNKEDATM
Site 122T1079ASNKEDATMNGTSSQ
Site 123S1085ATMNGTSSQPKKEEY
 
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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