PhosphoNET

           
Protein Info 
   
Short Name:  ZC3H6
Full Name:  Zinc finger CCCH domain-containing protein 6
Alias:  FLJ41410; FLJ45877; KIAA2035; ZC3HDC6; zinc finger CCCH-type containing 6; zinc finger CCCH-type domain containing protein 6
Type:  Unknown function
Mass (Da):  131671
Number AA:  1189
UniProt ID:  P61129
International Prot ID:  IPI00410656
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0008270   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 1Y46KQKNEKAYRKSRKKH
Site 2S49NEKAYRKSRKKHKKE
Site 3S62KEREKKKSKRRKREK
Site 4S74REKHKHNSPSSDDSS
Site 5S76KHKHNSPSSDDSSDY
Site 6S77HKHNSPSSDDSSDYS
Site 7S80NSPSSDDSSDYSLDS
Site 8S81SPSSDDSSDYSLDSD
Site 9Y83SSDDSSDYSLDSDVE
Site 10S84SDDSSDYSLDSDVEH
Site 11S87SSDYSLDSDVEHTES
Site 12S94SDVEHTESSHKKRTG
Site 13Y106RTGFYRDYDIPFTQR
Site 14T111RDYDIPFTQRGHISG
Site 15S117FTQRGHISGSYITSK
Site 16S119QRGHISGSYITSKKG
Site 17Y120RGHISGSYITSKKGQ
Site 18S123ISGSYITSKKGQHNK
Site 19S134QHNKKFKSKEYDEYS
Site 20Y137KKFKSKEYDEYSTYS
Site 21Y140KSKEYDEYSTYSDDN
Site 22S141SKEYDEYSTYSDDNF
Site 23Y143EYDEYSTYSDDNFGN
Site 24Y151SDDNFGNYSDDNFGN
Site 25Y159SDDNFGNYGQETEED
Site 26T163FGNYGQETEEDFANQ
Site 27T180QYRQAKETSNIALGS
Site 28S187TSNIALGSSFSKESG
Site 29S188SNIALGSSFSKESGK
Site 30S190IALGSSFSKESGKKQ
Site 31S212GIEQRVKSFNVGRGR
Site 32S242NKGPNVFSVSDDFQE
Site 33S244GPNVFSVSDDFQEYN
Site 34Y250VSDDFQEYNKPGKKW
Site 35T269QEFINQHTVEHKGKQ
Site 36Y280KGKQICKYFLEGRCI
Site 37Y310RKEICKFYLQGYCTK
Site 38T353KFSHDDLTKETKKLL
Site 39T366LLDKVLNTDEELINE
Site 40T387ELRKRGITPLPKPPP
Site 41S409PPEHFPFSDPEDDFQ
Site 42T417DPEDDFQTDFSDDFR
Site 43S420DDFQTDFSDDFRKIP
Site 44Y452GRKPPAFYTSASPPG
Site 45T453RKPPAFYTSASPPGP
Site 46S454KPPAFYTSASPPGPQ
Site 47S456PAFYTSASPPGPQFQ
Site 48S465PGPQFQGSSPHPQHI
Site 49S466GPQFQGSSPHPQHIY
Site 50Y473SPHPQHIYSSGSSPG
Site 51S474PHPQHIYSSGSSPGP
Site 52S475HPQHIYSSGSSPGPG
Site 53S477QHIYSSGSSPGPGPN
Site 54S478HIYSSGSSPGPGPNM
Site 55S486PGPGPNMSQGHSSPV
Site 56S490PNMSQGHSSPVMHPG
Site 57S491NMSQGHSSPVMHPGS
Site 58S498SPVMHPGSPGHHPCA
Site 59S515PGLPVPQSPPLPPGP
Site 60T543VQPDTSLTPPSMGGA
Site 61S546DTSLTPPSMGGAYHS
Site 62Y551PPSMGGAYHSPGFPG
Site 63S553SMGGAYHSPGFPGHV
Site 64S570VPRENHCSPGSSYQQ
Site 65S573ENHCSPGSSYQQSPG
Site 66S574NHCSPGSSYQQSPGE
Site 67Y575HCSPGSSYQQSPGEM
Site 68S578PGSSYQQSPGEMQLN
Site 69T586PGEMQLNTNYESLQN
Site 70Y588EMQLNTNYESLQNPA
Site 71Y601PAEFYDNYYAQHSIH
Site 72Y602AEFYDNYYAQHSIHN
Site 73S636QPPVVQDSPNHGSGS
Site 74S641QDSPNHGSGSDGSST
Site 75S643SPNHGSGSDGSSTRT
Site 76S646HGSGSDGSSTRTGHG
Site 77S647GSGSDGSSTRTGHGP
Site 78T648SGSDGSSTRTGHGPL
Site 79T650SDGSSTRTGHGPLPV
Site 80T673RALFVRLTQRYQEDE
Site 81Y676FVRLTQRYQEDEEQT
Site 82S684QEDEEQTSTQPHRAP
Site 83T685EDEEQTSTQPHRAPS
Site 84S692TQPHRAPSKEEDDTV
Site 85T698PSKEEDDTVNWYSSS
Site 86Y702EDDTVNWYSSSEEEE
Site 87S703DDTVNWYSSSEEEEG
Site 88S704DTVNWYSSSEEEEGS
Site 89S705TVNWYSSSEEEEGSS
Site 90S711SSEEEEGSSVKSILK
Site 91S712SEEEEGSSVKSILKT
Site 92S715EEGSSVKSILKTLQK
Site 93T719SVKSILKTLQKQTET
Site 94S734LRNQQQPSTELSTPT
Site 95T735RNQQQPSTELSTPTD
Site 96S738QQPSTELSTPTDPRL
Site 97T739QPSTELSTPTDPRLA
Site 98S750PRLAKEKSKGNQVVD
Site 99T762VVDPRLRTIPRQDIR
Site 100S772RQDIRKPSESAPLDL
Site 101S774DIRKPSESAPLDLRL
Site 102S793RKLRGNGSGHIGSSV
Site 103S798NGSGHIGSSVGGAKF
Site 104S799GSGHIGSSVGGAKFD
Site 105T828GDDDDEDTERELREK
Site 106S854IMLQDPRSQLRQFSH
Site 107S860RSQLRQFSHIKMDIT
Site 108T867SHIKMDITLTKPNFA
Site 109T869IKMDITLTKPNFAKH
Site 110S896LPKPDPVSSINLPLP
Site 111S897PKPDPVSSINLPLPP
Site 112S919NRLWNTKSDLHQNTV
Site 113T925KSDLHQNTVSIDPKL
Site 114S927DLHQNTVSIDPKLAA
Site 115Y946NTTNREGYLEQFGDS
Site 116T979RLHRLPNTESHQVVM
Site 117S981HRLPNTESHQVVMKD
Site 118S989HQVVMKDSHASKGAP
Site 119S1001GAPHLPRSNPGSSQP
Site 120S1005LPRSNPGSSQPSGAG
Site 121S1006PRSNPGSSQPSGAGT
Site 122S1009NPGSSQPSGAGTSNS
Site 123T1013SQPSGAGTSNSGSGA
Site 124S1014QPSGAGTSNSGSGAL
Site 125S1016SGAGTSNSGSGALPP
Site 126S1018AGTSNSGSGALPPYA
Site 127Y1024GSGALPPYAPKLSSS
Site 128S1029PPYAPKLSSSAGLPL
Site 129S1030PYAPKLSSSAGLPLG
Site 130S1031YAPKLSSSAGLPLGT
Site 131Y1049VLSGISLYDPRDHGS
Site 132S1056YDPRDHGSSSTSELA
Site 133S1057DPRDHGSSSTSELAT
Site 134S1058PRDHGSSSTSELATA
Site 135S1060DHGSSSTSELATASS
Site 136T1064SSTSELATASSGENS
Site 137S1067SELATASSGENSKNQ
Site 138S1071TASSGENSKNQKKSG
Site 139S1077NSKNQKKSGGLKSSD
Site 140S1082KKSGGLKSSDKTEPS
Site 141S1083KSGGLKSSDKTEPSP
Site 142T1086GLKSSDKTEPSPGEA
Site 143S1089SSDKTEPSPGEAILP
Site 144S1120PQADVPRSSGKVQVP
Site 145S1121QADVPRSSGKVQVPA
Site 146Y1145TGLIRPQYSDPRQAR
Site 147S1146GLIRPQYSDPRQARQ
Site 148S1158ARQPGQGSPTPDNDP
Site 149T1160QPGQGSPTPDNDPGR
Site 150T1169DNDPGRETDDKSLKE
Site 151S1173GRETDDKSLKEVFKT
Site 152T1180SLKEVFKTFDPTASP
Site 153S1186KTFDPTASPFC____
 
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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