PhosphoNET

           
Protein Info 
   
Short Name:  Per3
Full Name:  Period circadian protein homolog 3
Alias:  GIG13; Growth-inhibiting 13; Period 3; Period circadian 3
Type:  Cytoplasm, Nucleus protein
Mass (Da):  131872
Number AA:  1201
UniProt ID:  P56645
International Prot ID:  IPI00010692
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0004871     PhosphoSite+ KinaseNET
Biological Process:  GO:0006355  GO:0048511  GO:0007165 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 1S23DEALGEESGERWSPE
Site 2S28EESGERWSPEFHLQR
Site 3S40LQRKLADSSHSEQQD
Site 4S52QQDRNRVSEELIMVV
Site 5Y65VVQEMKKYFPSERRN
Site 6S68EMKKYFPSERRNKPS
Site 7S75SERRNKPSTLDALNY
Site 8T76ERRNKPSTLDALNYA
Site 9S89YALRCVHSVQANSEF
Site 10S101SEFFQILSQNGAPQA
Site 11S111GAPQADVSMYSLEEL
Site 12T120YSLEELATIASEHTS
Site 13S123EELATIASEHTSKNT
Site 14S127TIASEHTSKNTDTFV
Site 15T132HTSKNTDTFVAVFSF
Site 16Y180PQDMRVFYAHTARAQ
Site 17S226RKQEKCHSPFRIIPY
Site 18T253ESEPCCLTVVEKIHS
Site 19S260TVVEKIHSGYEAPRI
Site 20Y262VEKIHSGYEAPRIPV
Site 21T275PVNKRIFTTTHTPGC
Site 22T277NKRIFTTTHTPGCVF
Site 23S309LIGTSILSYLHPEDR
Site 24Y310IGTSILSYLHPEDRS
Site 25S317YLHPEDRSLMVAIHQ
Site 26Y329IHQKVLKYAGHPPFE
Site 27S338GHPPFEHSPIRFCTQ
Site 28T344HSPIRFCTQNGDYII
Site 29Y349FCTQNGDYIILDSSW
Site 30S354GDYIILDSSWSSFVN
Site 31S355DYIILDSSWSSFVNP
Site 32S357IILDSSWSSFVNPWS
Site 33S358ILDSSWSSFVNPWSR
Site 34S368NPWSRKISFIIGRHK
Site 35T378IGRHKVRTSPLNEDV
Site 36S379GRHKVRTSPLNEDVF
Site 37T388LNEDVFATKIKKMND
Site 38T401NDNDKDITELQEQIY
Site 39Y408TELQEQIYKLLLQPV
Site 40S420QPVHVSVSSGYGSLG
Site 41Y423HVSVSSGYGSLGSSG
Site 42S425SVSSGYGSLGSSGSQ
Site 43S428SGYGSLGSSGSQEQL
Site 44S429GYGSLGSSGSQEQLV
Site 45S431GSLGSSGSQEQLVSI
Site 46S437GSQEQLVSIASSSEA
Site 47S440EQLVSIASSSEASGH
Site 48S441QLVSIASSSEASGHR
Site 49S445IASSSEASGHRVEET
Site 50Y463QMTLQQVYASVNKIK
Site 51Y477KNLGQQLYIESMTKS
Site 52S480GQQLYIESMTKSSFK
Site 53S484YIESMTKSSFKPVTG
Site 54S485IESMTKSSFKPVTGT
Site 55T490KSSFKPVTGTRTEPN
Site 56T504NGGGECKTFTSFHQT
Site 57T511TFTSFHQTLKNNSVY
Site 58Y518TLKNNSVYTEPCEDL
Site 59S531DLRNDEHSPSYQQIN
Site 60Y534NDEHSPSYQQINCID
Site 61S549SVIRYLKSYNIPALK
Site 62Y550VIRYLKSYNIPALKR
Site 63S561ALKRKCISCTNTTSS
Site 64T563KRKCISCTNTTSSSS
Site 65T565KCISCTNTTSSSSEE
Site 66S567ISCTNTTSSSSEEDK
Site 67S568SCTNTTSSSSEEDKQ
Site 68S570TNTTSSSSEEDKQNH
Site 69S597QIPAIPKSEMPTNGR
Site 70T601IPKSEMPTNGRSIDT
Site 71S605EMPTNGRSIDTGGGA
Site 72S628LSLGSGISQCGYSST
Site 73T635SQCGYSSTIVHVPPP
Site 74T644VHVPPPETARDATLF
Site 75T649PETARDATLFCEPWT
Site 76T665NMQPAPLTSEEFKHV
Site 77S666MQPAPLTSEEFKHVG
Site 78Y690TQKEEQNYVDKFREK
Site 79S700KFREKILSSPYSSYL
Site 80S701FREKILSSPYSSYLQ
Site 81S704KILSSPYSSYLQQES
Site 82S705ILSSPYSSYLQQESR
Site 83Y706LSSPYSSYLQQESRS
Site 84S711SSYLQQESRSKAKYS
Site 85Y717ESRSKAKYSYFQGDS
Site 86S718SRSKAKYSYFQGDST
Site 87Y719RSKAKYSYFQGDSTS
Site 88S724YSYFQGDSTSKQTRS
Site 89S726YFQGDSTSKQTRSAG
Site 90S750KLPEPPDSSSSNTGS
Site 91S751LPEPPDSSSSNTGSG
Site 92S752PEPPDSSSSNTGSGP
Site 93S753EPPDSSSSNTGSGPR
Site 94T755PDSSSSNTGSGPRRG
Site 95S757SSSSNTGSGPRRGAH
Site 96S773NAQPCCPSAASSPHT
Site 97S776PCCPSAASSPHTSSP
Site 98S777CCPSAASSPHTSSPT
Site 99T780SAASSPHTSSPTFPP
Site 100S781AASSPHTSSPTFPPA
Site 101S782ASSPHTSSPTFPPAA
Site 102T784SPHTSSPTFPPAAMV
Site 103S809FPLPAATSPGREYAA
Site 104Y814ATSPGREYAAPGTAP
Site 105T819REYAAPGTAPEGLHG
Site 106S830GLHGPPLSEGLQPYP
Site 107Y836LSEGLQPYPAFPFPY
Site 108S882ASSAISPSMSSAMSP
Site 109S885AISPSMSSAMSPTLD
Site 110S888PSMSSAMSPTLDPPP
Site 111T890MSSAMSPTLDPPPSV
Site 112S896PTLDPPPSVTSQRRE
Site 113S899DPPPSVTSQRREEEK
Site 114T918SEGHPFITSRSSSPL
Site 115S919EGHPFITSRSSSPLQ
Site 116S921HPFITSRSSSPLQLN
Site 117S922PFITSRSSSPLQLNL
Site 118S923FITSRSSSPLQLNLL
Site 119S938QEEMPRPSESPDQMR
Site 120S940EMPRPSESPDQMRRN
Site 121T948PDQMRRNTCPQTEYC
Site 122Y954NTCPQTEYCVTGNNG
Site 123T957PQTEYCVTGNNGSES
Site 124S964TGNNGSESSPATTGA
Site 125S965GNNGSESSPATTGAL
Site 126T968GSESSPATTGALSTG
Site 127T969SESSPATTGALSTGS
Site 128S973PATTGALSTGSPPRE
Site 129S976TGALSTGSPPRENPS
Site 130S983SPPRENPSHPTASAL
Site 131S988NPSHPTASALSTGSP
Site 132S991HPTASALSTGSPPMK
Site 133T992PTASALSTGSPPMKN
Site 134S994ASALSTGSPPMKNPS
Site 135S1001SPPMKNPSHPTASAL
Site 136S1019SPPMKNPSHPTASTL
Site 137S1024NPSHPTASTLSMGLP
Site 138T1025PSHPTASTLSMGLPP
Site 139S1027HPTASTLSMGLPPSR
Site 140S1033LSMGLPPSRTPSHPT
Site 141T1035MGLPPSRTPSHPTAT
Site 142S1037LPPSRTPSHPTATVL
Site 143T1042TPSHPTATVLSTGSP
Site 144S1045HPTATVLSTGSPPSE
Site 145T1046PTATVLSTGSPPSES
Site 146S1048ATVLSTGSPPSESPS
Site 147S1051LSTGSPPSESPSRTG
Site 148S1053TGSPPSESPSRTGSA
Site 149S1055SPPSESPSRTGSAAS
Site 150T1057PSESPSRTGSAASGS
Site 151S1059ESPSRTGSAASGSSD
Site 152S1062SRTGSAASGSSDSSI
Site 153S1064TGSAASGSSDSSIYL
Site 154S1065GSAASGSSDSSIYLT
Site 155S1067AASGSSDSSIYLTSS
Site 156S1068ASGSSDSSIYLTSSV
Site 157Y1070GSSDSSIYLTSSVYS
Site 158T1072SDSSIYLTSSVYSSK
Site 159S1073DSSIYLTSSVYSSKI
Site 160S1074SSIYLTSSVYSSKIS
Site 161S1077YLTSSVYSSKISQNG
Site 162S1078LTSSVYSSKISQNGQ
Site 163S1081SVYSSKISQNGQQSQ
Site 164S1087ISQNGQQSQDVQKKE
Site 165T1111IWRMIRQTPERILMT
Site 166Y1119PERILMTYQVPERVK
Site 167S1139EDLEKLESMRQQQPQ
Site 168S1148RQQQPQFSHGQKEEL
Site 169T1168WIQSQTVTQEIDIQA
Site 170S1184VTCENEDSADGAATS
 
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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