PhosphoNET

           
Protein Info 
   
Short Name:  Per2
Full Name:  Period circadian protein homolog 2
Alias:  Circadian clock protein PERIOD 2; HPER2; KIAA0347; Period 2; Period circadian protein 2
Type:  Transcription protein
Mass (Da):  136579
Number AA:  1255
UniProt ID:  O15055
International Prot ID:  IPI00004516
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004871   PhosphoSite+ KinaseNET
Biological Process:  GO:0007623  GO:0006355  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 1S12AEFPPSPSNPTKEPV
Site 2T15PPSPSNPTKEPVEPQ
Site 3S24EPVEPQPSQVPLQED
Site 4S35LQEDVDMSSGSSGHE
Site 5S36QEDVDMSSGSSGHET
Site 6S39VDMSSGSSGHETNEN
Site 7T43SGSSGHETNENCSTG
Site 8S48HETNENCSTGRDSQG
Site 9T49ETNENCSTGRDSQGS
Site 10S53NCSTGRDSQGSDCDD
Site 11S56TGRDSQGSDCDDSGK
Site 12S61QGSDCDDSGKELGML
Site 13S77EPPDARQSPDTFSLM
Site 14T80DARQSPDTFSLMMAK
Site 15S82RQSPDTFSLMMAKSE
Site 16S88FSLMMAKSEHNPSTS
Site 17S93AKSEHNPSTSGCSSD
Site 18T94KSEHNPSTSGCSSDQ
Site 19S95SEHNPSTSGCSSDQS
Site 20S99PSTSGCSSDQSSKVD
Site 21S102SGCSSDQSSKVDTHK
Site 22S103GCSSDQSSKVDTHKE
Site 23T107DQSSKVDTHKELIKT
Site 24T114THKELIKTLKELKVH
Site 25S133KKAKGKASTLATLKY
Site 26T137GKASTLATLKYALRS
Site 27Y140STLATLKYALRSVKQ
Site 28Y155VKANEEYYQLLMSSE
Site 29S160EYYQLLMSSEGHPCG
Site 30S172PCGADVPSYTVEEME
Site 31Y173CGADVPSYTVEEMES
Site 32T174GADVPSYTVEEMESV
Site 33S180YTVEEMESVTSEHIV
Site 34S223HCKRDAFSDAKFVEF
Site 35S241HDVGVFHSFTSPYKL
Site 36Y246FHSFTSPYKLPLWSM
Site 37S252PYKLPLWSMCSGADS
Site 38S259SMCSGADSFTQECME
Site 39T261CSGADSFTQECMEEK
Site 40S275KSFFCRVSVRKSHEN
Site 41S279CRVSVRKSHENEIRY
Site 42Y286SHENEIRYHPFRMTP
Site 43T292RYHPFRMTPYLVKVR
Site 44Y294HPFRMTPYLVKVRDQ
Site 45S306RDQQGAESQLCCLLL
Site 46S319LLAERVHSGYEAPRI
Site 47Y321AERVHSGYEAPRIPP
Site 48T334PPEKRIFTTTHTPNC
Site 49T336EKRIFTTTHTPNCLF
Site 50T338RIFTTTHTPNCLFQD
Site 51Y395SGGQPFDYSPIRFRA
Site 52S396GGQPFDYSPIRFRAR
Site 53T409ARNGEYITLDTSWSS
Site 54T412GEYITLDTSWSSFIN
Site 55S413EYITLDTSWSSFINP
Site 56S416TLDTSWSSFINPWSR
Site 57S426NPWSRKISFIIGRHK
Site 58T450VFAAHPCTEEKALHP
Site 59S477LLQPVPHSGSSGYGS
Site 60S479QPVPHSGSSGYGSLG
Site 61S480PVPHSGSSGYGSLGS
Site 62Y482PHSGSSGYGSLGSNG
Site 63S484SGSSGYGSLGSNGSH
Site 64S487SGYGSLGSNGSHEHL
Site 65S490GSLGSNGSHEHLMSQ
Site 66S496GSHEHLMSQTSSSDS
Site 67S499EHLMSQTSSSDSNGH
Site 68S500HLMSQTSSSDSNGHE
Site 69S501LMSQTSSSDSNGHED
Site 70S503SQTSSSDSNGHEDSR
Site 71S509DSNGHEDSRRRRAEI
Site 72S527GNKTKNRSHYSHESG
Site 73Y529KTKNRSHYSHESGEQ
Site 74S530TKNRSHYSHESGEQK
Site 75S533RSHYSHESGEQKKKS
Site 76S540SGEQKKKSVTEMQTN
Site 77T546KSVTEMQTNPPAEKK
Site 78S562VPAMEKDSLGVSFPE
Site 79S566EKDSLGVSFPEELAC
Site 80Y581KNQPTCSYQQISCLD
Site 81S589QQISCLDSVIRYLES
Site 82Y593CLDSVIRYLESCNEA
Site 83S619NVPALRSSDKRKATV
Site 84T625SSDKRKATVSPGPHA
Site 85S627DKRKATVSPGPHAGE
Site 86S639AGEAEPPSRVNSRTG
Site 87S643EPPSRVNSRTGVGTH
Site 88T645PSRVNSRTGVGTHLT
Site 89T649NSRTGVGTHLTSLAL
Site 90S662ALPGKAESVASLTSQ
Site 91S665GKAESVASLTSQCSY
Site 92T667AESVASLTSQCSYSS
Site 93S668ESVASLTSQCSYSST
Site 94S671ASLTSQCSYSSTIVH
Site 95T675SQCSYSSTIVHVGDK
Site 96S696EMVEDAASGPESLDC
Site 97S700DAASGPESLDCLAGP
Site 98S714PALACGLSQEKEPFK
Site 99S740HTQKEEQSFLQKFKE
Site 100Y760IFQSHCHYYLQERSK
Site 101Y761FQSHCHYYLQERSKG
Site 102S771ERSKGQPSERTAPGL
Site 103T774KGQPSERTAPGLRNT
Site 104T781TAPGLRNTSGIDSPW
Site 105S782APGLRNTSGIDSPWK
Site 106S786RNTSGIDSPWKKTGK
Site 107S799GKNRKLKSKRVKPRD
Site 108S807KRVKPRDSSESTGSG
Site 109S808RVKPRDSSESTGSGG
Site 110S810KPRDSSESTGSGGPV
Site 111T811PRDSSESTGSGGPVS
Site 112S813DSSESTGSGGPVSAR
Site 113S818TGSGGPVSARPPLVG
Site 114S832GLNATAWSPSDTSQS
Site 115S834NATAWSPSDTSQSSC
Site 116T836TAWSPSDTSQSSCPA
Site 117S837AWSPSDTSQSSCPAV
Site 118S839SPSDTSQSSCPAVPF
Site 119S840PSDTSQSSCPAVPFP
Site 120T864PVFPAPGTVAAPPAP
Site 121S912AFMLPSYSFPSGTPN
Site 122S915LPSYSFPSGTPNLPQ
Site 123T917SYSFPSGTPNLPQAF
Site 124S927LPQAFFPSQPQFPSH
Site 125S933PSQPQFPSHPTLTSE
Site 126S939PSHPTLTSEMASASQ
Site 127S943TLTSEMASASQPEFP
Site 128S945TSEMASASQPEFPSR
Site 129S951ASQPEFPSRTSIPRQ
Site 130S954PEFPSRTSIPRQPCA
Site 131T965QPCACPATRATPPSA
Site 132T968ACPATRATPPSAMGR
Site 133S971ATRATPPSAMGRASP
Site 134S977PSAMGRASPPLFQSR
Site 135S983ASPPLFQSRSSSPLQ
Site 136S985PPLFQSRSSSPLQLN
Site 137S986PLFQSRSSSPLQLNL
Site 138S987LFQSRSSSPLQLNLL
Site 139T1004EEAPEGGTGAMGTTG
Site 140T1026GADCKPGTSRDQQPK
Site 141T1037QQPKAPLTRDEPSDT
Site 142S1042PLTRDEPSDTQNSDA
Site 143T1044TRDEPSDTQNSDALS
Site 144S1047EPSDTQNSDALSTSS
Site 145S1051TQNSDALSTSSGLLN
Site 146S1069NEDLCSASGSAASES
Site 147S1071DLCSASGSAASESLG
Site 148S1074SASGSAASESLGSGS
Site 149S1076SGSAASESLGSGSLG
Site 150S1081SESLGSGSLGCDASP
Site 151S1087GSLGCDASPSGAGSS
Site 152S1089LGCDASPSGAGSSDT
Site 153S1093ASPSGAGSSDTSHTS
Site 154S1094SPSGAGSSDTSHTSK
Site 155T1096SGAGSSDTSHTSKYF
Site 156S1097GAGSSDTSHTSKYFG
Site 157S1100SSDTSHTSKYFGSID
Site 158Y1102DTSHTSKYFGSIDSS
Site 159S1105HTSKYFGSIDSSENN
Site 160S1108KYFGSIDSSENNHKA
Site 161S1109YFGSIDSSENNHKAK
Site 162T1150ADSSVMMTYQLPSRN
Site 163Y1151DSSVMMTYQLPSRNL
Site 164T1180QKLQPRFTESQKQEL
Site 165S1182LQPRFTESQKQELRE
Site 166Y1223KGNICIPYEEDIPSL
Site 167S1229PYEEDIPSLGLSEVS
Site 168S1233DIPSLGLSEVSDTKE
Site 169S1236SLGLSEVSDTKEDEN
Site 170T1238GLSEVSDTKEDENGS
Site 171S1245TKEDENGSPLNHRIE
 
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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