PhosphoNET

           
Protein Info 
   
Short Name:  Cdc27
Full Name:  Cell division cycle protein 27 homolog
Alias:  CDC27Hs; H-NUC
Type:  Cell cycle protein
Mass (Da):  91867
Number AA:  824
UniProt ID:  P30260
International Prot ID:  IPI00294575
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005680  GO:0005813  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0031145  GO:0008283  GO:0007091 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 1Y32VFLAERLYAEVHSEE
Site 2Y49FLLATCYYRSGKAYK
Site 3Y55YYRSGKAYKAYRLLK
Site 4Y58SGKAYKAYRLLKGHS
Site 5S65YRLLKGHSCTTPQCK
Site 6T68LKGHSCTTPQCKYLL
Site 7S83AKCCVDLSKLAEGEQ
Site 8S93AEGEQILSGGVFNKQ
Site 9S102GVFNKQKSHDDIVTE
Site 10T108KSHDDIVTEFGDSAC
Site 11T128LGHVYCKTDRLAKGS
Site 12S135TDRLAKGSECYQKSL
Site 13S141GSECYQKSLSLNPFL
Site 14S143ECYQKSLSLNPFLWS
Site 15S150SLNPFLWSPFESLCE
Site 16S154FLWSPFESLCEIGEK
Site 17T167EKPDPDQTFKFTSLQ
Site 18S177FTSLQNFSNCLPNSC
Site 19S183FSNCLPNSCTTQVPN
Site 20T186CLPNSCTTQVPNHSL
Site 21S192TTQVPNHSLSHRQPE
Site 22S194QVPNHSLSHRQPETV
Site 23T200LSHRQPETVLTETPQ
Site 24T203RQPETVLTETPQDTI
Site 25T205PETVLTETPQDTIEL
Site 26T209LTETPQDTIELNRLN
Site 27S219LNRLNLESSNSKYSL
Site 28S220NRLNLESSNSKYSLN
Site 29S222LNLESSNSKYSLNTD
Site 30Y224LESSNSKYSLNTDSS
Site 31S225ESSNSKYSLNTDSSV
Site 32T228NSKYSLNTDSSVSYI
Site 33S231YSLNTDSSVSYIDSA
Site 34Y234NTDSSVSYIDSAVIS
Site 35S241YIDSAVISPDTVPLG
Site 36T244SAVISPDTVPLGTGT
Site 37S252VPLGTGTSILSKQVQ
Site 38S255GTGTSILSKQVQNKP
Site 39T264QVQNKPKTGRSLLGG
Site 40S267NKPKTGRSLLGGPAA
Site 41S276LGGPAALSPLTPSFG
Site 42T279PAALSPLTPSFGILP
Site 43T289FGILPLETPSPGDGS
Site 44S291ILPLETPSPGDGSYL
Site 45S296TPSPGDGSYLQNYTN
Site 46Y297PSPGDGSYLQNYTNT
Site 47Y301DGSYLQNYTNTPPVI
Site 48T302GSYLQNYTNTPPVID
Site 49T304YLQNYTNTPPVIDVP
Site 50S312PPVIDVPSTGAPSKK
Site 51T313PVIDVPSTGAPSKKS
Site 52S320TGAPSKKSVARIGQT
Site 53T327SVARIGQTGTKSVFS
Site 54T329ARIGQTGTKSVFSQS
Site 55S331IGQTGTKSVFSQSGN
Site 56S334TGTKSVFSQSGNSRE
Site 57S336TKSVFSQSGNSREVT
Site 58S339VFSQSGNSREVTPIL
Site 59T343SGNSREVTPILAQTQ
Site 60T349VTPILAQTQSSGPQT
Site 61S351PILAQTQSSGPQTST
Site 62T356TQSSGPQTSTTPQVL
Site 63S357QSSGPQTSTTPQVLS
Site 64T358SSGPQTSTTPQVLSP
Site 65T359SGPQTSTTPQVLSPT
Site 66S364STTPQVLSPTITSPP
Site 67T366TPQVLSPTITSPPNA
Site 68T368QVLSPTITSPPNALP
Site 69S369VLSPTITSPPNALPR
Site 70S378PNALPRRSSRLFTSD
Site 71S379NALPRRSSRLFTSDS
Site 72T383RRSSRLFTSDSSTTK
Site 73S384RSSRLFTSDSSTTKE
Site 74S386SRLFTSDSSTTKENS
Site 75S387RLFTSDSSTTKENSK
Site 76T388LFTSDSSTTKENSKK
Site 77T389FTSDSSTTKENSKKL
Site 78S393SSTTKENSKKLKMKF
Site 79T409PKIPNRKTKSKTNKG
Site 80S411IPNRKTKSKTNKGGI
Site 81S426TQPNINDSLEITKLD
Site 82T430INDSLEITKLDSSII
Site 83S434LEITKLDSSIISEGK
Site 84S435EITKLDSSIISEGKI
Site 85S438KLDSSIISEGKISTI
Site 86T444ISEGKISTITPQIQA
Site 87T446EGKISTITPQIQAFN
Site 88Y473LREMGKGYLALCSYN
Site 89S489KEAINILSHLPSHHY
Site 90S513GRAYFELSEYMQAER
Site 91Y515AYFELSEYMQAERIF
Site 92S523MQAERIFSEVRRIEN
Site 93Y531EVRRIENYRVEGMEI
Site 94Y539RVEGMEIYSTTLWHL
Site 95S553LQKDVALSVLSKDLT
Site 96T560SVLSKDLTDMDKNSP
Site 97S566LTDMDKNSPEAWCAA
Site 98S578CAAGNCFSLQREHDI
Site 99Y602QVDPNYAYAYTLLGH
Site 100Y635IRVNPRHYNAWYGLG
Site 101Y645WYGLGMIYYKQEKFS
Site 102Y646YGLGMIYYKQEKFSL
Site 103T691KSEKALDTLNKAIVI
Site 104S711LCKFHRASVLFANEK
Site 105S721FANEKYKSALQELEE
Site 106Y740VPKESLVYFLIGKVY
Site 107Y747YFLIGKVYKKLGQTH
Site 108Y783KEAIDKRYLPDDEEP
Site 109T792PDDEEPITQEEQIMG
Site 110S803QIMGTDESQESSMTD
Site 111S806GTDESQESSMTDADD
Site 112S807TDESQESSMTDADDT
Site 113T809ESQESSMTDADDTQL
Site 114T814SMTDADDTQLHAAES
Site 115S821TQLHAAESDEF____
 
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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