PhosphoNET

           
Protein Info 
   
Short Name:  ANAPC1
Full Name:  Anaphase-promoting complex subunit 1
Alias:  Anaphase promoting complex subunit 1; ANC1; APC1; Cyclosome subunit 1; MCPR; Mitotic checkpoint regulator; Protein Tsg24; TSG24
Type:  Ubiquitin conjugating protein, cell cycle regulation
Mass (Da):  216500
Number AA:  1944
UniProt ID:  Q9H1A4
International Prot ID:  IPI00033907
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005680  GO:0005829  GO:0005654 Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0031145  GO:0051301  GO:0007067 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 1T10NFYEERTTMIAARDL
Site 2S46LRQLQPASELWSSDG
Site 3S50QPASELWSSDGAAGL
Site 4S51PASELWSSDGAAGLV
Site 5S60GAAGLVGSLQEVTIH
Site 6T65VGSLQEVTIHEKQKE
Site 7Y89EIGEDVDYDEELYVA
Site 8S103AGNMVIWSKGSKSQA
Site 9S108IWSKGSKSQALAVYK
Site 10T118LAVYKAFTVDSPVQQ
Site 11S121YKAFTVDSPVQQALW
Site 12S138FIISQDKSEKAYSSN
Site 13Y142QDKSEKAYSSNEVEK
Site 14S143DKSEKAYSSNEVEKC
Site 15S144KSEKAYSSNEVEKCI
Site 16Y169HSIEGKDYIASLPFQ
Site 17S172EGKDYIASLPFQVAN
Site 18Y185ANVWPTKYGLLFERS
Site 19S192YGLLFERSASSHEVP
Site 20S194LLFERSASSHEVPPG
Site 21S195LFERSASSHEVPPGS
Site 22S202SHEVPPGSPREPLPT
Site 23T209SPREPLPTMFSMLHP
Site 24S212EPLPTMFSMLHPLDE
Site 25S233KSGSLFGSSRVQYVV
Site 26Y238FGSSRVQYVVDHAMK
Site 27Y259DPSIVMTYDAVQNVH
Site 28T270QNVHSVWTLRRVKSE
Site 29S276WTLRRVKSEEENVVL
Site 30S286ENVVLKFSEQGGTPQ
Site 31T291KFSEQGGTPQNVATS
Site 32S299PQNVATSSSLTAHLR
Site 33S300QNVATSSSLTAHLRS
Site 34S307SLTAHLRSLSKGDSP
Site 35S309TAHLRSLSKGDSPVT
Site 36S313RSLSKGDSPVTSPFQ
Site 37T316SKGDSPVTSPFQNYS
Site 38S317KGDSPVTSPFQNYSS
Site 39S323TSPFQNYSSIHSQSR
Site 40S324SPFQNYSSIHSQSRS
Site 41S327QNYSSIHSQSRSTSS
Site 42S329YSSIHSQSRSTSSPS
Site 43S331SIHSQSRSTSSPSLH
Site 44T332IHSQSRSTSSPSLHS
Site 45S333HSQSRSTSSPSLHSR
Site 46S334SQSRSTSSPSLHSRS
Site 47S336SRSTSSPSLHSRSPS
Site 48S339TSSPSLHSRSPSISN
Site 49S341SPSLHSRSPSISNMA
Site 50S343SLHSRSPSISNMAAL
Site 51S345HSRSPSISNMAALSR
Site 52S351ISNMAALSRAHSPAL
Site 53S355AALSRAHSPALGVHS
Site 54S362SPALGVHSFSGVQRF
Site 55S364ALGVHSFSGVQRFNI
Site 56S372GVQRFNISSHNQSPK
Site 57S373VQRFNISSHNQSPKR
Site 58S377NISSHNQSPKRHSIS
Site 59S382NQSPKRHSISHSPNS
Site 60S384SPKRHSISHSPNSNS
Site 61S386KRHSISHSPNSNSNG
Site 62S389SISHSPNSNSNGSFL
Site 63S391SHSPNSNSNGSFLAP
Site 64S394PNSNSNGSFLAPETE
Site 65S425TNIREKNSQASKVFI
Site 66T464FQESNDKTQLIFGSV
Site 67S518IPGLPAPSLTMSNTM
Site 68T520GLPAPSLTMSNTMPR
Site 69S522PAPSLTMSNTMPRPS
Site 70T524PSLTMSNTMPRPSTP
Site 71S529SNTMPRPSTPLDGVS
Site 72T530NTMPRPSTPLDGVST
Site 73S536STPLDGVSTPKPLSK
Site 74T537TPLDGVSTPKPLSKL
Site 75S542VSTPKPLSKLLGSLD
Site 76S547PLSKLLGSLDEVVLL
Site 77S555LDEVVLLSPVPELRD
Site 78S563PVPELRDSSKLHDSL
Site 79S564VPELRDSSKLHDSLY
Site 80S569DSSKLHDSLYNEDCT
Site 81Y571SKLHDSLYNEDCTFQ
Site 82T596DPVHNRVTLELSNGS
Site 83S600NRVTLELSNGSMVRI
Site 84Y642VQMLVKWYNVHSAPG
Site 85S652HSAPGGPSYHSEWNL
Site 86Y653SAPGGPSYHSEWNLF
Site 87S686RNFDFEGSLSPVIAP
Site 88S688FDFEGSLSPVIAPKK
Site 89S699APKKARPSETGSDDD
Site 90T701KKARPSETGSDDDWE
Site 91S703ARPSETGSDDDWEYL
Site 92Y709GSDDDWEYLLNSDYH
Site 93S713DWEYLLNSDYHQNVE
Site 94Y715EYLLNSDYHQNVESH
Site 95S727ESHLLNRSLCLSPSE
Site 96S731LNRSLCLSPSEASQM
Site 97S733RSLCLSPSEASQMKD
Site 98S744QMKDEDFSQNLSLDS
Site 99S748EDFSQNLSLDSSTLL
Site 100Y802RDLKLGPYVDHYYRD
Site 101Y806LGPYVDHYYRDYPTL
Site 102Y807GPYVDHYYRDYPTLV
Site 103Y810VDHYYRDYPTLVRTT
Site 104T812HYYRDYPTLVRTTGQ
Site 105T822RTTGQVCTIDPGQTG
Site 106S835TGFMHHPSFFTSEPP
Site 107T838MHHPSFFTSEPPSIY
Site 108S839HHPSFFTSEPPSIYQ
Site 109S843FFTSEPPSIYQWVSS
Site 110Y845TSEPPSIYQWVSSCL
Site 111S849PSIYQWVSSCLKGEG
Site 112Y860KGEGMPPYPYLPGIC
Site 113Y862EGMPPYPYLPGICER
Site 114S876RSRLVVLSIALYILG
Site 115S886LYILGDESLVSDESS
Site 116S889LGDESLVSDESSQYL
Site 117S892ESLVSDESSQYLTRI
Site 118S893SLVSDESSQYLTRIT
Site 119Y895VSDESSQYLTRITIA
Site 120T897DESSQYLTRITIAPQ
Site 121T900SQYLTRITIAPQKLQ
Site 122S916EQEENRFSFRHSTSV
Site 123S920NRFSFRHSTSVSSLA
Site 124T921RFSFRHSTSVSSLAE
Site 125S922FSFRHSTSVSSLAER
Site 126S924FRHSTSVSSLAERLV
Site 127S925RHSTSVSSLAERLVV
Site 128Y960LPIRDAIYHCREQPA
Site 129S984LIGRQDLSKQACEGN
Site 130S997GNLPKGKSVLSSDVP
Site 131S1000PKGKSVLSSDVPSGT
Site 132S1001KGKSVLSSDVPSGTE
Site 133S1005VLSSDVPSGTETEEE
Site 134T1009DVPSGTETEEEDDGM
Site 135S1029EVMSLIWSEDLRVQD
Site 136S1043DVRRLLQSAHPVRVN
Site 137Y1054VRVNVVQYPELSDHE
Site 138S1058VVQYPELSDHEFIEE
Site 139S1091RGMFTLFSYHPVPTE
Site 140Y1092GMFTLFSYHPVPTEP
Site 141T1108PIPKLNLTGRAPPRN
Site 142T1116GRAPPRNTTVDLNSG
Site 143T1117RAPPRNTTVDLNSGN
Site 144Y1160IDSAWIVYNKPKHAE
Site 145Y1196ATLNIHDYLTKGHEM
Site 146T1198LNIHDYLTKGHEMTS
Site 147S1240PALLPPTSTELDVPH
Site 148T1241ALLPPTSTELDVPHN
Site 149T1264IGLVYQGTAHRHTAE
Site 150T1269QGTAHRHTAEVLLAE
Site 151Y1287PPGPEMEYCTDRESY
Site 152T1289GPEMEYCTDRESYSL
Site 153S1293EYCTDRESYSLAAGL
Site 154Y1294YCTDRESYSLAAGLA
Site 155S1317GSNLIGMSDLNVPEQ
Site 156Y1326LNVPEQLYQYMVGGH
Site 157Y1328VPEQLYQYMVGGHRR
Site 158T1338GGHRRFQTGMHREKH
Site 159S1347MHREKHKSPSYQIKE
Site 160S1349REKHKSPSYQIKEGD
Site 161Y1350EKHKSPSYQIKEGDT
Site 162T1378LAMIYLKTNNRSIAD
Site 163S1428PNSKWVDSNVPQIIR
Site 164S1438PQIIRENSISLSEIE
Site 165S1442RENSISLSEIELPCS
Site 166S1449SEIELPCSEDLNLET
Site 167T1456SEDLNLETLSQAHVY
Site 168S1483FAGSENLSAFNCLHK
Site 169T1497KFAKDFMTYLSAPNA
Site 170S1500KDFMTYLSAPNASVT
Site 171Y1552KTGGEMNYGFHLAHH
Site 172Y1572LFLGGGRYSLSTSNS
Site 173S1573FLGGGRYSLSTSNSS
Site 174S1575GGGRYSLSTSNSSIA
Site 175T1576GGRYSLSTSNSSIAA
Site 176S1577GRYSLSTSNSSIAAL
Site 177Y1601AHSTDNRYHLQALRH
Site 178Y1610LQALRHLYVLAAEPR
Site 179T1628PVDVDTNTPCYALLE
Site 180Y1638YALLEVTYKGTQWYE
Site 181S1681WELLIDLSKGTQHLK
Site 182S1689KGTQHLKSILSKDGV
Site 183Y1698LSKDGVLYVKLRAGQ
Site 184S1707KLRAGQLSYKEDPMG
Site 185S1717EDPMGWQSLLAQTVA
Site 186S1728QTVANRNSEARAFKP
Site 187T1737ARAFKPETISAFTSD
Site 188S1739AFKPETISAFTSDPA
Site 189T1783YECVTQETPEMLPAY
Site 190S1806RLGRREMSETSELWQ
Site 191T1808GRREMSETSELWQIK
Site 192S1823LVLEFFSSRSHQERL
Site 193S1825LEFFSSRSHQERLQN
Site 194Y1871GDMCVHAYLSGQPLE
Site 195S1873MCVHAYLSGQPLEES
Site 196S1880SGQPLEESQLSMLAC
 
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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