PhosphoNET

           
Protein Info 
   
Short Name:  PCF11
Full Name:  Pre-mRNA cleavage complex 2 protein Pcf11
Alias:  KIAA0824; PCF11, cleavage and polyadenylation factor subunit,; PCFB; Pre-mRNA cleavage complex II protein Pcf11
Type:  Enzyme, misc.
Mass (Da):  173050
Number AA:  1555
UniProt ID:  O94913
International Prot ID:  IPI00016387
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005849     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006379  GO:0000398   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 1T5___MSEQTPAEAGAA
Site 2Y22REDACRDYQSSLEDL
Site 3S25ACRDYQSSLEDLTFN
Site 4T30QSSLEDLTFNSKPHI
Site 5S33LEDLTFNSKPHINML
Site 6S68QTAKAPSSEKLPVMY
Site 7Y88VKNVGREYLTAFTKN
Site 8S114VDENTRKSLFKLRST
Site 9S120KSLFKLRSTWDEIFP
Site 10T121SLFKLRSTWDEIFPL
Site 11S140ALDVRVNSLDPAWPI
Site 12S158PPNVNTSSIHVNPKF
Site 13S169NPKFLNKSPEEPSTP
Site 14S174NKSPEEPSTPGTVVS
Site 15T175KSPEEPSTPGTVVSS
Site 16T178EEPSTPGTVVSSPSI
Site 17S181STPGTVVSSPSISTP
Site 18S182TPGTVVSSPSISTPP
Site 19S184GTVVSSPSISTPPIV
Site 20S186VVSSPSISTPPIVPD
Site 21T187VSSPSISTPPIVPDI
Site 22T199PDIQKNLTQEQLIRQ
Site 23S239AQLAVSLSVQQETSN
Site 24S245LSVQQETSNLGPGSA
Site 25S251TSNLGPGSAPSKLHV
Site 26S254LGPGSAPSKLHVSQI
Site 27S276PHQVPVQSEKSRPGP
Site 28S279VPVQSEKSRPGPSLQ
Site 29S303DPRLNRISQHSHGKD
Site 30S306LNRISQHSHGKDQSH
Site 31S312HSHGKDQSHRKEFLM
Site 32T321RKEFLMNTLNQSDTK
Site 33T327NTLNQSDTKTSKTIP
Site 34T329LNQSDTKTSKTIPSE
Site 35T332SDTKTSKTIPSEKLN
Site 36S335KTSKTIPSEKLNSSK
Site 37S340IPSEKLNSSKQEKSK
Site 38S341PSEKLNSSKQEKSKS
Site 39S346NSSKQEKSKSGEKIT
Site 40S348SKQEKSKSGEKITKK
Site 41S362KELDQLDSKSKSKSK
Site 42S364LDQLDSKSKSKSKSP
Site 43S366QLDSKSKSKSKSPSP
Site 44S368DSKSKSKSKSPSPLK
Site 45S370KSKSKSKSPSPLKNK
Site 46S372KSKSKSPSPLKNKLS
Site 47S379SPLKNKLSHTKDLKN
Site 48S389KDLKNQESESMRLSD
Site 49S391LKNQESESMRLSDMN
Site 50S395ESESMRLSDMNKRDP
Site 51T412KKHLQDKTDGKDDDV
Site 52T425DVKEKRKTAEKKDKD
Site 53S437DKDEHMKSSEHRLAG
Site 54S445SEHRLAGSRNKIING
Site 55T459GIVQKQDTITEESEK
Site 56T461VQKQDTITEESEKQG
Site 57T469EESEKQGTKPGRSST
Site 58S474QGTKPGRSSTRKRSR
Site 59S475GTKPGRSSTRKRSRS
Site 60T476TKPGRSSTRKRSRSR
Site 61S480RSSTRKRSRSRSPKS
Site 62S482STRKRSRSRSPKSRS
Site 63S484RKRSRSRSPKSRSPI
Site 64S487SRSRSPKSRSPIIHS
Site 65S489SRSPKSRSPIIHSPK
Site 66S494ESESMRLSDMNKRDP
Site 67S502PKRRDRRSPKRRQRS
Site 68S509SPKRRQRSMSPTSTP
Site 69S511KRRQRSMSPTSTPKA
Site 70T513RQRSMSPTSTPKAGK
Site 71S514QRSMSPTSTPKAGKI
Site 72T515RSMSPTSTPKAGKIR
Site 73S524KAGKIRQSGAKQSHM
Site 74S529RQSGAKQSHMEEFTP
Site 75T535QSHMEEFTPPSREDR
Site 76S538MEEFTPPSREDRNAK
Site 77S547EDRNAKRSTKQDIRD
Site 78T548DRNAKRSTKQDIRDP
Site 79T561DPRRMKKTEEERPQE
Site 80T570EERPQETTNQHSTKS
Site 81S593SRSPIIHSPKRRDRR
Site 82S599KSAKRWKSGWEENKS
Site 83S606SGWEENKSLQQVDEH
Site 84S614LQQVDEHSKPPHLRH
Site 85S624PHLRHRESWSSTKGI
Site 86S626LRHRESWSSTKGILS
Site 87S627RHRESWSSTKGILSP
Site 88T628HRESWSSTKGILSPR
Site 89S633SSTKGILSPRAPKQQ
Site 90S645KQQQHRLSVDANLQI
Site 91T657LQIPKELTLASKREL
Site 92S660PKELTLASKRELLQK
Site 93T668KRELLQKTSERLASG
Site 94S669RELLQKTSERLASGE
Site 95S674KTSERLASGEITQDD
Site 96Y695QIRQLFQYQEGVREE
Site 97S705GVREEQRSPFNDRFP
Site 98Y718FPLKRPRYEDSDKPF
Site 99S721KRPRYEDSDKPFVDS
Site 100S728SDKPFVDSPASRFAG
Site 101S731PFVDSPASRFAGLDT
Site 102T738SRFAGLDTNQRLTAL
Site 103T743LDTNQRLTALAEDRP
Site 104S756RPLFDGPSRPSVARD
Site 105S759FDGPSRPSVARDGPT
Site 106T766SVARDGPTKMIFEGP
Site 107S777FEGPNKLSPRIDGPP
Site 108T785PRIDGPPTPASLRFD
Site 109S788DGPPTPASLRFDGSP
Site 110S794ASLRFDGSPGQMGGG
Site 111T830GPPGPVGTPLRFEGP
Site 112S851GGFRFEGSPGLRFEG
Site 113S859PGLRFEGSPGGLRFE
Site 114S963FEGPHGQSVAGLRFE
Site 115S1012GMRFEGPSVPGGGLR
Site 116S1047DGQPGQPSLLPRFDG
Site 117T1066PGPRFERTPGQPGPQ
Site 118T1114IPLGLQGTRFDNHPS
Site 119S1121TRFDNHPSQRLESVS
Site 120S1126HPSQRLESVSFNQTG
Site 121S1128SQRLESVSFNQTGPY
Site 122T1132ESVSFNQTGPYNDPP
Site 123Y1135SFNQTGPYNDPPGNA
Site 124S1147GNAFNAPSQGLQFQR
Site 125S1161RHEQIFDSPQGPNFN
Site 126S1177PHGPGNQSFSNPLNR
Site 127S1179GPGNQSFSNPLNRAS
Site 128S1186SNPLNRASGHYFDEK
Site 129Y1189LNRASGHYFDEKNLQ
Site 130S1198DEKNLQSSQFGNFGN
Site 131Y1259SGALPKAYPDNHLSQ
Site 132S1265AYPDNHLSQVDVNEL
Site 133S1285KTGILKLSQTDSATT
Site 134T1287GILKLSQTDSATTQV
Site 135S1289LKLSQTDSATTQVSE
Site 136T1291LSQTDSATTQVSEVT
Site 137T1319DQDVPDLTNFTVEEL
Site 138T1322VPDLTNFTVEELKQR
Site 139Y1330VEELKQRYDSVINRL
Site 140S1332ELKQRYDSVINRLYT
Site 141Y1338DSVINRLYTGIQCYS
Site 142T1352SCGMRFTTSQTDVYA
Site 143Y1358TTSQTDVYADHLDWH
Site 144Y1366ADHLDWHYRQNRTEK
Site 145S1376NRTEKDVSRKVTHRR
Site 146T1380KDVSRKVTHRRWYYS
Site 147S1406DLEERAKSQFFEKVH
Site 148T1420HEEVVLKTQEAAKEK
Site 149S1431AKEKEFQSVPAGPAG
Site 150S1442GPAGAVESCEICQEQ
Site 151Y1479KIYHPSCYEDYQNTS
Site 152Y1482HPSCYEDYQNTSSFD
Site 153T1485CYEDYQNTSSFDCTP
Site 154S1487EDYQNTSSFDCTPSP
Site 155T1491NTSSFDCTPSPSKTP
Site 156S1493SSFDCTPSPSKTPVE
Site 157S1495FDCTPSPSKTPVENP
Site 158T1497CTPSPSKTPVENPLN
Site 159S1520ELQEPCDSPKVKEER
Site 160T1530VKEERIDTPPACTEE
Site 161S1538PPACTEESIATPSEI
Site 162T1541CTEESIATPSEIKTE
Site 163T1547ATPSEIKTENDTVES
Site 164T1551EIKTENDTVESV___
 
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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