PhosphoNET

           
Protein Info 
   
Short Name:  PDCD11
Full Name:  Protein RRP5 homolog
Alias:  ALG-4; KIAA0185; NFBP; NF-kappa-B-binding protein; Programmed cell death 11; Programmed cell death protein 11; RRP5; RRP5 protein
Type:  RNA binding protein
Mass (Da):  208701
Number AA:  1871
UniProt ID:  Q14690
International Prot ID:  IPI00400922
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005622  GO:0005634  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0003723  GO:0005488 PhosphoSite+ KinaseNET
Biological Process:  GO:0006139  GO:0006364  GO:0006396 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 1S7_MANLEESFPRGGTR
Site 2T13ESFPRGGTRKIHKPE
Site 3S36QDNLFDISTEEGSTK
Site 4T37DNLFDISTEEGSTKR
Site 5T42ISTEEGSTKRKKSQK
Site 6S47GSTKRKKSQKGPAKT
Site 7S64LKIEKRESSKSAREK
Site 8S65KIEKRESSKSAREKF
Site 9S67EKRESSKSAREKFEI
Site 10S76REKFEILSVESLCEG
Site 11Y119VTEICDAYTKKLNEQ
Site 12T159VVSSLGITDRGKKSV
Site 13S165ITDRGKKSVKLSLNP
Site 14S169GKKSVKLSLNPKNVN
Site 15S180KNVNRVLSAEALKPG
Site 16T193PGMLLTGTVSSLEDH
Site 17Y202SSLEDHGYLVDIGVD
Site 18Y223PLLKAQEYIRQKNKG
Site 19Y238AKLKVGQYLNCIVEK
Site 20S254KGNGGVVSLSVGHSE
Site 21T264VGHSEVSTAIATEQQ
Site 22T292KAQVQKVTPFGLTLN
Site 23Y321DPKKAGTYFSNQAVR
Site 24S323KKAGTYFSNQAVRAC
Site 25T357LQPGRPLTRLSCQNL
Site 26S360GRPLTRLSCQNLGAV
Site 27T383FFKKAGATFRLKDGV
Site 28S397VLAYARLSHLSDSKN
Site 29S400YARLSHLSDSKNVFN
Site 30S402RLSHLSDSKNVFNPE
Site 31Y424HKCRIIDYSQMDELA
Site 32S425KCRIIDYSQMDELAL
Site 33S438ALLSLRTSIIEAQYL
Site 34Y444TSIIEAQYLRYHDIE
Site 35Y447IEAQYLRYHDIEPGA
Site 36T459PGAVVKGTVLTIKSY
Site 37T462VVKGTVLTIKSYGML
Site 38T520EAKKLMMTLKKTLIE
Site 39S528LKKTLIESKLPVITC
Site 40Y536KLPVITCYADAKPGL
Site 41T545DAKPGLQTHGFIIRV
Site 42S575LVPKHELSTEYIPDP
Site 43Y587PDPERVFYTGQVVKV
Site 44S602VVLNCEPSKERMLLS
Site 45S609SKERMLLSFKLSSDP
Site 46S613MLLSFKLSSDPEPKK
Site 47S626KKEPAGHSQKKGKAI
Site 48T666NIRAFLPTSHLSDHV
Site 49T713RKPALVSTVEGGQDP
Site 50S724GQDPKNFSEIHPGML
Site 51S738LLIGFVKSIKDYGVF
Site 52Y742FVKSIKDYGVFIQFP
Site 53S768MSDKFVTSTSDHFVE
Site 54S770DKFVTSTSDHFVEGQ
Site 55S796EKQRMLLSLRLSDCG
Site 56S827EELQGVRSLMSNRDS
Site 57S830QGVRSLMSNRDSVLI
Site 58S861QEVLEDGSVVFSGGP
Site 59Y879LVLKASRYHRAGQEV
Site 60S926ARKLRKGSEHQAIVQ
Site 61S954TGHLAAFSLTSHLND
Site 62T962LTSHLNDTFRFDSEK
Site 63S967NDTFRFDSEKLQVGQ
Site 64T979VGQGVSLTLKTTEPG
Site 65T1002EGPAAKRTMRPTQKD
Site 66T1006AKRTMRPTQKDSETV
Site 67T1012PTQKDSETVDEDEEV
Site 68T1024EEVDPALTVGTIKKH
Site 69S1077DDVPEGTSPTTKLKV
Site 70T1089LKVGKTVTARVIGGR
Site 71T1100IGGRDMKTFKYLPIS
Site 72Y1103RDMKTFKYLPISHPR
Site 73S1107TFKYLPISHPRFVRT
Site 74T1114SHPRFVRTIPELSVR
Site 75S1119VRTIPELSVRPSELE
Site 76S1123PELSVRPSELEDGHT
Site 77T1130SELEDGHTALNTHSV
Site 78T1134DGHTALNTHSVSPME
Site 79S1136HTALNTHSVSPMEKI
Site 80S1138ALNTHSVSPMEKIKQ
Site 81Y1146PMEKIKQYQAGQTVT
Site 82T1206VGQALRATVVGPDSS
Site 83T1247VTPNEGLTVSFPFGK
Site 84S1249PNEGLTVSFPFGKIG
Site 85S1264TVSIFHMSDSYSETP
Site 86S1266SIFHMSDSYSETPLE
Site 87Y1267IFHMSDSYSETPLED
Site 88S1268FHMSDSYSETPLEDF
Site 89T1270MSDSYSETPLEDFVP
Site 90Y1284PQKVVRCYILSTADN
Site 91T1294STADNVLTLSLRSSR
Site 92S1296ADNVLTLSLRSSRTN
Site 93S1299VLTLSLRSSRTNPET
Site 94S1300LTLSLRSSRTNPETK
Site 95T1302LSLRSSRTNPETKSK
Site 96T1306SSRTNPETKSKVEDP
Site 97S1308RTNPETKSKVEDPEI
Site 98Y1330EGQLLRGYVGSIQPH
Site 99S1346VFFRLGPSVVGLARY
Site 100Y1353SVVGLARYSHVSQHS
Site 101S1354VVGLARYSHVSQHSP
Site 102S1357LARYSHVSQHSPSKK
Site 103S1360YSHVSQHSPSKKALY
Site 104S1362HVSQHSPSKKALYNK
Site 105Y1367SPSKKALYNKHLPEG
Site 106T1378LPEGKLLTARVLRLN
Site 107S1394QKNLVELSFLPGDTG
Site 108T1400LSFLPGDTGKPDVLS
Site 109S1407TGKPDVLSASLEGQL
Site 110S1409KPDVLSASLEGQLTK
Site 111T1415ASLEGQLTKQEERKT
Site 112T1422TKQEERKTEAEERDQ
Site 113S1454QEEVEMPSKEKQQPQ
Site 114S1476GGRECRESGSEQERV
Site 115S1478RECRESGSEQERVSK
Site 116S1484GSEQERVSKKPKKAG
Site 117S1493KPKKAGLSEEDDSLV
Site 118S1498GLSEEDDSLVDVYYR
Site 119Y1503DDSLVDVYYREGKEE
Site 120Y1504DSLVDVYYREGKEEA
Site 121T1514GKEEAEETNVLPKEK
Site 122S1534EAPRLQLSSGFAWNV
Site 123S1535APRLQLSSGFAWNVG
Site 124S1557LPPLAESSDSEEDEK
Site 125S1559PLAESSDSEEDEKPH
Site 126S1589QKAEKELSRIEEALM
Site 127S1604DPGRQPESADDFDRL
Site 128S1614DFDRLVLSSPNSSIL
Site 129S1650ERALKTISFREEQEK
Site 130Y1671LLNLENMYGSQESLT
Site 131S1673NLENMYGSQESLTKV
Site 132S1676NMYGSQESLTKVFER
Site 133Y1687VFERAVQYNEPLKVF
Site 134Y1701FLHLADIYAKSEKFQ
Site 135S1704LADIYAKSEKFQEAG
Site 136Y1714FQEAGELYNRMLKRF
Site 137Y1731EKAVWIKYGAFLLRR
Site 138S1739GAFLLRRSQAAASHR
Site 139S1744RRSQAAASHRVLQRA
Site 140S1757RALECLPSKEHVDVI
Site 141T1787AKAIFENTLSTYPKR
Site 142S1789AIFENTLSTYPKRTD
Site 143Y1791FENTLSTYPKRTDVW
Site 144T1795LSTYPKRTDVWSVYI
Site 145Y1801RTDVWSVYIDMTIKH
Site 146S1825FERVIHLSLAPKRMK
Site 147Y1838MKFFFKRYLDYEKQH
Site 148Y1841FFKRYLDYEKQHGTE
Site 149Y1861VKAKALEYVEAKSSV
Site 150S1866LEYVEAKSSVLED__
Site 151S1867EYVEAKSSVLED___
 
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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