PhosphoNET

           
Protein Info 
   
Short Name:  FLJ23588
Full Name:  EF-hand calcium-binding domain-containing protein 6
Alias:  CAP-binding protein complex interacting protein 1; CAP-binding protein complex-interacting protein 1; DJ185D5.1; DJ-1-binding protein; DJBP; EFCB6; EF-hand calcium binding domain 6; HSCBCIP1; KIAA1672
Type:  Nuclear receptor co-regulator; Transcription, coactivator/corepressor
Mass (Da):  172930
Number AA:  1501
UniProt ID:  Q5THR3
International Prot ID:  IPI00009724
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005509     PhosphoSite+ KinaseNET
Biological Process:  GO:0045449  GO:0006350   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 1S13IIPDWLRSHPHTRKF
Site 2T17WLRSHPHTRKFTHSR
Site 3T21HPHTRKFTHSRPHSS
Site 4S23HTRKFTHSRPHSSPC
Site 5S27FTHSRPHSSPCRVYS
Site 6S28THSRPHSSPCRVYSR
Site 7Y33HSSPCRVYSRNGSPN
Site 8S34SSPCRVYSRNGSPNK
Site 9S38RVYSRNGSPNKFRSS
Site 10S44GSPNKFRSSSTTAVA
Site 11S45SPNKFRSSSTTAVAN
Site 12S46PNKFRSSSTTAVANP
Site 13T48KFRSSSTTAVANPTL
Site 14T69RILFQKITDRGDELQ
Site 15T89LDTGQNLTVSKSELR
Site 16S91TGQNLTVSKSELRRI
Site 17S93QNLTVSKSELRRIIT
Site 18T100SELRRIITDFLMPLT
Site 19T107TDFLMPLTREQFQDV
Site 20Y141RFGGIDLYINGIKRG
Site 21T158NEMNCCRTLRELEIQ
Site 22T203ELRRVLETFCMKLRD
Site 23Y213MKLRDEEYEKFSKHY
Site 24Y230HKDTAVDYNVFLKNL
Site 25S255CMGNQEVSLENQQAK
Site 26S272KKERLLGSASSEDIW
Site 27S274ERLLGSASSEDIWRN
Site 28S275RLLGSASSEDIWRNY
Site 29Y282SEDIWRNYSLDEIER
Site 30S283EDIWRNYSLDEIERN
Site 31S296RNFCLQLSKSYEKVE
Site 32S298FCLQLSKSYEKVEKA
Site 33S307EKVEKALSAGDPCKG
Site 34Y316GDPCKGGYVSFNYLK
Site 35T377VSSKGPLTKRNSINS
Site 36S381GPLTKRNSINSRNES
Site 37S384TKRNSINSRNESHKE
Site 38S388SINSRNESHKENIIT
Site 39T395SHKENIITKLFRHTE
Site 40T401ITKLFRHTEDHSASL
Site 41S405FRHTEDHSASLKKAL
Site 42S407HTEDHSASLKKALLI
Site 43T424TKPDGPITREEFRYI
Site 44S440NCMAVKLSDSEFKEL
Site 45S442MAVKLSDSEFKELMQ
Site 46T456QMLDPGDTGVVNTSM
Site 47T477ENCRMRKTSPCTDAK
Site 48S478NCRMRKTSPCTDAKT
Site 49T481MRKTSPCTDAKTPFL
Site 50T485SPCTDAKTPFLLAWD
Site 51T501VEEIVHDTITRNLQA
Site 52T503EIVHDTITRNLQAFY
Site 53Y510TRNLQAFYNMLRSYD
Site 54S515AFYNMLRSYDLGDTG
Site 55Y516FYNMLRSYDLGDTGR
Site 56T521RSYDLGDTGRIGRNN
Site 57S557SKIQDIGSGRILYKK
Site 58S603EQQQPDLSERTKLTE
Site 59T613TKLTEDKTTLTKKMT
Site 60T614KLTEDKTTLTKKMTT
Site 61S647KKRFLDFSKEPNGKI
Site 62T666FKKVLEDTGMPMDDD
Site 63Y675MPMDDDQYALLTTKI
Site 64S690GFEKEGMSYLDFAAG
Site 65Y691FEKEGMSYLDFAAGF
Site 66T708PPMRGPETTPPQPPT
Site 67T709PMRGPETTPPQPPTP
Site 68T715TTPPQPPTPSKSYVN
Site 69S717PPQPPTPSKSYVNSH
Site 70S719QPPTPSKSYVNSHFI
Site 71Y720PPTPSKSYVNSHFIT
Site 72S723PSKSYVNSHFITAEE
Site 73S742FPRRLKESFRDPYSA
Site 74Y747KESFRDPYSAFFKTD
Site 75S748ESFRDPYSAFFKTDA
Site 76T753PYSAFFKTDADRDGI
Site 77S830PKQKVADSELACEQA
Site 78Y840ACEQAHQYLVTKAKN
Site 79S850TKAKNRWSDLSKNFL
Site 80S853KNRWSDLSKNFLETD
Site 81Y877RDIKNALYGFDIPLT
Site 82T884YGFDIPLTPREFEKL
Site 83Y895FEKLWARYDTEGKGH
Site 84T897KLWARYDTEGKGHIT
Site 85Y905EGKGHITYQEFLQKL
Site 86S917QKLGINYSPAVHRPC
Site 87S951EMKELQQSTEKAVAA
Site 88T952MKELQQSTEKAVAAR
Site 89S970MDRHQDISKAFTKTD
Site 90T974QDISKAFTKTDQSKT
Site 91T976ISKAFTKTDQSKTNY
Site 92T981TKTDQSKTNYISICK
Site 93Y983TDQSKTNYISICKMQ
Site 94T1001EECGCSLTEGELTHL
Site 95T1006SLTEGELTHLLNSWG
Site 96S1011ELTHLLNSWGVSRHD
Site 97Y1023RHDNAINYLDFLRAV
Site 98S1033FLRAVENSKSTGAQP
Site 99S1035RAVENSKSTGAQPKE
Site 100S1046QPKEKEESMPINFAT
Site 101S1069KIQEVVESSQLALST
Site 102T1086SALDKEDTGFVKATE
Site 103Y1103QVLKDFCYKLTDNQY
Site 104Y1110YKLTDNQYHYFLRKL
Site 105Y1112LTDNQYHYFLRKLRI
Site 106T1122RKLRIHLTPYINWKY
Site 107S1157PKGPPPTSPKATADR
Site 108T1190QEFENFDTMKTNTIS
Site 109T1193ENFDTMKTNTISREE
Site 110S1197TMKTNTISREEFRAI
Site 111T1213NRRVQILTDEQFDRL
Site 112Y1234NAKGRLKYPDFLSRF
Site 113S1239LKYPDFLSRFSSETA
Site 114S1242PDFLSRFSSETAATP
Site 115S1243DFLSRFSSETAATPM
Site 116T1245LSRFSSETAATPMAT
Site 117T1248FSSETAATPMATGDS
Site 118S1262SAVAQRGSSVPDVSE
Site 119S1263AVAQRGSSVPDVSEG
Site 120S1268GSSVPDVSEGTRSAL
Site 121S1273DVSEGTRSALSLPTQ
Site 122S1286TQELRPGSKSQSHPC
Site 123S1288ELRPGSKSQSHPCTP
Site 124S1290RPGSKSQSHPCTPAS
Site 125T1294KSQSHPCTPASTTVI
Site 126S1297SHPCTPASTTVIPGT
Site 127T1299PCTPASTTVIPGTPP
Site 128T1304STTVIPGTPPLQNCD
Site 129S1346RQGDINASDFLALVE
Site 130S1360EKFNLDISKEECQQL
Site 131Y1371CQQLIIKYDLKSNGK
Site 132Y1381KSNGKFAYCDFIQSC
Site 133S1397LLLKAKESSLMHRMK
Site 134T1418MKEAGAETPSFYSAL
Site 135S1420EAGAETPSFYSALLR
Site 136S1445PMRRTFKSYDEAGTG
Site 137Y1446MRRTFKSYDEAGTGL
Site 138Y1466FRTVLRQYSINLSEE
Site 139S1467RTVLRQYSINLSEEE
Site 140S1471RQYSINLSEEEFFHI
Site 141Y1481EFFHILEYYDKTLSS
Site 142Y1482FFHILEYYDKTLSSK
Site 143T1485ILEYYDKTLSSKISY
Site 144S1487EYYDKTLSSKISYND
Site 145S1488YYDKTLSSKISYNDF
Site 146S1491KTLSSKISYNDFLRA
Site 147Y1492TLSSKISYNDFLRAF
 
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
 


2019 Kinexus Bioinformatics Corporation