PhosphoNET

           
Protein Info 
   
Short Name:  KIF21A
Full Name:  Kinesin-like protein KIF21A
Alias:  CFEOM; CFEOM1; FEOM; FEOM1; Fibrosis of extraocular muscles, congenital, 1, autosomal dominant; Fibrosis of the extraocular muscles, congenital, 1; FLJ20052; KI21A; KIF2; Kinesin family member 21A; Kinesin-like protein KIF2; NY-REN-62; Renal carcinoma antigen NY-REN-62
Type:  Microtubule binding protein; Motor protein
Mass (Da):  187179
Number AA:  1674
UniProt ID:  Q7Z4S6
International Prot ID:  IPI00425404
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005874     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003777   PhosphoSite+ KinaseNET
Biological Process:  GO:0007018     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 1S33EGCHICTSVTPGEPQ
Site 2Y53DKAFTFDYVFDIDSQ
Site 3Y65DSQQEQIYIQCIEKL
Site 4Y80IEGCFEGYNATVFAY
Site 5Y87YNATVFAYGQTGAGK
Site 6Y96QTGAGKTYTMGTGFD
Site 7S124AVKHLFKSIEEKKHI
Site 8Y152NAQFLELYNEEVLDL
Site 9T162EVLDLFDTTRDIDAK
Site 10S170TRDIDAKSKKSNIRI
Site 11S173IDAKSKKSNIRIHED
Site 12S181NIRIHEDSTGGIYTV
Site 13Y186EDSTGGIYTVGVTTR
Site 14T187DSTGGIYTVGVTTRT
Site 15T194TVGVTTRTVNTESEM
Site 16T214LGALSRTTASTQMNV
Site 17T217LSRTTASTQMNVQSS
Site 18S223STQMNVQSSRSHAIF
Site 19T249QIDADNATDNKIISE
Site 20S278HFVDLAGSERLKRTG
Site 21S315ISALGDKSKRATHVP
Site 22T319GDKSKRATHVPYRDS
Site 23S326THVPYRDSKLTRLLQ
Site 24T329PYRDSKLTRLLQDSL
Site 25S335LTRLLQDSLGGNSQT
Site 26S340QDSLGGNSQTIMIAC
Site 27S351MIACVSPSDRDFMET
Site 28T358SDRDFMETLNTLKYA
Site 29T361DFMETLNTLKYANRA
Site 30Y364ETLNTLKYANRARNI
Site 31S383MVNQDRASQQINALR
Site 32Y403LQMELMEYKTGKRII
Site 33T445RIKAMQETVDALRSR
Site 34T454DALRSRITQLVSDQA
Site 35S496LRAKLLESEAVNENL
Site 36T511RKNLTRATARAPYFS
Site 37Y516RATARAPYFSGSSTF
Site 38S518TARAPYFSGSSTFSP
Site 39S520RAPYFSGSSTFSPTI
Site 40T522PYFSGSSTFSPTILS
Site 41S524FSGSSTFSPTILSSD
Site 42T526GSSTFSPTILSSDKE
Site 43S529TFSPTILSSDKETIE
Site 44S530FSPTILSSDKETIEI
Site 45S565RLQKLEESNREERSV
Site 46T579VAGKEDNTDTDQEKK
Site 47T581GKEDNTDTDQEKKEE
Site 48S592KKEEKGVSERENNEL
Site 49S604NELEVEESQEVSDHE
Site 50S608VEESQEVSDHEDEEE
Site 51S629DDIDGGESSDESDSE
Site 52S630DIDGGESSDESDSES
Site 53S633GGESSDESDSESDEK
Site 54S635ESSDESDSESDEKAN
Site 55S637SDESDSESDEKANYQ
Site 56Y643ESDEKANYQADLANI
Site 57S667LIDELENSQKRLQTL
Site 58T673NSQKRLQTLKKQYEE
Site 59T692LQHKIRDTQLERDQV
Site 60S705QVLQNLGSVESYSEE
Site 61S708QNLGSVESYSEEKAK
Site 62S710LGSVESYSEEKAKKV
Site 63S719EKAKKVRSEYEKKLQ
Site 64Y721AKKVRSEYEKKLQAM
Site 65S750ARLLKNQSQYEKQLK
Site 66T769DVMEMKKTKVRLMKQ
Site 67T787EQEKARLTESRRNRE
Site 68S789EKARLTESRRNREIA
Site 69T827EVVLRRKTEEVTALR
Site 70S841RRQVRPMSDKVAGKV
Site 71T849DKVAGKVTRKLSSSD
Site 72S853GKVTRKLSSSDAPAQ
Site 73S854 KVTRKLSSSDAPAQD
Site 74S855 VTRKLSSSDAPAQDT
Site 75T862 SDAPAQDTGSSAAAV
Site 76S864 APAQDTGSSAAAVET
Site 77S865 PAQDTGSSAAAVETD
Site 78S874AAVETDASRTGAQQK
Site 79T894ARVQALPTPATNGNR
Site 80T897QALPTPATNGNRKKY
Site 81Y904TNGNRKKYQRKGLTG
Site 82T910KYQRKGLTGRVFISK
Site 83T918GRVFISKTARMKWQL
Site 84T931QLLERRVTDIIMQKM
Site 85T958LKQREELTKRREKLS
Site 86S965TKRREKLSKRREKIV
Site 87Y998SLTANIDYINDSISD
Site 88T1022EAKEEGETLDVTAVI
Site 89S1110HALQDLDSVPLENVE
Site 90S1119PLENVEDSTDEDAPL
Site 91T1120LENVEDSTDEDAPLN
Site 92S1128DEDAPLNSPGSEGST
Site 93S1131APLNSPGSEGSTLSS
Site 94S1134NSPGSEGSTLSSDLM
Site 95T1135SPGSEGSTLSSDLMK
Site 96S1137GSEGSTLSSDLMKLC
Site 97S1138SEGSTLSSDLMKLCG
Site 98T1157KNKARRRTTTQMELL
Site 99T1158NKARRRTTTQMELLY
Site 100T1159KARRRTTTQMELLYA
Site 101Y1165TTQMELLYADSSELA
Site 102S1168MELLYADSSELASDT
Site 103S1169ELLYADSSELASDTS
Site 104S1173ADSSELASDTSTGDA
Site 105T1175SSELASDTSTGDASL
Site 106S1176SELASDTSTGDASLP
Site 107T1177ELASDTSTGDASLPG
Site 108S1181DTSTGDASLPGPLTP
Site 109T1187ASLPGPLTPVAEGQE
Site 110S1212SAREKELSPPPGLPS
Site 111S1219SPPPGLPSKIGSISR
Site 112S1223GLPSKIGSISRQSSL
Site 113S1225PSKIGSISRQSSLSE
Site 114S1228IGSISRQSSLSEKKI
Site 115S1229GSISRQSSLSEKKIP
Site 116S1231ISRQSSLSEKKIPEP
Site 117S1239EKKIPEPSPVTRRKA
Site 118T1242 IPEPSPVTRRKAYEK
Site 119Y1247PVTRRKAYEKAEKSK
Site 120S1253AYEKAEKSKAKEQKH
Site 121S1261KAKEQKHSDSGTSEA
Site 122S1263KEQKHSDSGTSEASL
Site 123T1265QKHSDSGTSEASLSP
Site 124S1266KHSDSGTSEASLSPP
Site 125S1269DSGTSEASLSPPSSP
Site 126S1271GTSEASLSPPSSPPS
Site 127S1274EASLSPPSSPPSRPR
Site 128S1275ASLSPPSSPPSRPRN
Site 129S1278SPPSSPPSRPRNELN
Site 130T1291LNVFNRLTVSQGNTS
Site 131S1293VFNRLTVSQGNTSVQ
Site 132S1304TSVQQDKSDESDSSL
Site 133S1307QQDKSDESDSSLSEV
Site 134S1309DKSDESDSSLSEVHR
Site 135S1310KSDESDSSLSEVHRS
Site 136S1312DESDSSLSEVHRSSR
Site 137S1317SLSEVHRSSRRGIIN
Site 138S1318LSEVHRSSRRGIINP
Site 139S1364DDLLFTGSKDRTCKV
Site 140S1382VTGQEIMSLGGHPNN
Site 141T1424DSAKCIRTLTSSGQV
Site 142S1442DACSASTSRTVAIPS
Site 143T1444CSASTSRTVAIPSGE
Site 144S1484WDLKRFQSTGKLTGH
Site 145T1512SGQDLIITGSKDHYI
Site 146Y1518ITGSKDHYIKMFDVT
Site 147T1531VTEGALGTVSPTHNF
Site 148S1533EGALGTVSPTHNFEP
Site 149Y1543HNFEPPHYDGIEALT
Site 150S1560GDNLFSGSRDNGIKK
Site 151T1571GIKKWDLTQKDLLQQ
Site 152S1627GEMKGHDSPINAICV
Site 153T1647FTAADDRTVRIWKAR
Site 154S1662NLQDGQISDTGDLGE
Site 155T1664QDGQISDTGDLGEDI
Site 156S1673DLGEDIASN______
 
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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