PhosphoNET

           
Protein Info 
   
Short Name:  KIF24
Full Name:  Kinesin-like protein KIF24
Alias:  bA571F15.4; C9orf48; FLJ10933; FLJ43884; kinesin family member 24; kinesin-like KIF24
Type:  Motor protein; Microtubule binding protein
Mass (Da):  151900
Number AA: 
UniProt ID:  Q5T7B8
International Prot ID: 
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 1Y17CEAELAQYYSHFTAL
Site 2Y40AKITMKDYSKLGVHD
Site 3S81PERHLQTSSLRIKSQ
Site 4S82ERHLQTSSLRIKSQE
Site 5S87TSSLRIKSQELRSGP
Site 6S92IKSQELRSGPRRQLN
Site 7S102RRQLNFDSPADNKDR
Site 8S112DNKDRNASNDGFEMC
Site 9S120NDGFEMCSLSDFSAN
Site 10S122GFEMCSLSDFSANEQ
Site 11T132SANEQKSTYLKVLEH
Site 12Y133ANEQKSTYLKVLEHM
Site 13S145EHMLPDDSQYHTKTG
Site 14Y147MLPDDSQYHTKTGIL
Site 15T149PDDSQYHTKTGILNA
Site 16Y162NATAGDSYVQTEIST
Site 17T165AGDSYVQTEISTSLF
Site 18S168SYVQTEISTSLFSPN
Site 19S170VQTEISTSLFSPNYL
Site 20Y198RISHVSGYNYGIPHS
Site 21Y200SHVSGYNYGIPHSCI
Site 22T211HSCIRQNTSEKQNPW
Site 23T219SEKQNPWTEMEKIRV
Site 24T247RGEINIITVEDKETL
Site 25T253ITVEDKETLLVHEKK
Site 26T266KKEAVDLTQYILQHV
Site 27Y290ACTNQDVYMKTTHPL
Site 28Y312GNATCFAYGQTGAGK
Site 29Y321QTGAGKTYTMIGTHE
Site 30T322TGAGKTYTMIGTHEN
Site 31S347IFRQLEVSQPRKHLF
Site 32Y368EIYCGQLYDLLNRRK
Site 33S383RLFAREDSKHMVQIV
Site 34S411LEVILKGSKERSTGA
Site 35S415LKGSKERSTGATGVN
Site 36T416KGSKERSTGATGVNA
Site 37T419KERSTGATGVNADSS
Site 38S425ATGVNADSSRSHAVI
Site 39S426TGVNADSSRSHAVIQ
Site 40T443IKDSAKRTFGRISFI
Site 41S448KRTFGRISFIDLAGS
Site 42S455SFIDLAGSERAADAR
Site 43S464RAADARDSDRQTKME
Site 44T468ARDSDRQTKMEGAEI
Site 45S478EGAEINQSLLALKEC
Site 46T494RALDQEHTHTPFRQS
Site 47T496LDQEHTHTPFRQSKL
Site 48S501THTPFRQSKLTQVLK
Site 49T504PFRQSKLTQVLKDSF
Site 50S510LTQVLKDSFIGNAKT
Site 51T530ISPSHVATEHTLNTL
Site 52T536ATEHTLNTLRYADRV
Site 53Y539HTLNTLRYADRVKEL
Site 54T554KKGIKCCTSVTSRNR
Site 55S555KGIKCCTSVTSRNRT
Site 56T557IKCCTSVTSRNRTSG
Site 57S558KCCTSVTSRNRTSGN
Site 58T562SVTSRNRTSGNSSPK
Site 59S563VTSRNRTSGNSSPKR
Site 60S566RNRTSGNSSPKRIQS
Site 61S567NRTSGNSSPKRIQSS
Site 62S573SSPKRIQSSPGALSE
Site 63S574SPKRIQSSPGALSED
Site 64S579QSSPGALSEDKCSPK
Site 65S584ALSEDKCSPKKVKLG
Site 66S603LTVAAPGSTRGKVHP
Site 67T612RGKVHPLTSHPPNIP
Site 68S613GKVHPLTSHPPNIPF
Site 69T621HPPNIPFTSAPKVSG
Site 70S622PPNIPFTSAPKVSGK
Site 71S627FTSAPKVSGKRGGSR
Site 72S633VSGKRGGSRGSPSQE
Site 73S636KRGGSRGSPSQEWVI
Site 74S638GGSRGSPSQEWVIHA
Site 75S646QEWVIHASPVKGTVR
Site 76S665AKKKPEESAPLCSEK
Site 77T679KNRMGNKTVLGWESR
Site 78S688LGWESRASGPGEGLV
Site 79T701LVRGKLSTKCKKVQT
Site 80T708TKCKKVQTVQPVQKQ
Site 81S718PVQKQLVSRVELSFG
Site 82S723LVSRVELSFGNAHHR
Site 83Y733NAHHRAEYSQDSQRG
Site 84S734AHHRAEYSQDSQRGT
Site 85S737RAEYSQDSQRGTPAR
Site 86T741SQDSQRGTPARPASE
Site 87S747GTPARPASEAWTNIP
Site 88T751RPASEAWTNIPPHQK
Site 89Y767REEHLRFYHQQFQQP
Site 90Y783LLQQKLKYQPLKRSL
Site 91S789KYQPLKRSLRQYRPP
Site 92Y793LKRSLRQYRPPEGQL
Site 93T801RPPEGQLTNETPPLF
Site 94T804EGQLTNETPPLFHSY
Site 95S810ETPPLFHSYSENHDG
Site 96S812PPLFHSYSENHDGAQ
Site 97S826QVEELDDSDFSEDSF
Site 98S829ELDDSDFSEDSFSHI
Site 99S832DSDFSEDSFSHISSQ
Site 100S834DFSEDSFSHISSQRA
Site 101S838DSFSHISSQRATKQR
Site 102T842HISSQRATKQRNTLE
Site 103T847RATKQRNTLENSEDS
Site 104S851QRNTLENSEDSFFLH
Site 105S854TLENSEDSFFLHQTW
Site 106T860DSFFLHQTWGQGPEK
Site 107S875QVAERQQSLFSSPRT
Site 108S878ERQQSLFSSPRTGDK
Site 109S879RQQSLFSSPRTGDKK
Site 110T882SLFSSPRTGDKKDLT
Site 111T889TGDKKDLTKSWVDSR
Site 112S891DKKDLTKSWVDSRDP
Site 113S895LTKSWVDSRDPINHR
Site 114S909RRAALDHSCSPSKGP
Site 115S911AALDHSCSPSKGPVD
Site 116S913LDHSCSPSKGPVDWS
Site 117S920SKGPVDWSRENSTSS
Site 118S924VDWSRENSTSSGPSP
Site 119S926WSRENSTSSGPSPRD
Site 120S927SRENSTSSGPSPRDS
Site 121S930NSTSSGPSPRDSLAE
Site 122S934SGPSPRDSLAEKPYC
Site 123Y940DSLAEKPYCSQVDFI
Site 124S942LAEKPYCSQVDFIYR
Site 125Y948CSQVDFIYRQERGGG
Site 126S956RQERGGGSSFDLRKD
Site 127S957QERGGGSSFDLRKDA
Site 128S965FDLRKDASQSEVSGE
Site 129S967LRKDASQSEVSGENE
Site 130S979ENEGNLPSPEEDGFT
Site 131T986SPEEDGFTISLSHVA
Site 132S997SHVAVPGSPDQRDTV
Site 133T1003GSPDQRDTVTTPLRE
Site 134T1005PDQRDTVTTPLREVS
Site 135T1006DQRDTVTTPLREVSA
Site 136S1012TTPLREVSADGPIQV
Site 137S1021DGPIQVTSTVKNGHA
Site 138T1022GPIQVTSTVKNGHAV
Site 139T1040DPRGQLGTHAEYASG
Site 140Y1044QLGTHAEYASGLMSP
Site 141S1046GTHAEYASGLMSPLT
Site 142S1055LMSPLTMSLLENPDN
Site 143S1065ENPDNEGSPPSEQLV
Site 144S1068DNEGSPPSEQLVQDG
Site 145S1079VQDGATHSLVAESTG
Site 146T1085HSLVAESTGGPVVSH
Site 147S1091STGGPVVSHTVPSGD
Site 148T1093GGPVVSHTVPSGDQE
Site 149S1106QEAALPVSSATRHLW
Site 150S1115ATRHLWLSSSPPDNK
Site 151S1116TRHLWLSSSPPDNKP
Site 152S1117RHLWLSSSPPDNKPG
Site 153S1131GGDLPALSPSPIRQH
Site 154S1133DLPALSPSPIRQHPA
Site 155S1156DLGEACQSRETVLFS
Site 156T1159EACQSRETVLFSHEH
Site 157S1184EETGLDGSWGFPGKP
Site 158S1202IHMGVPHSGPTLTPR
Site 159T1205GVPHSGPTLTPRTGS
Site 160T1207PHSGPTLTPRTGSSD
Site 161T1210GPTLTPRTGSSDVAD
Site 162S1212TLTPRTGSSDVADQL
Site 163S1213LTPRTGSSDVADQLW
Site 164S1238GWQEFGLSTDPIKLP
Site 165T1252PCNSENVTWLKPRPI
Site 166S1260WLKPRPISRCLARPS
Site 167S1267SRCLARPSSPLVPSC
Site 168S1268RCLARPSSPLVPSCS
Site 169S1273PSSPLVPSCSPKTAG
Site 170S1275SPLVPSCSPKTAGTL
Site 171T1281CSPKTAGTLRQPTLE
Site 172T1286AGTLRQPTLEQAQQV
Site 173T1314ELGFKEETLMSQLAS
Site 174S1317FKEETLMSQLASNDF
Site 175S1321TLMSQLASNDFEDFV
Site 176T1329NDFEDFVTQLDEIMV
Site 177S1339DEIMVLKSKCIQSLR
Site 178S1344LKSKCIQSLRSQLQL
Site 179S1347KCIQSLRSQLQLYLT
Site 180Y1352LRSQLQLYLTCHGPT
 
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