PhosphoNET

           
Protein Info 
   
Short Name:  KIF1B
Full Name:  Kinesin-like protein KIF1B
Alias:  Klp
Type:  Motor protein; Microtubule binding protein
Mass (Da):  204476
Number AA:  1816
UniProt ID:  O60333
International Prot ID:  IPI00029011
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030659  GO:0005874  GO:0005875 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0019894 PhosphoSite+ KinaseNET
Biological Process:  GO:0008089  GO:0007270  GO:0007274 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 1S17VRVRPFNSRETSKES
Site 2T20RPFNSRETSKESKCI
Site 3S21PFNSRETSKESKCII
Site 4S36QMQGNSTSIINPKNP
Site 5S49NPKEAPKSFSFDYSY
Site 6S51KEAPKSFSFDYSYWS
Site 7Y54PKSFSFDYSYWSHTS
Site 8S55KSFSFDYSYWSHTSP
Site 9Y56SFSFDYSYWSHTSPE
Site 10S58SFDYSYWSHTSPEDP
Site 11T60DYSYWSHTSPEDPCF
Site 12Y74FASQNRVYNDIGKEM
Site 13S104GQTGAGKSYTMMGKQ
Site 14Y105QTGAGKSYTMMGKQE
Site 15T106TGAGKSYTMMGKQEE
Site 16S114MMGKQEESQAGIIPQ
Site 17Y140NCNEEMSYSVEVSYM
Site 18Y146SYSVEVSYMEIYCER
Site 19Y150EVSYMEIYCERVRDL
Site 20Y177EHPLLGPYVEDLSKL
Site 21S182GPYVEDLSKLAVTSY
Site 22T204DAGNKARTVAATNMN
Site 23T208KARTVAATNMNETSS
Site 24T213AATNMNETSSRSHAV
Site 25S214ATNMNETSSRSHAVF
Site 26S217MNETSSRSHAVFTIV
Site 27S237HDNETNLSTEKVSKI
Site 28S252SLVDLAGSERADSTG
Site 29S257AGSERADSTGAKGTR
Site 30T258GSERADSTGAKGTRL
Site 31S274EGANINKSLTTLGKV
Site 32S293AEVDNCTSKSKKKKK
Site 33S295VDNCTSKSKKKKKTD
Site 34T301KSKKKKKTDFIPYRD
Site 35T312PYRDSVLTWLLRENL
Site 36Y338LSPADINYDETLSTL
Site 37T341ADINYDETLSTLRYA
Site 38T344NYDETLSTLRYADRA
Site 39Y347ETLSTLRYADRAKQI
Site 40Y401IDPLIDDYSGSGSKY
Site 41S402DPLIDDYSGSGSKYL
Site 42S404LIDDYSGSGSKYLKD
Site 43S406DDYSGSGSKYLKDFQ
Site 44Y408YSGSGSKYLKDFQNN
Site 45Y419FQNNKHRYLLASENQ
Site 46S423KHRYLLASENQRPGH
Site 47S432NQRPGHFSTASMGSL
Site 48T433QRPGHFSTASMGSLT
Site 49S435PGHFSTASMGSLTSS
Site 50S438FSTASMGSLTSSPSS
Site 51T440TASMGSLTSSPSSCS
Site 52S441ASMGSLTSSPSSCSL
Site 53S442SMGSLTSSPSSCSLS
Site 54S444GSLTSSPSSCSLSSQ
Site 55S445SLTSSPSSCSLSSQV
Site 56S447TSSPSSCSLSSQVGL
Site 57S449SPSSCSLSSQVGLTS
Site 58S456SSQVGLTSVTSIQER
Site 59S466SIQERIMSTPGGEEA
Site 60T467IQERIMSTPGGEEAI
Site 61T490IIAELNETWEEKLRK
Site 62T498WEEKLRKTEAIRMER
Site 63T522AIREDGGTLGVFSPK
Site 64S527GGTLGVFSPKKTPHL
Site 65T531GVFSPKKTPHLVNLN
Site 66Y550MSECLLYYIKDGITR
Site 67S585EEHCIFRSERSNSGE
Site 68S590FRSERSNSGEVIVTL
Site 69T596NSGEVIVTLEPCERS
Site 70T605EPCERSETYVNGKRV
Site 71Y606PCERSETYVNGKRVS
Site 72S613YVNGKRVSQPVQLRS
Site 73S620SQPVQLRSGNRIIMG
Site 74T647ARAEREKTPSAETPS
Site 75S649AEREKTPSAETPSEP
Site 76T652EKTPSAETPSEPVDW
Site 77S654TPSAETPSEPVDWTF
Site 78T660PSEPVDWTFAQRELL
Site 79Y707LEQQRLDYESKLQAL
Site 80S709QQRLDYESKLQALQK
Site 81S722QKQVETRSLAAETTE
Site 82T740EEEEVPWTQHEFELA
Site 83T760KWKSHQFTSLRDLLW
Site 84S780LKEANAISVELKKKV
Site 85T809LPPELLPTEMEKTHE
Site 86T814LPTEMEKTHEDRPFP
Site 87T823EDRPFPRTVVAVEVQ
Site 88T837QDLKNGATHYWSLEK
Site 89Y839LKNGATHYWSLEKLK
Site 90S841NGATHYWSLEKLKQR
Site 91Y856LDLMREMYDRAGEMA
Site 92S865RAGEMASSAQDESET
Site 93S870ASSAQDESETTVTGS
Site 94T873AQDESETTVTGSDPF
Site 95T875DESETTVTGSDPFYD
Site 96S877SETTVTGSDPFYDRF
Site 97Y881VTGSDPFYDRFHWFK
Site 98T908NERLADRTPSPTFST
Site 99S910RLADRTPSPTFSTAD
Site 100T912ADRTPSPTFSTADSD
Site 101S914RTPSPTFSTADSDIT
Site 102S918PTFSTADSDITELAD
Site 103S945AFVDDAGSDAGTEEG
Site 104T949DAGSDAGTEEGSDLF
Site 105S953DAGTEEGSDLFSDGH
Site 106S957EEGSDLFSDGHDPFY
Site 107Y964SDGHDPFYDRSPWFI
Site 108S997IHRVAIVSEKGEVRG
Site 109Y1022ADEEAPDYGSGIRQS
Site 110S1024EEAPDYGSGIRQSGT
Site 111S1029YGSGIRQSGTAKISF
Site 112T1031SGIRQSGTAKISFDN
Site 113S1035QSGTAKISFDNEYFN
Site 114Y1040KISFDNEYFNQSDFS
Site 115S1044DNEYFNQSDFSSVAM
Site 116S1047YFNQSDFSSVAMTRS
Site 117S1048FNQSDFSSVAMTRSG
Site 118T1052DFSSVAMTRSGLSLE
Site 119S1054SSVAMTRSGLSLEEL
Site 120S1057AMTRSGLSLEELRIV
Site 121S1071VEGQGQSSEVITPPE
Site 122T1075GQSSEVITPPEEISR
Site 123S1090INDLDLKSSTLLDGK
Site 124T1152RHDEAFSTEPLKNNG
Site 125S1162LKNNGRGSPLAFYHV
Site 126Y1197VFEVFGHYQQHPLHL
Site 127S1211LQGQELNSPPQPCRR
Site 128S1227FPPPMPLSKPVPATK
Site 129T1237VPATKLNTMSKTSLG
Site 130S1239ATKLNTMSKTSLGQS
Site 131T1241KLNTMSKTSLGQSMS
Site 132S1242LNTMSKTSLGQSMSK
Site 133S1246SKTSLGQSMSKYDLL
Site 134S1248TSLGQSMSKYDLLVW
Site 135Y1250LGQSMSKYDLLVWFE
Site 136T1264EISELEPTGEYIPAV
Site 137T1295QGIQRRITVTIIHEK
Site 138T1297IQRRITVTIIHEKGS
Site 139Y1343LNIISAKYLKSSHNS
Site 140S1346ISAKYLKSSHNSSRT
Site 141S1347SAKYLKSSHNSSRTF
Site 142S1350YLKSSHNSSRTFYRF
Site 143S1351LKSSHNSSRTFYRFE
Site 144T1353SSHNSSRTFYRFEAV
Site 145Y1355HNSSRTFYRFEAVWD
Site 146S1363RFEAVWDSSLHNSLL
Site 147S1368WDSSLHNSLLLNRVT
Site 148T1375SLLLNRVTPYGEKIY
Site 149Y1382TPYGEKIYMTLSAYL
Site 150S1386EKIYMTLSAYLELDH
Site 151Y1409KDVCMVFYSRDAKIS
Site 152S1416YSRDAKISPPRSLRS
Site 153S1420AKISPPRSLRSLFGS
Site 154S1423SPPRSLRSLFGSGYS
Site 155S1427SLRSLFGSGYSKSPD
Site 156Y1429RSLFGSGYSKSPDSN
Site 157S1430SLFGSGYSKSPDSNR
Site 158S1432FGSGYSKSPDSNRVT
Site 159S1435GYSKSPDSNRVTGIY
Site 160T1439SPDSNRVTGIYELSL
Site 161Y1442SNRVTGIYELSLCKM
Site 162S1450ELSLCKMSDTGSPGM
Site 163T1452SLCKMSDTGSPGMQR
Site 164S1454CKMSDTGSPGMQRRR
Site 165T1467RRRKILDTSVAYVRG
Site 166S1468RRKILDTSVAYVRGE
Site 167Y1471ILDTSVAYVRGEENL
Site 168S1487GWRPRGDSLILEHQW
Site 169T1508LLHEVEKTRHFLLLR
Site 170S1521LRERLGDSIPKSLSD
Site 171S1525LGDSIPKSLSDSLSP
Site 172S1527DSIPKSLSDSLSPSL
Site 173S1529IPKSLSDSLSPSLSS
Site 174S1531KSLSDSLSPSLSSGT
Site 175S1533LSDSLSPSLSSGTLS
Site 176S1535DSLSPSLSSGTLSTS
Site 177S1536SLSPSLSSGTLSTST
Site 178T1538SPSLSSGTLSTSTSI
Site 179S1540SLSSGTLSTSTSISS
Site 180T1541LSSGTLSTSTSISSQ
Site 181S1542SSGTLSTSTSISSQI
Site 182T1543SGTLSTSTSISSQIS
Site 183S1544GTLSTSTSISSQIST
Site 184S1546LSTSTSISSQISTTT
Site 185S1547STSTSISSQISTTTF
Site 186S1550TSISSQISTTTFESA
Site 187T1553SSQISTTTFESAITP
Site 188S1556ISTTTFESAITPSES
Site 189T1559TTFESAITPSESSGY
Site 190S1561FESAITPSESSGYDS
Site 191S1563SAITPSESSGYDSGD
Site 192S1564AITPSESSGYDSGDI
Site 193Y1566TPSESSGYDSGDIES
Site 194S1568SESSGYDSGDIESLV
Site 195S1573YDSGDIESLVDREKE
Site 196T1592CLQLLTHTFNREFSQ
Site 197S1598HTFNREFSQVHGSVS
Site 198S1603EFSQVHGSVSDCKLS
Site 199S1605SQVHGSVSDCKLSDI
Site 200S1610SVSDCKLSDISPIGR
Site 201S1613DCKLSDISPIGRDPS
Site 202S1620SPIGRDPSESSFSSA
Site 203S1622IGRDPSESSFSSATL
Site 204S1623GRDPSESSFSSATLT
Site 205S1625DPSESSFSSATLTPS
Site 206S1626PSESSFSSATLTPSS
Site 207T1628ESSFSSATLTPSSTC
Site 208T1630SFSSATLTPSSTCPS
Site 209S1632SSATLTPSSTCPSLV
Site 210S1637TPSSTCPSLVDSRSN
Site 211S1641TCPSLVDSRSNSLDQ
Site 212S1643PSLVDSRSNSLDQKT
Site 213S1645LVDSRSNSLDQKTPE
Site 214T1650SNSLDQKTPEANSRA
Site 215S1655QKTPEANSRASSPCP
Site 216S1658PEANSRASSPCPEFE
Site 217S1659EANSRASSPCPEFEQ
Site 218T1675QIVPAVETPYLARAG
Site 219Y1677VPAVETPYLARAGKN
Site 220S1699DIEEIRPSSVVSKKG
Site 221S1700IEEIRPSSVVSKKGY
Site 222S1703IRPSSVVSKKGYLHF
Site 223Y1707SVVSKKGYLHFKEPL
Site 224Y1715LHFKEPLYSNWAKHF
Site 225Y1733RRPYVFIYNSDKDPV
Site 226S1735PYVFIYNSDKDPVER
Site 227S1748ERGIINLSTAQVEYS
Site 228S1755STAQVEYSEDQQAMV
Site 229T1764DQQAMVKTPNTFAVC
Site 230Y1792KDMNDWLYAFNPLLA
Site 231T1801FNPLLAGTIRSKLSR
Site 232S1807GTIRSKLSRRCPSQS
Site 233S1812KLSRRCPSQSKY___
 
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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