PhosphoNET

           
Protein Info 
   
Short Name:  KIF13B
Full Name:  Kinesin-like protein KIF13B
Alias:  GAKIN; Guanylate kinase associated kinesin; KI13B; KIAA0639; Kinesin 13B; Kinesin family member 13B; Kinesin-like GAKIN; Kinesin-like KIF13B
Type:  Microtubule binding protein, Motor protein
Mass (Da):  202666
Number AA:  1826
UniProt ID:  Q9NQT8
International Prot ID:  IPI00021753
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005874   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003777  GO:0019901 PhosphoSite+ KinaseNET
Biological Process:  GO:0042110  GO:0007018  GO:0006605 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 1T20RPMNRRETDLHTKCV
Site 2T24RRETDLHTKCVVDVD
Site 3Y102YNACIFAYGQTGSGK
Site 4S110GQTGSGKSYTMMGTA
Site 5Y111QTGSGKSYTMMGTAD
Site 6T112TGSGKSYTMMGTADQ
Site 7S128GLIPRLCSGLFERTQ
Site 8S143KEENEEQSFKVEVSY
Site 9Y150SFKVEVSYMEIYNEK
Site 10T170DPKGSRQTLKVREHS
Site 11S177TLKVREHSVLGPYVD
Site 12Y182EHSVLGPYVDGLSKL
Site 13S187GPYVDGLSKLAATSY
Site 14S193LSKLAATSYKDIESL
Site 15Y194SKLAATSYKDIESLM
Site 16S199TSYKDIESLMSEGNK
Site 17S202KDIESLMSEGNKSRT
Site 18S207LMSEGNKSRTVAATN
Site 19T209SEGNKSRTVAATNMN
Site 20T213KSRTVAATNMNEESS
Site 21S219ATNMNEESSRSHAVL
Site 22S220TNMNEESSRSHAVLK
Site 23S222MNEESSRSHAVLKIT
Site 24T233LKITLTHTLYDAKSG
Site 25Y235ITLTHTLYDAKSGTS
Site 26S239HTLYDAKSGTSGEKV
Site 27S257SLVDLAGSERATKTG
Site 28T261LAGSERATKTGAAGD
Site 29S274GDRLKEGSNINESLT
Site 30T282NINESLTTLGLVISA
Site 31T311PYRDSVLTWLLKDSL
Site 32S317LTWLLKDSLGGNSKT
Site 33T324SLGGNSKTAMVATVS
Site 34T329SKTAMVATVSPAADN
Site 35S331TAMVATVSPAADNYD
Site 36Y337VSPAADNYDETLSTL
Site 37T340AADNYDETLSTLRYA
Site 38S342DNYDETLSTLRYADR
Site 39T343NYDETLSTLRYADRA
Site 40Y346ETLSTLRYADRAKHI
Site 41S390TKAEAMKSPELKDRL
Site 42S400LKDRLEESEKLIQEM
Site 43T408EKLIQEMTVTWEEKL
Site 44T410LIQEMTVTWEEKLRK
Site 45T418WEEKLRKTEEIAQER
Site 46S431ERQKQLESLGISLQS
Site 47S435QLESLGISLQSSGIK
Site 48S439LGISLQSSGIKVGDD
Site 49T471VYYLKEHTLIGSANS
Site 50T506SEGQVMLTPQKNTRT
Site 51T513TPQKNTRTFVNGSSV
Site 52S518TRTFVNGSSVSSPIQ
Site 53S519RTFVNGSSVSSPIQL
Site 54S521FVNGSSVSSPIQLHH
Site 55S522VNGSSVSSPIQLHHG
Site 56S567PSMKNENSSEQLDVD
Site 57S577QLDVDGDSSSEVSSE
Site 58S578LDVDGDSSSEVSSEV
Site 59S579DVDGDSSSEVSSEVN
Site 60S582GDSSSEVSSEVNFNY
Site 61S583DSSSEVSSEVNFNYE
Site 62Y589SSEVNFNYEYAQMEV
Site 63Y591EVNFNYEYAQMEVTM
Site 64S603VTMKALGSNDPMQSI
Site 65S609GSNDPMQSILNSLEQ
Site 66S613PMQSILNSLEQQHEE
Site 67Y633LERQRLMYEHELEQL
Site 68S645EQLRRRLSPEKQNCR
Site 69S658CRSMDRFSFHSPSAQ
Site 70S661MDRFSFHSPSAQQRL
Site 71S663RFSFHSPSAQQRLRQ
Site 72T678WAEEREATLNNSLMR
Site 73Y713ELDKRTEYKVTLQIP
Site 74T716KRTEYKVTLQIPASS
Site 75S722VTLQIPASSLDANRK
Site 76S732DANRKRGSLLSEPAI
Site 77S735RKRGSLLSEPAIQVR
Site 78S752GKGKQIWSLEKLDNR
Site 79Y767LLDMRDLYQEWKECE
Site 80Y783DNPVIRSYFKRADPF
Site 81Y791FKRADPFYDEQENLS
Site 82S798YDEQENLSLIGVANV
Site 83S841HVEVMRLSGDVGERI
Site 84T909IVAPEVDTSSSSVSK
Site 85S910VAPEVDTSSSSVSKE
Site 86S911APEVDTSSSSVSKEP
Site 87S912PEVDTSSSSVSKEPH
Site 88S913EVDTSSSSVSKEPHC
Site 89S915DTSSSSVSKEPHCMV
Site 90T935NEFSVNITEDFIEHL
Site 91S977IIQAKTRSLRDRWSE
Site 92S983RSLRDRWSEVTRKLE
Site 93T986RDRWSEVTRKLEFWV
Site 94Y1004EQNENGEYCPVEVIS
Site 95S1028FQLRQGQSRRVQVEV
Site 96S1037RVQVEVKSVQESGTL
Site 97S1041EVKSVQESGTLPLME
Site 98T1069RPLRAPRTHETFHEE
Site 99T1072RAPRTHETFHEEEED
Site 100S1082EEEEDMDSYQDRDLE
Site 101Y1083EEEDMDSYQDRDLER
Site 102T1100RKWLNALTKRQEYLD
Site 103Y1105ALTKRQEYLDQQLQK
Site 104S1115QQLQKLVSKRDKTED
Site 105T1120LVSKRDKTEDDADRE
Site 106T1136QLLEMRLTLTEERNA
Site 107T1138LEMRLTLTEERNAVM
Site 108T1161PGAPAEWTPVPGMET
Site 109S1183DLNADDFSSQDNLDD
Site 110S1184LNADDFSSQDNLDDP
Site 111T1199EAGGWDATLTGEEEE
Site 112T1201GGWDATLTGEEEEEF
Site 113S1226GEVKAEASWDSAVHG
Site 114T1241CPQLSRGTPVDERLF
Site 115S1284GRQGFAQSLLKKMSH
Site 116S1290QSLLKKMSHRSSIPG
Site 117S1293LKKMSHRSSIPGCGV
Site 118S1294KKMSHRSSIPGCGVT
Site 119S1333ANVENPASADSEAYI
Site 120S1336ENPASADSEAYIEKY
Site 121T1355LAVENLLTLDRLRQE
Site 122S1376LTGKGKLSRRSISSP
Site 123S1379KGKLSRRSISSPNVN
Site 124S1381KLSRRSISSPNVNRL
Site 125S1382LSRRSISSPNVNRLS
Site 126S1389SPNVNRLSGSRQDLI
Site 127S1391NVNRLSGSRQDLIPS
Site 128S1398SRQDLIPSYSLGSNK
Site 129Y1399RQDLIPSYSLGSNKG
Site 130S1400QDLIPSYSLGSNKGR
Site 131S1410SNKGRWESQQDVSQT
Site 132S1415WESQQDVSQTTVSRG
Site 133T1418QQDVSQTTVSRGIAP
Site 134S1430IAPAPALSVSPQNNH
Site 135S1432PAPALSVSPQNNHSP
Site 136S1438VSPQNNHSPDPGLSN
Site 137S1444HSPDPGLSNLAASYL
Site 138S1456SYLNPVKSFVPQMPK
Site 139S1467QMPKLLKSLFPVRDE
Site 140S1481EKRGKRPSPLAHQPV
Site 141S1497RIMVQSASPDIRVTR
Site 142T1503ASPDIRVTRMEEAQP
Site 143S1537DKPAKVPSPPPVIAV
Site 144S1559EAQDGPPSPLSEASS
Site 145S1562DGPPSPLSEASSGYF
Site 146S1565PSPLSEASSGYFSHS
Site 147S1566SPLSEASSGYFSHSV
Site 148Y1568LSEASSGYFSHSVST
Site 149S1570EASSGYFSHSVSTAT
Site 150S1572SSGYFSHSVSTATLS
Site 151S1574GYFSHSVSTATLSDA
Site 152T1577SHSVSTATLSDALGP
Site 153S1594DAAAPPGSMPTAPEA
Site 154S1608AEPEAPISHPPPPTA
Site 155T1614ISHPPPPTAVPAEEP
Site 156S1629PGPQQLVSPGRERPD
Site 157S1644LEAPAPGSPFRVRRV
Site 158S1654RVRRVRASELRSFSR
Site 159S1658VRASELRSFSRMLAG
Site 160S1660ASELRSFSRMLAGDP
Site 161S1670LAGDPGCSPGAEGNA
Site 162S1689AGGQALASDSEEADE
Site 163S1691GQALASDSEEADEVP
Site 164Y1719HKTGVVRYVGPADFQ
Site 165S1745PSGKNDGSIGGKQYF
Site 166Y1751GSIGGKQYFRCNPGY
Site 167Y1758YFRCNPGYGLLVRPS
Site 168S1765YGLLVRPSRVRRATG
Site 169T1771PSRVRRATGPVRRRS
Site 170S1778TGPVRRRSTGLRLGA
Site 171T1779GPVRRRSTGLRLGAP
Site 172S1791GAPEARRSATLSGSA
Site 173T1793PEARRSATLSGSATN
Site 174S1795ARRSATLSGSATNLA
Site 175S1797RSATLSGSATNLASL
Site 176T1799ATLSGSATNLASLTA
Site 177S1803GSATNLASLTAALAK
Site 178S1814ALAKADRSHKNPENR
Site 179S1823KNPENRKSWAS____
Site 180S1826ENRKSWAS_______
 
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