PhosphoNET

           
Protein Info 
   
Short Name:  MPHOSPH1
Full Name:  Kinesin-like protein KIF20B
Alias:  Cancer/testis antigen 90; CT90; KIF20B; Kinesin family member 20B; Kinesin-related motor interacting with PIN1; KRMP1; Mitotic kinesin-like protein; M-phase phosphoprotein 1; MPP1; MPP-1; MPPH1
Type:  Motor protein
Mass (Da):  210683
Number AA:  1820
UniProt ID:  Q96Q89
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005813  GO:0005874  GO:0005730 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0016887  GO:0050699 PhosphoSite+ KinaseNET
Biological Process:  GO:0007050  GO:0051301  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 1S14QEGVPRPSYVFSADP
Site 2Y15EGVPRPSYVFSADPI
Site 3S18PRPSYVFSADPIARP
Site 4S26ADPIARPSEINFDGI
Site 5S38DGIKLDLSHEFSLVA
Site 6S42LDLSHEFSLVAPNTE
Site 7T48FSLVAPNTEANSFES
Site 8S52APNTEANSFESKDYL
Site 9Y58NSFESKDYLQVCLRI
Site 10T69CLRIRPFTQSEKELE
Site 11S71RIRPFTQSEKELESE
Site 12T88VHILDSQTVVLKEPQ
Site 13S102QCILGRLSEKSSGQM
Site 14S105LGRLSEKSSGQMAQK
Site 15S106GRLSEKSSGQMAQKF
Site 16S114GQMAQKFSFSKVFGP
Site 17S116MAQKFSFSKVFGPAT
Site 18T123SKVFGPATTQKEFFQ
Site 19T124KVFGPATTQKEFFQG
Site 20S145KDLLKGQSRLIFTYG
Site 21Y151QSRLIFTYGLTNSGK
Site 22T154LIFTYGLTNSGKTYT
Site 23Y160LTNSGKTYTFQGTEE
Site 24T161TNSGKTYTFQGTEEN
Site 25S182TLNVLFDSLQERLYT
Site 26Y188DSLQERLYTKMNLKP
Site 27T189SLQERLYTKMNLKPH
Site 28S198MNLKPHRSREYLRLS
Site 29Y201KPHRSREYLRLSSEQ
Site 30S205SREYLRLSSEQEKEE
Site 31S206REYLRLSSEQEKEEI
Site 32S215QEKEEIASKSALLRQ
Site 33S217KEEIASKSALLRQIK
Site 34T227LRQIKEVTVHNDSDD
Site 35S232EVTVHNDSDDTLYGS
Site 36T235VHNDSDDTLYGSLTN
Site 37Y237NDSDDTLYGSLTNSL
Site 38S239SDDTLYGSLTNSLNI
Site 39T241DTLYGSLTNSLNISE
Site 40S243LYGSLTNSLNISEFE
Site 41S247LTNSLNISEFEESIK
Site 42S252NISEFEESIKDYEQA
Site 43Y256FEESIKDYEQANLNM
Site 44S291YDLFVPVSSKFQKRK
Site 45S303KRKMLRLSQDVKGYS
Site 46Y309LSQDVKGYSFIKDLQ
Site 47S310SQDVKGYSFIKDLQW
Site 48S321DLQWIQVSDSKEAYR
Site 49S323QWIQVSDSKEAYRLL
Site 50Y327VSDSKEAYRLLKLGI
Site 51S338KLGIKHQSVAFTKLN
Site 52T342KHQSVAFTKLNNASS
Site 53S348FTKLNNASSRSHSIF
Site 54S349TKLNNASSRSHSIFT
Site 55S351LNNASSRSHSIFTVK
Site 56S353NASSRSHSIFTVKIL
Site 57S365KILQIEDSEMSRVIR
Site 58S384SLCDLAGSERTMKTQ
Site 59T390GSERTMKTQNEGERL
Site 60T400EGERLRETGNINTSL
Site 61S406ETGNINTSLLTLGKC
Site 62T437PFRESKLTHYFQSFF
Site 63Y439RESKLTHYFQSFFNG
Site 64T484QKVCVPDTLNSSQEK
Site 65S487CVPDTLNSSQEKLFG
Site 66S488VPDTLNSSQEKLFGP
Site 67S498KLFGPVKSSQDVSLD
Site 68S499LFGPVKSSQDVSLDS
Site 69S503VKSSQDVSLDSNSNS
Site 70S506SQDVSLDSNSNSKIL
Site 71S508DVSLDSNSNSKILNV
Site 72S510SLDSNSNSKILNVKR
Site 73T519ILNVKRATISWENSL
Site 74S521NVKRATISWENSLED
Site 75S525ATISWENSLEDLMED
Site 76T560LDEDLDKTLEENKAF
Site 77S569EENKAFISHEEKRKL
Site 78Y612VTQEFTQYWAQREAD
Site 79T669TKVETEETHNYVGFE
Site 80Y672ETEETHNYVGFEDII
Site 81S681GFEDIIDSLQDNVAD
Site 82T727IKAELAKTKGELIKT
Site 83T734TKGELIKTKEELKKR
Site 84S745LKKRENESDSLIQEL
Site 85S747KRENESDSLIQELET
Site 86S755LIQELETSNKKIITQ
Site 87T779IIDQKEDTINEFQNL
Site 88T793LKSHMENTFKCNDKA
Site 89S804NDKADTSSLIINNKL
Site 90S823TVEVPKDSKSKICSE
Site 91S825EVPKDSKSKICSERK
Site 92S829DSKSKICSERKRVNE
Site 93S850EPPAKKGSIHVSSAI
Site 94S854KKGSIHVSSAITEDQ
Site 95S920VHFQQELSLSEKKNL
Site 96S922FQQELSLSEKKNLTL
Site 97T928LSEKKNLTLSKEVQQ
Site 98S930EKKNLTLSKEVQQIQ
Site 99S938KEVQQIQSNYDIAIA
Site 100Y940VQQIQSNYDIAIAEL
Site 101S952AELHVQKSKNQEQEE
Site 102S965EEKIMKLSNEIETAT
Site 103S974EIETATRSITNNVSQ
Site 104T976ETATRSITNNVSQIK
Site 105S980RSITNNVSQIKLMHT
Site 106T987SQIKLMHTKIDELRT
Site 107T994TKIDELRTLDSVSQI
Site 108S997DELRTLDSVSQISNI
Site 109S999LRTLDSVSQISNIDL
Site 110S1013LLNLRDLSNGSEEDN
Site 111S1016LRDLSNGSEEDNLPN
Site 112T1024EEDNLPNTQLDLLGN
Site 113Y1033LDLLGNDYLVSKQVK
Site 114S1052QEPNRENSFHSSIEA
Site 115S1056RENSFHSSIEAIWEE
Site 116S1075VKASSKKSHQIEELE
Site 117Y1095LQAEVKGYKDENNRL
Site 118T1134ELQEKNVTLDVQIQH
Site 119S1150VEGKRALSELTQGVT
Site 120S1180QKVERSHSAKLEQDI
Site 121S1211FQEHLQDSVKNTKDL
Site 122T1252LKEEEEETNRQETEK
Site 123T1257EETNRQETEKLKEEL
Site 124S1265EKLKEELSASSARTQ
Site 125S1267LKEELSASSARTQNL
Site 126S1268KEELSASSARTQNLK
Site 127T1271LSASSARTQNLKADL
Site 128Y1285LQRKEEDYADLKEKL
Site 129T1293ADLKEKLTDAKKQIK
Site 130S1307KQVQKEVSVMRDEDK
Site 131S1331EKKKNQCSQELDMKQ
Site 132Y1360VEEAIQQYERACKDL
Site 133T1380IIEDMRMTLEEQEQT
Site 134T1387TLEEQEQTQVEQDQV
Site 135T1407EEVERLATELEKWKE
Site 136T1421EKCNDLETKNNQRSN
Site 137S1427ETKNNQRSNKEHENN
Site 138S1451LQDELQESEQKYNAD
Site 139Y1455LQESEQKYNADRKKW
Site 140T1471EEKMMLITQAKEAEN
Site 141Y1487RNKEMKKYAEDRERF
Site 142T1509EILTAQLTEKDSDLQ
Site 143S1513AQLTEKDSDLQKWRE
Site 144S1538IQLKALISSNVQKDN
Site 145S1555EQLKRIISETSKIET
Site 146T1557LKRIISETSKIETQI
Site 147T1562SETSKIETQIMDIKP
Site 148S1573DIKPKRISSADPDKL
Site 149S1574IKPKRISSADPDKLQ
Site 150T1582ADPDKLQTEPLSTSF
Site 151S1586KLQTEPLSTSFEISR
Site 152T1587LQTEPLSTSFEISRN
Site 153S1588QTEPLSTSFEISRNK
Site 154S1592LSTSFEISRNKIEDG
Site 155S1600RNKIEDGSVVLDSCE
Site 156S1605DGSVVLDSCEVSTEN
Site 157S1609VLDSCEVSTENDQST
Site 158S1615VSTENDQSTRFPKPE
Site 159T1616STENDQSTRFPKPEL
Site 160T1628PELEIQFTPLQPNKM
Site 161T1644VKHPGCTTPVTVKIP
Site 162T1647PGCTTPVTVKIPKAR
Site 163S1658PKARKRKSNEMEEDL
Site 164T1675CENKKNATPRTNLKF
Site 165T1678KKNATPRTNLKFPIS
Site 166S1685TNLKFPISDDRNSSV
Site 167S1690PISDDRNSSVKKEQK
Site 168S1691ISDDRNSSVKKEQKV
Site 169S1703QKVAIRPSSKKTYSL
Site 170S1704KVAIRPSSKKTYSLR
Site 171T1707IRPSSKKTYSLRSQA
Site 172Y1708RPSSKKTYSLRSQAS
Site 173S1709PSSKKTYSLRSQASI
Site 174S1712KKTYSLRSQASIIGV
Site 175T1729ATKKKEGTLQKFGDF
Site 176S1740FGDFLQHSPSILQSK
Site 177S1742DFLQHSPSILQSKAK
Site 178S1746HSPSILQSKAKKIIE
Site 179T1754KAKKIIETMSSSKLS
Site 180S1756KKIIETMSSSKLSNV
Site 181S1757KIIETMSSSKLSNVE
Site 182S1761TMSSSKLSNVEASKE
Site 183S1766KLSNVEASKENVSQP
Site 184S1771EASKENVSQPKRAKR
Site 185Y1781KRAKRKLYTSEISSP
Site 186T1782RAKRKLYTSEISSPI
Site 187S1783AKRKLYTSEISSPID
Site 188S1787LYTSEISSPIDISGQ
Site 189T1816IIKRRLRTKTAK___
 
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