PhosphoNET

           
Protein Info 
   
Short Name:  KIF27
Full Name:  Kinesin-like protein KIF27
Alias: 
Type: 
Mass (Da):  160283
Number AA:  1401
UniProt ID:  Q86VH2
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1Y61NSTQDEVYNTCIKPL
Site 2Y83YNATVFAYGQTGSGK
Site 3T91GQTGSGKTYTIGGGH
Site 4Y92QTGSGKTYTIGGGHI
Site 5T93TGSGKTYTIGGGHIA
Site 6S120AIQEIFQSISEHPSI
Site 7S122QEIFQSISEHPSIDF
Site 8S126QSISEHPSIDFNVKV
Site 9S152DLLELETSMKDLHIR
Site 10T166REDEKGNTVIVGAKE
Site 11T195MGNAARHTGTTQMNE
Site 12T198AARHTGTTQMNEHSS
Site 13S204TTQMNEHSSRSHAIF
Site 14S229MEAAEDGSWYSPRHI
Site 15S232AEDGSWYSPRHIVSK
Site 16S248HFVDLAGSERVTKTG
Site 17T252LAGSERVTKTGNTGE
Site 18S264TGERFKESIQINSGL
Site 19S288LGDPRRKSSHIPYRD
Site 20S289GDPRRKSSHIPYRDA
Site 21Y293RKSSHIPYRDAKITR
Site 22T299PYRDAKITRLLKDSL
Site 23S305ITRLLKDSLGGSAKT
Site 24S321MITCVSPSSSNFDES
Site 25S322ITCVSPSSSNFDESL
Site 26S323TCVSPSSSNFDESLN
Site 27S328SSSNFDESLNSLKYA
Site 28S331NFDESLNSLKYANRA
Site 29Y334ESLNSLKYANRARNI
Site 30T346RNIRNKPTVNFSPES
Site 31S350NKPTVNFSPESDRID
Site 32S353TVNFSPESDRIDEME
Site 33S372LLREALQSQQAGVSQ
Site 34S378QSQQAGVSQTTQINR
Site 35T380QQAGVSQTTQINREG
Site 36T381QAGVSQTTQINREGS
Site 37S388TQINREGSPDTNRIH
Site 38T391NREGSPDTNRIHSLE
Site 39S396PDTNRIHSLEEQVAQ
Site 40T428FLVDLKDTVRLNEKQ
Site 41T463SFRGIGGTASLEEGP
Site 42S465RGIGGTASLEEGPQH
Site 43S523ENKGHAVSLKEAQKV
Site 44S549QLLVDQLSEELTKLN
Site 45T553DQLSEELTKLNLSVT
Site 46S558ELTKLNLSVTSSAKE
Site 47T560TKLNLSVTSSAKENC
Site 48S562LNLSVTSSAKENCGD
Site 49Y581RIPERRPYTVPFDTH
Site 50T582IPERRPYTVPFDTHL
Site 51T587PYTVPFDTHLGHYIY
Site 52Y594THLGHYIYIPSRQDS
Site 53S597GHYIYIPSRQDSRKV
Site 54S601YIPSRQDSRKVHTSP
Site 55S607DSRKVHTSPPMYSLD
Site 56Y611VHTSPPMYSLDRIFA
Site 57S612HTSPPMYSLDRIFAG
Site 58S643KVLHCQFSDNSDDEE
Site 59S646HCQFSDNSDDEESEG
Site 60S651DNSDDEESEGQEKSG
Site 61S657ESEGQEKSGTRCRSR
Site 62T659EGQEKSGTRCRSRSW
Site 63S663KSGTRCRSRSWIQKP
Site 64S665GTRCRSRSWIQKPDS
Site 65S675QKPDSVCSLVELSDT
Site 66S680VCSLVELSDTQDETQ
Site 67T682SLVELSDTQDETQKS
Site 68T686LSDTQDETQKSDLEN
Site 69S689TQDETQKSDLENEDL
Site 70S704KIDCLQESQELNLQK
Site 71S715NLQKLKNSERILTEA
Site 72T720KNSERILTEAKQKMR
Site 73T730KQKMRELTINIKMKE
Site 74T746LIKELIKTGNDAKSV
Site 75S752KTGNDAKSVSKQYSL
Site 76S754GNDAKSVSKQYSLKV
Site 77Y757AKSVSKQYSLKVTKL
Site 78S758KSVSKQYSLKVTKLE
Site 79T778AKVELIETQKQLQEL
Site 80S791ELENKDLSDVAMKVK
Site 81S824LQKKQQDSKKLASLS
Site 82S829QDSKKLASLSIQNEK
Site 83S831SKKLASLSIQNEKRA
Site 84S844RANELEQSVDHMKYQ
Site 85Y850QSVDHMKYQKIQLQR
Site 86S911NLKRRKGSFGSIDHL
Site 87S957KKREAIVSKKEALLQ
Site 88S967EALLQEKSHLENKKL
Site 89S977ENKKLRSSQALNTDS
Site 90T982RSSQALNTDSLKIST
Site 91S984SQALNTDSLKISTRL
Site 92S988NTDSLKISTRLNLLE
Site 93S999NLLEQELSEKNVQLQ
Site 94S1048LKNGRVLSPEEEHVL
Site 95S1075AIEYRNESIQNRQKS
Site 96S1082SIQNRQKSLRASFHN
Site 97S1086RQKSLRASFHNLSRG
Site 98Y1133AERKQQLYNEEMKMK
Site 99T1167LQCDRRLTLQQKEHE
Site 100T1195DGEGIMETFKTYEDK
Site 101T1198GIMETFKTYEDKIQQ
Site 102Y1211QQLEKDLYFYKKTSR
Site 103T1216DLYFYKKTSRDHKKK
Site 104S1239IRRQLAPSEYQEAGD
Site 105Y1241RQLAPSEYQEAGDGV
Site 106S1258PEGGGMLSEELKWAS
Site 107S1265SEELKWASRPESMKL
Site 108S1269KWASRPESMKLSGRE
Site 109S1273RPESMKLSGREREMD
Site 110S1281GREREMDSSASSLRT
Site 111S1282REREMDSSASSLRTQ
Site 112S1284REMDSSASSLRTQPN
Site 113S1285EMDSSASSLRTQPNP
Site 114T1288SSASSLRTQPNPQKL
Site 115S1307PELPPIHSSLAPPSG
Site 116S1308ELPPIHSSLAPPSGH
Site 117S1313HSSLAPPSGHMLGNE
Site 118T1331ETDDNQFTKSHSRLS
Site 119S1333DDNQFTKSHSRLSSQ
Site 120S1338TKSHSRLSSQIQVVG
Site 121S1339KSHSRLSSQIQVVGN
Site 122T1354VGRLHGVTPVKLCRK
Site 123S1367RKELRQISALELSLR
Site 124S1372QISALELSLRRSSLG
Site 125S1377ELSLRRSSLGVGIGS
Site 126S1389IGSMAADSIEVSRKP
Site 127S1393AADSIEVSRKPRDLK
 
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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