PhosphoNET

           
Protein Info 
   
Short Name:  FIGN
Full Name:  Fidgetin
Alias: 
Type:  Uncharacterized
Mass (Da):  82146
Number AA:  759
UniProt ID:  Q5HY92
International Prot ID:  IPI00164946
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016363     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0017111   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 1S3_____MISSTSVYGL
Site 2Y8MISSTSVYGLKMQWT
Site 3T29PEQHFDITSTTRSPA
Site 4S30EQHFDITSTTRSPAH
Site 5T31QHFDITSTTRSPAHK
Site 6S34DITSTTRSPAHKVEA
Site 7Y50RGHLQRTYQYAWAND
Site 8S60AWANDDISALTASNL
Site 9S65DISALTASNLLKKYA
Site 10Y71ASNLLKKYAEKYSGI
Site 11S89PVDRPVLSNYSDTPS
Site 12Y91DRPVLSNYSDTPSGL
Site 13S92RPVLSNYSDTPSGLV
Site 14T94VLSNYSDTPSGLVNG
Site 15S96SNYSDTPSGLVNGRK
Site 16S106VNGRKNESEPWQPSL
Site 17S112ESEPWQPSLNSEAVY
Site 18S115PWQPSLNSEAVYPMN
Site 19Y119SLNSEAVYPMNCVPD
Site 20S156GSSPGVASNLTEPSY
Site 21T159PGVASNLTEPSYSSS
Site 22S162ASNLTEPSYSSSTCG
Site 23Y163SNLTEPSYSSSTCGS
Site 24S164NLTEPSYSSSTCGSH
Site 25S166TEPSYSSSTCGSHTV
Site 26S170YSSSTCGSHTVPSLH
Site 27T172SSTCGSHTVPSLHAG
Site 28S175CGSHTVPSLHAGLPS
Site 29S182SLHAGLPSQEYAPGY
Site 30Y185AGLPSQEYAPGYNGS
Site 31Y189SQEYAPGYNGSYLHS
Site 32S192YAPGYNGSYLHSTYS
Site 33Y193APGYNGSYLHSTYSS
Site 34S196YNGSYLHSTYSSQPA
Site 35T197NGSYLHSTYSSQPAP
Site 36S199SYLHSTYSSQPAPAL
Site 37S200YLHSTYSSQPAPALP
Site 38S208QPAPALPSPHPSPLH
Site 39S212ALPSPHPSPLHSSGL
Site 40S216PHPSPLHSSGLLQPP
Site 41S217HPSPLHSSGLLQPPP
Site 42Y236PPALVPGYNGTSNLS
Site 43T239LVPGYNGTSNLSSYS
Site 44S240VPGYNGTSNLSSYSY
Site 45S243YNGTSNLSSYSYPSA
Site 46S244NGTSNLSSYSYPSAS
Site 47Y245GTSNLSSYSYPSASY
Site 48S246TSNLSSYSYPSASYP
Site 49Y247SNLSSYSYPSASYPP
Site 50S249LSSYSYPSASYPPQT
Site 51S251SYSYPSASYPPQTAV
Site 52Y252YSYPSASYPPQTAVG
Site 53T256SASYPPQTAVGSGYS
Site 54S260PPQTAVGSGYSPGGA
Site 55S263TAVGSGYSPGGAPPP
Site 56S272GGAPPPPSAYLPSGI
Site 57Y274APPPPSAYLPSGIPA
Site 58S277PPSAYLPSGIPAPTP
Site 59T288APTPLPPTTVPGYTY
Site 60T289PTPLPPTTVPGYTYQ
Site 61Y293PPTTVPGYTYQGHGL
Site 62Y295TTVPGYTYQGHGLTP
Site 63S311APSALTNSSASSLKR
Site 64S312PSALTNSSASSLKRK
Site 65S315LTNSSASSLKRKAFY
Site 66Y322SLKRKAFYMAGQGDM
Site 67S331AGQGDMDSSYGNYSY
Site 68S332GQGDMDSSYGNYSYG
Site 69Y333QGDMDSSYGNYSYGQ
Site 70S337DSSYGNYSYGQQRST
Site 71Y338SSYGNYSYGQQRSTQ
Site 72S343YSYGQQRSTQSPMYR
Site 73T344SYGQQRSTQSPMYRM
Site 74S346GQQRSTQSPMYRMPD
Site 75Y349RSTQSPMYRMPDNSI
Site 76S355MYRMPDNSISNTNRG
Site 77S357RMPDNSISNTNRGNG
Site 78T359PDNSISNTNRGNGFD
Site 79S368RGNGFDRSAETSSLA
Site 80S372FDRSAETSSLAFKPT
Site 81S373DRSAETSSLAFKPTK
Site 82T379SSLAFKPTKQLMSSE
Site 83S385PTKQLMSSEQQRKFS
Site 84S392SEQQRKFSSQSSRAL
Site 85S393EQQRKFSSQSSRALT
Site 86S395QRKFSSQSSRALTPP
Site 87S396RKFSSQSSRALTPPS
Site 88T400SQSSRALTPPSYSTA
Site 89S403SRALTPPSYSTAKNS
Site 90Y404RALTPPSYSTAKNSL
Site 91S405ALTPPSYSTAKNSLG
Site 92T406LTPPSYSTAKNSLGS
Site 93S410SYSTAKNSLGSRSSE
Site 94S413TAKNSLGSRSSESFG
Site 95S415KNSLGSRSSESFGKY
Site 96S416NSLGSRSSESFGKYT
Site 97S418LGSRSSESFGKYTSP
Site 98Y422SSESFGKYTSPVMSE
Site 99T423SESFGKYTSPVMSEH
Site 100S424ESFGKYTSPVMSEHG
Site 101S428KYTSPVMSEHGDEHR
Site 102S439DEHRQLLSHPMQGPG
Site 103T451GPGLRAATSSNHSVD
Site 104S452PGLRAATSSNHSVDE
Site 105S453GLRAATSSNHSVDEQ
Site 106S456AATSSNHSVDEQLKN
Site 107T466EQLKNTDTHLIDLVT
Site 108S521GLTALPRSILLFGPR
Site 109T530LLFGPRGTGKTLLGR
Site 110T533GPRGTGKTLLGRCIA
Site 111S593DIDMLLSSQVNEEHS
Site 112S600SQVNEEHSPVSRMRT
Site 113S603NEEHSPVSRMRTEFL
Site 114T607SPVSRMRTEFLMQLD
Site 115S639KPEEIDESLRRYFMK
Site 116Y643IDESLRRYFMKRLLI
Site 117Y671QLLSQHNYCLNDKEF
Site 118S689VQRTEGFSGLDVAHL
Site 119S719DLSAIMPSQLRPVTY
Site 120T725PSQLRPVTYQDFENA
Site 121Y726SQLRPVTYQDFENAF
Site 122S739AFCKIQPSISQKELD
Site 123S741CKIQPSISQKELDMY
Site 124Y748SQKELDMYVEWNKMF
 
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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