PhosphoNET

           
Protein Info 
   
Short Name:  UTY
Full Name:  Histone demethylase UTY
Alias:  Ubiquitously transcribed Y chromosome tetratricopeptide repeat
Type:  Nucleus protein
Mass (Da):  149548
Number AA:  1347
UniProt ID:  O14607
International Prot ID:  IPI00023013
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005730     Uniprot OncoNet
Molecular Function:  GO:0005506  GO:0016702   PhosphoSite+ KinaseNET
Biological Process:  GO:0016568  GO:0055114   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 1S28KMAEGKASRESEEES
Site 2S31EGKASRESEEESVSL
Site 3S35SRESEEESVSLTVEE
Site 4S37ESEEESVSLTVEERE
Site 5T39EEESVSLTVEEREAL
Site 6T68EDGARTKTLLGKAVR
Site 7S90KAEGKVESDFFCQLG
Site 8S107NLLLEDYSKALSAYQ
Site 9S111EDYSKALSAYQRYYS
Site 10Y113YSKALSAYQRYYSLQ
Site 11Y117LSAYQRYYSLQADYW
Site 12Y123YYSLQADYWKNAAFL
Site 13Y155KAFQDVLYVDPSFCR
Site 14S159DVLYVDPSFCRAKEI
Site 15T178GLMFKVNTDYKSSLK
Site 16Y180MFKVNTDYKSSLKHF
Site 17S182KVNTDYKSSLKHFQL
Site 18Y212QFHIAHLYETQRKYH
Site 19T214HIAHLYETQRKYHSA
Site 20Y218LYETQRKYHSAKEAY
Site 21Y269KESYAIQYLQKSLEA
Site 22S273AIQYLQKSLEADPNS
Site 23S280SLEADPNSGQSWYFL
Site 24Y285PNSGQSWYFLGRCYS
Site 25Y291WYFLGRCYSSIGKVQ
Site 26S292YFLGRCYSSIGKVQD
Site 27S303KVQDAFISYRQSIDK
Site 28S307AFISYRQSIDKSEAS
Site 29S311YRQSIDKSEASADTW
Site 30S314SIDKSEASADTWCSI
Site 31Y359WMDLGTLYESCNQPQ
Site 32Y372PQDAIKCYLNAARSK
Site 33S378CYLNAARSKRCSNTS
Site 34S382AARSKRCSNTSTLAA
Site 35S385SKRCSNTSTLAARIK
Site 36T386KRCSNTSTLAARIKF
Site 37S417HPVQQVYSLCLTPQK
Site 38T421QVYSLCLTPQKLQHL
Site 39S451HQLEQLESQFVLMQQ
Site 40T478GIHNGAITDSSLPTN
Site 41S480HNGAITDSSLPTNSV
Site 42S481NGAITDSSLPTNSVS
Site 43T484ITDSSLPTNSVSNRQ
Site 44S486DSSLPTNSVSNRQPH
Site 45S488SLPTNSVSNRQPHGA
Site 46T497RQPHGALTRVSSVSQ
Site 47S500HGALTRVSSVSQPGV
Site 48S501GALTRVSSVSQPGVR
Site 49S503LTRVSSVSQPGVRPA
Site 50S550GSNCIAGSESNGNVP
Site 51Y558ESNGNVPYLQQNTHT
Site 52T571HTLPHNHTDLNSSTE
Site 53T577HTDLNSSTEEPWRKQ
Site 54S586EPWRKQLSNSAQGLH
Site 55S595SAQGLHKSQSSCLSG
Site 56S597QGLHKSQSSCLSGPN
Site 57S598GLHKSQSSCLSGPNE
Site 58S601KSQSSCLSGPNEEQP
Site 59S614QPLFSTGSAQYHQAT
Site 60T633KKANEHLTLPSNSVP
Site 61S636NEHLTLPSNSVPQGD
Site 62S638HLTLPSNSVPQGDAD
Site 63S646VPQGDADSHLSCHTA
Site 64S649GDADSHLSCHTATSG
Site 65S655LSCHTATSGGQQGIM
Site 66T664GQQGIMFTKESKPSK
Site 67S667GIMFTKESKPSKNRS
Site 68S670FTKESKPSKNRSLVP
Site 69S674SKPSKNRSLVPETSR
Site 70T679NRSLVPETSRHTGDT
Site 71S680RSLVPETSRHTGDTS
Site 72T683VPETSRHTGDTSNGC
Site 73T686TSRHTGDTSNGCADV
Site 74S709QLIADAVSSPNHGDS
Site 75S710LIADAVSSPNHGDSP
Site 76S716SSPNHGDSPNLLIAD
Site 77T758HPAVHTKTDHSVASS
Site 78S761VHTKTDHSVASSPSS
Site 79S764KTDHSVASSPSSAIS
Site 80S765TDHSVASSPSSAIST
Site 81S767HSVASSPSSAISTAT
Site 82S768SVASSPSSAISTATP
Site 83S771SSPSSAISTATPSPK
Site 84T772SPSSAISTATPSPKS
Site 85T774SSAISTATPSPKSTE
Site 86S776AISTATPSPKSTEQR
Site 87S779TATPSPKSTEQRSIN
Site 88T780ATPSPKSTEQRSINS
Site 89S784PKSTEQRSINSVTSL
Site 90S787TEQRSINSVTSLNSP
Site 91T789QRSINSVTSLNSPHS
Site 92S790RSINSVTSLNSPHSG
Site 93S793NSVTSLNSPHSGLHT
Site 94S796TSLNSPHSGLHTVNG
Site 95T800SPHSGLHTVNGEGLG
Site 96S809NGEGLGKSQSSTKVD
Site 97S811EGLGKSQSSTKVDLP
Site 98T813LGKSQSSTKVDLPLA
Site 99S821KVDLPLASHRSTSQI
Site 100S824LPLASHRSTSQILPS
Site 101T825PLASHRSTSQILPSM
Site 102S826LASHRSTSQILPSMS
Site 103S856NPGKNGLSNSCILLD
Site 104S858GKNGLSNSCILLDKC
Site 105T872CPPPRPPTSPYPPLP
Site 106S873PPPRPPTSPYPPLPK
Site 107Y875PRPPTSPYPPLPKDK
Site 108T887KDKLNPPTPSIYLEN
Site 109Y891NPPTPSIYLENKRDA
Site 110T908PPLHQFCTNPKNPVT
Site 111T915TNPKNPVTVIRGLAG
Site 112T935LGLFSTKTLVEANNE
Site 113T962ADENWDPTGTKKIWR
Site 114T977CESNRSHTTIAKYAQ
Site 115Y982SHTTIAKYAQYQASS
Site 116Y985TIAKYAQYQASSFQE
Site 117S988KYAQYQASSFQESLR
Site 118S989YAQYQASSFQESLRE
Site 119S993QASSFQESLREENEK
Site 120S1008RTQHKDHSDNESTSS
Site 121S1012KDHSDNESTSSENSG
Site 122S1014HSDNESTSSENSGRR
Site 123S1015SDNESTSSENSGRRR
Site 124S1018ESTSSENSGRRRKGP
Site 125T1028RRKGPFKTIKFGTNI
Site 126T1033FKTIKFGTNIDLSDN
Site 127S1038FGTNIDLSDNKKWKL
Site 128Y1082GMNTVQLYMKVPGSR
Site 129S1088LYMKVPGSRTPGHQE
Site 130T1090MKVPGSRTPGHQENN
Site 131Y1148WPNLEDLYEANVPVY
Site 132Y1203YKLAVERYEWNKLKS
Site 133S1210YEWNKLKSVKSPVPM
Site 134S1213NKLKSVKSPVPMVHL
Site 135S1231MARNIKVSDPKLFEM
Site 136T1252KILKQYQTLREALVA
Site 137Y1277TNDEPAHYCSICEVE
Site 138T1312CHDCARKTSKSLENF
Site 139S1313HDCARKTSKSLENFV
Site 140S1315CARKTSKSLENFVVL
Site 141S1342DQFTLALSLSSSS__
 
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