PhosphoNET

           
Protein Info 
   
Short Name:  C11orf82
Full Name:  Nitric oxide-inducible gene protein
Alias:  Chromosome 11 open reading frame 82; FLJ13936; FLJ25416; FLJ38838; LOC220042; NOXIN
Type: 
Mass (Da):  111620
Number AA: 
UniProt ID:  Q8IXT1
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634   Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006915  GO:0007050   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 1S11RRKFLLASVLALQNS
Site 2Y22LQNSSFIYPSCQKCF
Site 3S24NSSFIYPSCQKCFSR
Site 4S36FSRIILVSKRSNCPK
Site 5S39IILVSKRSNCPKCGS
Site 6S46SNCPKCGSTGESGNA
Site 7S50KCGSTGESGNANYRY
Site 8Y57SGNANYRYKLSLKVA
Site 9S60ANYRYKLSLKVAESN
Site 10T103DPNKIPETLDNDTTQ
Site 11T108PETLDNDTTQNLLTK
Site 12T109ETLDNDTTQNLLTKA
Site 13S144PGQGSDASNFLQQCS
Site 14T187YFHQLLQTFNFRKLQ
Site 15S197FRKLQCDSQAPNNHL
Site 16S210HLLALDHSNSDLSSI
Site 17S212LALDHSNSDLSSIYT
Site 18S215DHSNSDLSSIYTSDS
Site 19S216HSNSDLSSIYTSDST
Site 20Y218NSDLSSIYTSDSTSD
Site 21T219SDLSSIYTSDSTSDF
Site 22S220DLSSIYTSDSTSDFF
Site 23S222SSIYTSDSTSDFFKS
Site 24T223SIYTSDSTSDFFKSC
Site 25S224IYTSDSTSDFFKSCS
Site 26S229STSDFFKSCSKDTFS
Site 27S231SDFFKSCSKDTFSKF
Site 28T234FKSCSKDTFSKFWQP
Site 29S236SCSKDTFSKFWQPSL
Site 30S259LTDNDDFSASEQSKA
Site 31S261DNDDFSASEQSKAFG
Site 32S276TLQQNRKSISIAEAT
Site 33T283SISIAEATGSSSCHD
Site 34S285SIAEATGSSSCHDPI
Site 35S286IAEATGSSSCHDPIQ
Site 36S297DPIQDSWSLVSYMDK
Site 37S300QDSWSLVSYMDKKST
Site 38Y301DSWSLVSYMDKKSTA
Site 39S306VSYMDKKSTAEKLGK
Site 40S323GLQAKELSAVHSSHH
Site 41S327KELSAVHSSHHEIGV
Site 42S337HEIGVNDSNLFSLEM
Site 43S341VNDSNLFSLEMREPL
Site 44S350EMREPLESSNTKSFH
Site 45S351MREPLESSNTKSFHS
Site 46T353EPLESSNTKSFHSAV
Site 47S355LESSNTKSFHSAVEI
Site 48S366AVEIKNRSQHELPCF
Site 49T380FQHHGIDTPTSLQKR
Site 50S383HGIDTPTSLQKRSAC
Site 51S388PTSLQKRSACCPPSL
Site 52S394RSACCPPSLLRLEET
Site 53T401SLLRLEETASSSQDG
Site 54S403LRLEETASSSQDGDP
Site 55S404RLEETASSSQDGDPQ
Site 56S405LEETASSSQDGDPQI
Site 57S419IWDDLPFSESLNKFL
Site 58S421DDLPFSESLNKFLAV
Site 59T436LESEIAVTQADVSSR
Site 60S441AVTQADVSSRKHHVD
Site 61S459DKFHADHSRLSVTPQ
Site 62S462HADHSRLSVTPQRTT
Site 63T464DHSRLSVTPQRTTGA
Site 64T469SVTPQRTTGALHTPP
Site 65T474RTTGALHTPPIALRS
Site 66S504FNCKGNLSPSVEKES
Site 67S506CKGNLSPSVEKESQP
Site 68S511SPSVEKESQPDNKVE
Site 69S530NHNGRDMSEYFLPNP
Site 70Y532NGRDMSEYFLPNPYL
Site 71Y538EYFLPNPYLSALSSS
Site 72S540FLPNPYLSALSSSSK
Site 73S543NPYLSALSSSSKDLE
Site 74S544PYLSALSSSSKDLET
Site 75S545YLSALSSSSKDLETI
Site 76S546LSALSSSSKDLETIV
Site 77T551SSSKDLETIVTLKKT
Site 78T554KDLETIVTLKKTIRI
Site 79T558TIVTLKKTIRISPHR
Site 80S562LKKTIRISPHRESDH
Site 81S567RISPHRESDHSSLNN
Site 82S570PHRESDHSSLNNKYL
Site 83S571HRESDHSSLNNKYLN
Site 84Y576HSSLNNKYLNGCGEI
Site 85S584LNGCGEISVSEMNEK
Site 86S586GCGEISVSEMNEKLT
Site 87Y600TTLCYRKYNDVSDLC
Site 88S604YRKYNDVSDLCKLEN
Site 89Y614CKLENKQYCRWSKNQ
Site 90T626KNQDDSFTICRKLTY
Site 91Y633TICRKLTYPLETLCN
Site 92T637KLTYPLETLCNSPNR
Site 93S641PLETLCNSPNRSTNT
Site 94S645LCNSPNRSTNTLKEM
Site 95T646CNSPNRSTNTLKEMP
Site 96T648SPNRSTNTLKEMPWG
Site 97S666NNVTQSYSIGYEGSY
Site 98S672YSIGYEGSYDASADL
Site 99Y673SIGYEGSYDASADLF
Site 100S676YEGSYDASADLFDDI
Site 101S697ATEITKKSQDILLKW
Site 102T706DILLKWGTSLAESHP
Site 103S707ILLKWGTSLAESHPS
Site 104S711WGTSLAESHPSESDF
Site 105S714SLAESHPSESDFSLR
Site 106S716AESHPSESDFSLRSL
Site 107S719HPSESDFSLRSLSED
Site 108S722ESDFSLRSLSEDFIQ
Site 109S724DFSLRSLSEDFIQPS
Site 110S731SEDFIQPSQKLSLQS
Site 111S735IQPSQKLSLQSLSDS
Site 112S738SQKLSLQSLSDSRHS
Site 113S740KLSLQSLSDSRHSRT
Site 114S742SLQSLSDSRHSRTCS
Site 115S745SLSDSRHSRTCSPTP
Site 116T747SDSRHSRTCSPTPHF
Site 117S749SRHSRTCSPTPHFQS
Site 118T751HSRTCSPTPHFQSDS
Site 119S756SPTPHFQSDSEYNFE
Site 120S758TPHFQSDSEYNFENS
Site 121Y760HFQSDSEYNFENSQD
Site 122S765SEYNFENSQDFVPCS
Site 123S772SQDFVPCSQSTPISG
Site 124S774DFVPCSQSTPISGFH
Site 125T775FVPCSQSTPISGFHQ
Site 126S778CSQSTPISGFHQTRI
Site 127Y805YSDLDGNYEKIRIFP
Site 128S820ENDKQQASPSCPKNI
Site 129S822DKQQASPSCPKNIKT
Site 130T829SCPKNIKTPSQKIRS
Site 131S831PKNIKTPSQKIRSPI
Site 132S836TPSQKIRSPIVSGVS
Site 133S840KIRSPIVSGVSQPDV
Site 134S843SPIVSGVSQPDVFNH
Site 135S861AECHETDSDEWVPPT
Site 136T868SDEWVPPTTQKIFPS
Site 137T869DEWVPPTTQKIFPSD
Site 138S875TTQKIFPSDMLGFQG
Site 139Y892LGKCLAAYHFPDQQE
Site 140T912LKHIRQGTNKGLIKK
Site 141Y937TKKKTHKYNCKSSGW
Site 142S967HPILGPDSCSEVKCC
Site 143S978VKCCLPFSEKGPPSV
Site 144S984FSEKGPPSVCETRSA
Site 145T988GPPSVCETRSAWSPE
Site 146S990PSVCETRSAWSPELF
Site 147S993CETRSAWSPELFS__
 
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