PhosphoNET

           
Protein Info 
   
Short Name:  KIAA0329
Full Name:  Tectonin beta-propeller repeat-containing protein 2
Alias:  K0329; tectonin beta-propeller repeat containing 2
Type:  Unknown function
Mass (Da):  153862
Number AA:  1411
UniProt ID:  O15040
International Prot ID:  IPI00784482
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 1Y37GFRSIVVYLTALDTN
Site 2Y47ALDTNGDYIAVGSSI
Site 3Y58GSSIGMLYLYCRHLN
Site 4Y60SIGMLYLYCRHLNQM
Site 5Y70HLNQMRKYNFEGKTE
Site 6S109AVFQLVSSLPGRNKQ
Site 7T123QLRRFDVTGIHKNSI
Site 8S154DKGKIVYSSLDLDQG
Site 9S155KGKIVYSSLDLDQGL
Site 10S165LDQGLCNSQLVLEEP
Site 11Y197LQRSLLFYTEEKSVR
Site 12T198QRSLLFYTEEKSVRQ
Site 13S202LFYTEEKSVRQIGTQ
Site 14T208KSVRQIGTQPRKSTG
Site 15S213IGTQPRKSTGKFGAC
Site 16T214GTQPRKSTGKFGACF
Site 17T232LCKQSDLTLYASRPG
Site 18Y234KQSDLTLYASRPGLR
Site 19S236SDLTLYASRPGLRLW
Site 20S276ELHPRLESPNSGSCS
Site 21S279PRLESPNSGSCSLPE
Site 22S281LESPNSGSCSLPERH
Site 23S283SPNSGSCSLPERHLG
Site 24Y310SWNEYSIYLLDTVNQ
Site 25S331EGSGDIVSVSCTENE
Site 26S352DRNIIRISSRPEGLT
Site 27S353RNIIRISSRPEGLTS
Site 28T359SSRPEGLTSTVRDGL
Site 29S360SRPEGLTSTVRDGLE
Site 30T361RPEGLTSTVRDGLEM
Site 31S369VRDGLEMSGCSERVH
Site 32S389KLPGATVSETRLRGS
Site 33T391PGATVSETRLRGSSM
Site 34S396SETRLRGSSMASSVA
Site 35S397ETRLRGSSMASSVAS
Site 36S400LRGSSMASSVASEPR
Site 37S401RGSSMASSVASEPRS
Site 38S404SMASSVASEPRSRSS
Site 39S408SVASEPRSRSSSLNS
Site 40S410ASEPRSRSSSLNSTD
Site 41S411SEPRSRSSSLNSTDS
Site 42S412EPRSRSSSLNSTDSG
Site 43S415SRSSSLNSTDSGSGL
Site 44T416RSSSLNSTDSGSGLL
Site 45S418SSLNSTDSGSGLLPP
Site 46S420LNSTDSGSGLLPPGL
Site 47T430LPPGLQATPELGKGS
Site 48S437TPELGKGSQPLSQRF
Site 49S441GKGSQPLSQRFNAIS
Site 50S448SQRFNAISSEDFDQE
Site 51S449QRFNAISSEDFDQEL
Site 52T472RKKKKKKTEGGSRST
Site 53S476KKKTEGGSRSTCHSS
Site 54S478KTEGGSRSTCHSSLE
Site 55T479TEGGSRSTCHSSLES
Site 56S482GSRSTCHSSLESTPC
Site 57S483SRSTCHSSLESTPCS
Site 58S486TCHSSLESTPCSEFP
Site 59T487CHSSLESTPCSEFPG
Site 60S490SLESTPCSEFPGDSP
Site 61S496CSEFPGDSPQSLNTD
Site 62S499FPGDSPQSLNTDLLS
Site 63T502DSPQSLNTDLLSMTS
Site 64S515TSSVLGSSVDQLSAE
Site 65S520GSSVDQLSAESPDQE
Site 66S523VDQLSAESPDQESSF
Site 67S529ESPDQESSFNGEVNG
Site 68T546QENTDPETFNVLEVS
Site 69S555NVLEVSGSMPDSLAE
Site 70S559VSGSMPDSLAEEDDI
Site 71S592AREDVGGSDVTGLGD
Site 72S610PADDGPNSTQLPFQE
Site 73T611ADDGPNSTQLPFQEQ
Site 74S620LPFQEQDSSPGAHDG
Site 75S621PFQEQDSSPGAHDGE
Site 76S653NSLTVPSSLSWAPSA
Site 77S655LTVPSSLSWAPSAEQ
Site 78S659SSLSWAPSAEQWLPG
Site 79T667AEQWLPGTRADEGSP
Site 80S673GTRADEGSPVEPSQE
Site 81S678EGSPVEPSQEQDILT
Site 82T685SQEQDILTSMEASGH
Site 83S686QEQDILTSMEASGHL
Site 84T702TNLWHAVTDDDTGQK
Site 85T706HAVTDDDTGQKEIPI
Site 86S714GQKEIPISERVLGSV
Site 87T748EQPPRDQTLTSSDEE
Site 88T750PPRDQTLTSSDEEDI
Site 89S751PRDQTLTSSDEEDIY
Site 90S752RDQTLTSSDEEDIYA
Site 91Y758SSDEEDIYAHGLPSS
Site 92S764IYAHGLPSSSSETSV
Site 93S765YAHGLPSSSSETSVT
Site 94S766AHGLPSSSSETSVTE
Site 95S767HGLPSSSSETSVTEL
Site 96T769LPSSSSETSVTELGP
Site 97S770PSSSSETSVTELGPS
Site 98T772SSSETSVTELGPSCS
Site 99S777SVTELGPSCSQQDLS
Site 100S779TELGPSCSQQDLSRL
Site 101S784SCSQQDLSRLGAEDA
Site 102S802KPDQFAESWMGYSGP
Site 103Y806FAESWMGYSGPGYGI
Site 104S807AESWMGYSGPGYGIL
Site 105S859QQVAVSPSGALLWKI
Site 106Y888IKGKRHWYEALPQAV
Site 107S920LYLQTGLSVDRPCAR
Site 108S938VDCPYPLSQITARNN
Site 109Y958TEQRALLYREGVSSF
Site 110S964LYREGVSSFCPEGEQ
Site 111T1009HGNLWFRTGIISKKP
Site 112S1013WFRTGIISKKPQGDD
Site 113S1079QQLQCQPSLLGVNNS
Site 114S1103EFHVAKGSLIGTYWN
Site 115Y1108KGSLIGTYWNHVVPR
Site 116T1117NHVVPRGTASATKWA
Site 117S1137AAPTKEGSFLWLCQS
Site 118S1150QSSKDLCSVSAQSAQ
Site 119S1152SKDLCSVSAQSAQSR
Site 120S1155LCSVSAQSAQSRPST
Site 121S1161QSAQSRPSTVQLPPE
Site 122T1162SAQSRPSTVQLPPEA
Site 123Y1174PEAEMRAYAACQDAL
Site 124S1211HWTRLDLSQLGAVKL
Site 125Y1238CDSRGGVYFRVGTQP
Site 126T1243GVYFRVGTQPLNPSL
Site 127S1271PAGVSLVSVHSSPND
Site 128S1274VSLVSVHSSPNDQML
Site 129S1275SLVSVHSSPNDQMLW
Site 130S1320QACQLALSTRTVWAR
Site 131Y1337NGDLARRYGVTDKNP
Site 132T1340LARRYGVTDKNPAGD
Site 133Y1348DKNPAGDYWKKIPGS
Site 134Y1375WAVGPPGYLLQRLTK
Site 135T1381GYLLQRLTKTFSHSH
Site 136T1383LLQRLTKTFSHSHGT
Site 137S1385QRLTKTFSHSHGTQK
Site 138S1387LTKTFSHSHGTQKSS
Site 139S1393HSHGTQKSSQAAMPH
Site 140S1394SHGTQKSSQAAMPHP
 
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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