PhosphoNET

           
Protein Info 
   
Short Name:  ASTN2
Full Name:  Astrotactin-2
Alias:  astrotactin 2; KIAA0634
Type:  Unknown function
Mass (Da):  148240
Number AA: 
UniProt ID:  O75129
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1S14RLSPGPGSGLRGRPR
Site 2S61AASREPDSPCRLKTV
Site 3T67DSPCRLKTVTVSTLP
Site 4S79TLPALRESDIGWSGA
Site 5S84RESDIGWSGARAGAG
Site 6S110ASPGSPGSAGTAAES
Site 7T140VQDDLDNTELPFFTL
Site 8S157SGTAADISLVHWRQQ
Site 9Y172WLENGTLYFHVSMSS
Site 10S178LYFHVSMSSSGQLAQ
Site 11S180FHVSMSSSGQLAQAT
Site 12Y228LVFTVALYAQRRWQK
Site 13S243RRRIPQKSASTEATH
Site 14S245RIPQKSASTEATHEI
Site 15T249KSASTEATHEIHYIP
Site 16S257HEIHYIPSVLLGPQA
Site 17S267LGPQARESFRSSRLQ
Site 18S270QARESFRSSRLQTHN
Site 19S271ARESFRSSRLQTHNS
Site 20T275FRSSRLQTHNSVIGV
Site 21S278SRLQTHNSVIGVPIR
Site 22T287IGVPIRETPILDDYD
Site 23Y293ETPILDDYDCEEDEE
Site 24S309PRRANHVSREDEFGS
Site 25S316SREDEFGSQVTHTLD
Site 26T321FGSQVTHTLDSLGHP
Site 27S324QVTHTLDSLGHPGEE
Site 28S350ATQETVESLMQKFKE
Site 29S358LMQKFKESFRANTPI
Site 30T363KESFRANTPIEIGQL
Site 31T377LQPPLRSTSAGKRKR
Site 32S378QPPLRSTSAGKRKRR
Site 33S386AGKRKRRSKSRGGIS
Site 34S388KRKRRSKSRGGISFG
Site 35S393SKSRGGISFGRAKGT
Site 36S401FGRAKGTSGSEADDE
Site 37S403RAKGTSGSEADDETQ
Site 38T409GSEADDETQLTFYTE
Site 39T412ADDETQLTFYTEQYR
Site 40Y414DETQLTFYTEQYRSR
Site 41T415ETQLTFYTEQYRSRR
Site 42Y418LTFYTEQYRSRRRSK
Site 43S420FYTEQYRSRRRSKGL
Site 44S424QYRSRRRSKGLLKSP
Site 45S430RSKGLLKSPVNKTAL
Site 46S481DGSSFVVSEGSYLDI
Site 47S484SFVVSEGSYLDISDW
Site 48S489EGSYLDISDWLNPAK
Site 49Y500NPAKLSLYYQINATS
Site 50T519DLCGQRTTDACEQLC
Site 51T530EQLCDPETGECSCHE
Site 52Y539ECSCHEGYAPDPVHR
Site 53T564SEGPWPYTTLERGYD
Site 54T565EGPWPYTTLERGYDL
Site 55Y570YTTLERGYDLVTGEQ
Site 56T574ERGYDLVTGEQAPEK
Site 57S585APEKILRSTFSLGQG
Site 58T586PEKILRSTFSLGQGL
Site 59T618NPLASCKTDVLVTED
Site 60S636VREEAMLSTYFETIN
Site 61Y638EEAMLSTYFETINDL
Site 62S647ETINDLLSSFGPVRD
Site 63S656FGPVRDCSRNNGGCT
Site 64S670TRNFKCVSDRQVDSS
Site 65S677SDRQVDSSGCVCPEE
Site 66S692LKPMKDGSGCYDHSK
Site 67Y695MKDGSGCYDHSKGID
Site 68Y724QQTLPLPYDATSSTI
Site 69S754GKSCLMLSDVCEGPK
Site 70S767PKCLKPDSKFNDTLF
Site 71T772PDSKFNDTLFGEMLH
Site 72Y781FGEMLHGYNNRTQHV
Site 73S830EQCRGVLSEPLPDLQ
Site 74Y845LLTGDIRYDEAMGYP
Site 75Y851RYDEAMGYPMVQQWR
Site 76S861VQQWRVRSNLYRVKL
Site 77T885TNVLKILTKESSREE
Site 78S888LKILTKESSREELLS
Site 79S889KILTKESSREELLSF
Site 80S895SSREELLSFIQHYGS
Site 81Y904IQHYGSHYIAEALYG
Site 82S948GSKKELKSMPFITYL
Site 83S971LSDDQLISGVEIRCE
Site 84S985EEKGRCPSTCHLCRR
Site 85T986EKGRCPSTCHLCRRP
Site 86S999RPGKEQLSPTPVLLE
Site 87T1001GKEQLSPTPVLLEIN
Site 88S1028GTKEAFKSALMSSYW
Site 89S1032AFKSALMSSYWCSGK
Site 90S1033FKSALMSSYWCSGKG
Site 91Y1034KSALMSSYWCSGKGD
Site 92S1073LQPVLRLSPTVEPSS
Site 93S1080SPTVEPSSTVVSLEW
Site 94S1084EPSSTVVSLEWVDVQ
Site 95S1099PAIGTKVSDYILQHK
Site 96Y1101IGTKVSDYILQHKKV
Site 97Y1111QHKKVDEYTDTDLYT
Site 98T1112HKKVDEYTDTDLYTG
Site 99T1114KVDEYTDTDLYTGEF
Site 100Y1117EYTDTDLYTGEFLSF
Site 101T1118YTDTDLYTGEFLSFA
Site 102S1123LYTGEFLSFADDLLS
Site 103S1142SCVAAGRSHGEVPEV
Site 104Y1170GLYKFTLYAVDTRGR
Site 105T1174FTLYAVDTRGRHSEL
Site 106S1179VDTRGRHSELSTVTL
Site 107S1182RGRHSELSTVTLRTA
Site 108T1183GRHSELSTVTLRTAC
Site 109Y1206EEIADKIYNLYNGYT
Site 110Y1209ADKIYNLYNGYTSGK
Site 111Y1240LFRVQHHYNSHYEKF
Site 112Y1244QHHYNSHYEKFGDFV
Site 113S1254FGDFVWRSEDELGPR
Site 114S1274LRRLERVSSHCSSLL
Site 115S1275RRLERVSSHCSSLLR
Site 116S1278ERVSSHCSSLLRSAY
Site 117S1279RVSSHCSSLLRSAYI
Site 118S1283HCSSLLRSAYIQSRV
Site 119Y1285SSLLRSAYIQSRVET
Site 120T1292YIQSRVETVPYLFCR
Site 121Y1295SRVETVPYLFCRSEE
Site 122S1300VPYLFCRSEEVRPAG
Site 123T1332MVSMARNTYGESKGR
Site 124Y1333VSMARNTYGESKGR_
 
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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