PhosphoNET

           
Protein Info 
   
Short Name:  FBN2
Full Name:  Fibrillin-2
Alias: 
Type: 
Mass (Da):  314775
Number AA:  2912
UniProt ID:  P35556
International Prot ID: 
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 1S49PPPQQVRSATAGSEG
Site 2T51PQQVRSATAGSEGGF
Site 3Y63GGFLAPEYREEGAAV
Site 4S72EEGAAVASRVRRRGQ
Site 5T131CSRPNMCTCSSGQIS
Site 6S133RPNMCTCSSGQISST
Site 7S138TCSSGQISSTCGSKS
Site 8S139CSSGQISSTCGSKSI
Site 9T140SSGQISSTCGSKSIQ
Site 10S143QISSTCGSKSIQQCS
Site 11S145SSTCGSKSIQQCSVR
Site 12Y211GPQCERDYRTGPCFT
Site 13T213QCERDYRTGPCFTQV
Site 14T237TGIVCTKTLCCATIG
Site 15T242TKTLCCATIGRAWGH
Site 16T337ETGECSNTVGSYFCV
Site 17Y349FCVCPRGYVTSTDGS
Site 18S352CPRGYVTSTDGSRCI
Site 19T353PRGYVTSTDGSRCID
Site 20S356YVTSTDGSRCIDQRT
Site 21T363SRCIDQRTGMCFSGL
Site 22S410EACPVRGSEEYRRLC
Site 23Y413PVRGSEEYRRLCMDG
Site 24S429PMGGIPGSAGSRPGG
Site 25S432GIPGSAGSRPGGTGG
Site 26S445GGNGFAPSGNGNGYG
Site 27Y451PSGNGNGYGPGGTGF
Site 28T513LNGRCIPTVSSYRCE
Site 29Y525RCECNMGYKQDANGD
Site 30T552TNGDCVNTPGSYYCK
Site 31Y557VNTPGSYYCKCHAGF
Site 32T567CHAGFQRTPTKQACI
Site 33T569AGFQRTPTKQACIDI
Site 34T657APNGRYCTDVDECQT
Site 35T705VDTHMRSTCYGGIKK
Site 36Y791CENLRGSYRCNCNSG
Site 37S797SYRCNCNSGYEPDAS
Site 38Y799RCNCNSGYEPDASGR
Site 39S804SGYEPDASGRNCIDI
Site 40T829DNGLCRNTPGSYSCT
Site 41S832LCRNTPGSYSCTCPP
Site 42S834RNTPGSYSCTCPPGY
Site 43T836TPGSYSCTCPPGYVF
Site 44Y841SCTCPPGYVFRTETE
Site 45T847GYVFRTETETCEDIN
Site 46T849VFRTETETCEDINEC
Site 47S878GSFNCECSPGSKLSS
Site 48S881NCECSPGSKLSSTGL
Site 49T923LKSECCATLGAAWGS
Site 50S930TLGAAWGSPCERCEL
Site 51T939CERCELDTACPRGLA
Site 52T952LARIKGVTCEDVNEC
Site 53Y1004DIRMEQCYLKWDEDE
Site 54Y1048PKPGTKEYETLCPRG
Site 55T1050PGTKEYETLCPRGAG
Site 56T1066ANRGDVLTGRPFYKD
Site 57Y1071VLTGRPFYKDINECK
Site 58S1122DIDECRISPDLCGSG
Site 59T1134GSGICVNTPGSFECE
Site 60T1173PLLCRGGTCVNTEGS
Site 61T1177RGGTCVNTEGSFQCD
Site 62S1192CPLGHELSPSREDCV
Site 63S1194LGHELSPSREDCVDI
Site 64S1207DINECSLSDNLCRNG
Site 65Y1231QCSCNPGYQATPDRQ
Site 66T1234CNPGYQATPDRQGCT
Site 67T1258GGCDTQCTNSEGSYE
Site 68S1263QCTNSEGSYECSCSE
Site 69Y1264CTNSEGSYECSCSEG
Site 70S1267SEGSYECSCSEGYAL
Site 71S1269GSYECSCSEGYALMP
Site 72S1390SCLNIPGSFKCSCRE
Site 73T1428INAQCVNTPGSYRCA
Site 74S1437GSYRCACSEGFTGDG
Site 75T1446GFTGDGFTCSDVDEC
Site 76S1448TGDGFTCSDVDECAE
Site 77T1481CECEMGFTPASDSRS
Site 78S1484EMGFTPASDSRSCQD
Site 79S1486GFTPASDSRSCQDID
Site 80S1488TPASDSRSCQDIDEC
Site 81Y1521HCICDDGYELDRTGG
Site 82T1526DGYELDRTGGNCTDI
Site 83T1550VNGLCVNTPGRYECN
Site 84Y1554CVNTPGRYECNCPPD
Site 85Y1580DNRVGNCYLKFGPRG
Site 86S1590FGPRGDGSLSCNTEI
Site 87S1592PRGDGSLSCNTEIGV
Site 88S1609SRSSCCCSLGKAWGN
Site 89Y1629PPVNSTEYYTLCPGG
Site 90Y1630PVNSTEYYTLCPGGE
Site 91T1631VNSTEYYTLCPGGEG
Site 92Y1709VCGPGTCYNTLGNYT
Site 93Y1715CYNTLGNYTCICPPE
Site 94Y1741DMRKSFCYRSYNGTT
Site 95Y1744KSFCYRSYNGTTCEN
Site 96T1781KPCEPCPTPGTADFK
Site 97T1784EPCPTPGTADFKTIC
Site 98T1789PGTADFKTICGNIPG
Site 99S1870RNADCINSPGSYRCE
Site 100Y1915CVDLQGSYQCICHNG
Site 101Y1960GSYNCLCYPGFELTH
Site 102Y2005KCLCNEGYELTPDGK
Site 103T2008CNEGYELTPDGKNCI
Site 104T2017DGKNCIDTNECVALP
Site 105T2031PGSCSPGTCQNLEGS
Site 106Y2047RCICPPGYEVKSENC
Site 107S2090CPPGFVLSDNGRRCF
Site 108T2121SVPKAFNTTKAKCCC
Site 109T2161LCPYGHGTVPSLHDT
Site 110S2164YGHGTVPSLHDTRED
Site 111T2168TVPSLHDTREDVNEC
Site 112S2178DVNECLESPGICSNG
Site 113T2190SNGQCINTDGSFRCE
Site 114Y2202RCECPMGYNLDYTGV
Site 115Y2206PMGYNLDYTGVRCVD
Site 116T2214TGVRCVDTDECSIGN
Site 117S2371ECNEGFQSSSSGTEC
Site 118S2372CNEGFQSSSSGTECL
Site 119S2374EGFQSSSSGTECLDN
Site 120T2376FQSSSSGTECLDNRQ
Site 121S2400TICQMASSSRNLVTK
Site 122S2401ICQMASSSRNLVTKS
Site 123T2406SSSRNLVTKSECCCD
Site 124Y2433PLPGTAQYKKICPHG
Site 125Y2443ICPHGPGYTTDGRDI
Site 126Y2480RCFCKVGYTTDISGT
Site 127S2498DLDECSQSPKPCNYI
Site 128Y2504QSPKPCNYICKNTEG
Site 129Y2513CKNTEGSYQCSCPRG
Site 130S2516TEGSYQCSCPRGYVL
Site 131Y2521QCSCPRGYVLQEDGK
Site 132T2529VLQEDGKTCKDLDEC
Site 133S2577IDNNECGSQPSLCGA
Site 134S2580NECGSQPSLCGAKGI
Site 135T2591AKGICQNTPGSFSCE
Site 136S2604CECQRGFSLDATGLN
Site 137T2608RGFSLDATGLNCEDV
Site 138Y2635CQNILGGYRCGCPQG
Site 139S2666SNPNACGSASCYNTL
Site 140S2668PNACGSASCYNTLGS
Site 141Y2670ACGSASCYNTLGSYK
Site 142T2672GSASCYNTLGSYKCA
Site 143Y2676CYNTLGSYKCACPSG
Site 144S2682SYKCACPSGFSFDQF
Site 145Y2708SSKNPCNYGCSNTEG
Site 146Y2717CSNTEGGYLCGCPPG
Site 147Y2725LCGCPPGYYRVGQGH
Site 148Y2744MGFNKGQYLSLDTEV
Site 149S2746FNKGQYLSLDTEVDE
Site 150S2758VDEENALSPEACYEC
Site 151Y2763ALSPEACYECKINGY
Site 152S2771ECKINGYSKKDSRQK
Site 153S2775NGYSKKDSRQKRSIH
Site 154T2787SIHEPDPTAVEQISL
Site 155S2793PTAVEQISLESVDMD
Site 156S2801LESVDMDSPVNMKFN
Site 157S2810VNMKFNLSHLGSKEH
Site 158S2814FNLSHLGSKEHILEL
Site 159Y2834PLNNHIRYVISQGND
Site 160S2837NHIRYVISQGNDDSV
Site 161S2843ISQGNDDSVFRIHQR
Site 162Y2855HQRNGLSYLHTAKKK
Site 163T2858NGLSYLHTAKKKLMP
Site 164Y2868KKLMPGTYTLEITSI
Site 165T2869KLMPGTYTLEITSIP
Site 166T2873GTYTLEITSIPLYKK
Site 167S2874TYTLEITSIPLYKKK
Site 168Y2878EITSIPLYKKKELKK
Site 169Y2894EESNEDDYLLGELGE
 
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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