PhosphoNET

           
Protein Info 
   
Short Name:  FNDC3B
Full Name:  Fibronectin type III domain-containing protein 3B
Alias:  DKFZp762K137; Factor for adipocyte differentiation 104; FAD104; Fibronectin type III domain containing 3B; FLJ23399; FND3B; HCV NS5A-binding protein 37; PRO4979; YVTM2421
Type:  Membrane, Endoplasmic reticulum, Integral membrane protein
Mass (Da):  132888
Number AA:  1204
UniProt ID:  Q53EP0
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005783  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 1T57TIRAEDGTLQCIQGP
Site 2S71PAEVPMMSPNGSIPP
Site 3S75PMMSPNGSIPPIHVP
Site 4Y85PIHVPPGYISQVIED
Site 5S87HVPPGYISQVIEDST
Site 6T102GVRRVVVTPQSPECY
Site 7S105RVVVTPQSPECYPPS
Site 8Y109TPQSPECYPPSYPSA
Site 9S112SPECYPPSYPSAMSP
Site 10Y113PECYPPSYPSAMSPT
Site 11S118PSYPSAMSPTHHLPP
Site 12Y141IHNSHTAYYPPVTGP
Site 13Y142HNSHTAYYPPVTGPG
Site 14T164PQHHLPHTIYGEQEI
Site 15Y166HHLPHTIYGEQEIIP
Site 16Y175EQEIIPFYGMSTYIT
Site 17Y180PFYGMSTYITREDQY
Site 18T182YGMSTYITREDQYSK
Site 19Y187YITREDQYSKPPHKK
Site 20S188ITREDQYSKPPHKKL
Site 21S208DRQNRLNSPPSSIYK
Site 22S211NRLNSPPSSIYKSSC
Site 23S212RLNSPPSSIYKSSCT
Site 24Y214NSPPSSIYKSSCTTV
Site 25S216PPSSIYKSSCTTVYN
Site 26S217PSSIYKSSCTTVYNG
Site 27T219SIYKSSCTTVYNGYG
Site 28T220IYKSSCTTVYNGYGK
Site 29Y222KSSCTTVYNGYGKGH
Site 30S230NGYGKGHSGGSGGGG
Site 31S233GKGHSGGSGGGGSGS
Site 32S238GGSGGGGSGSGPGIK
Site 33S240SGGGGSGSGPGIKKT
Site 34T247SGPGIKKTERRARSS
Site 35S253KTERRARSSPKSNDS
Site 36S254TERRARSSPKSNDSD
Site 37S257RARSSPKSNDSDLQE
Site 38S260SSPKSNDSDLQEYEL
Site 39Y265NDSDLQEYELEVKRV
Site 40S277KRVQDILSGIEKPQV
Site 41S308GLSCGPHSGLSFPYS
Site 42S311CGPHSGLSFPYSYEV
Site 43S315SGLSFPYSYEVALSD
Site 44Y316GLSFPYSYEVALSDK
Site 45S321YSYEVALSDKGRDGK
Site 46Y329DKGRDGKYKIIYSGE
Site 47Y333DGKYKIIYSGEELEC
Site 48S334GKYKIIYSGEELECN
Site 49T349LKDLRPATDYHVRVY
Site 50Y351DLRPATDYHVRVYAM
Site 51Y356TDYHVRVYAMYNSVK
Site 52Y359HVRVYAMYNSVKGSC
Site 53S361RVYAMYNSVKGSCSE
Site 54S365MYNSVKGSCSEPVSF
Site 55S367NSVKGSCSEPVSFTT
Site 56S371GSCSEPVSFTTHSCA
Site 57T374SEPVSFTTHSCAPEC
Site 58S376PVSFTTHSCAPECPF
Site 59S391PPKLAHRSKSSLTLQ
Site 60S393KLAHRSKSSLTLQWK
Site 61S407KAPIDNGSKITNYLL
Site 62Y412NGSKITNYLLEWDEG
Site 63T459AARNDIGTSGYSQEV
Site 64S463DIGTSGYSQEVVCYT
Site 65Y469YSQEVVCYTLGNIPQ
Site 66T492RAGITWVTLQWSKPE
Site 67S502WSKPEGCSPEEVITY
Site 68T508CSPEEVITYTLEIQE
Site 69Y509SPEEVITYTLEIQED
Site 70Y526DNLFHPKYTGEDLTC
Site 71T532KYTGEDLTCTVKNLK
Site 72T534TGEDLTCTVKNLKRS
Site 73T542VKNLKRSTQYKFRLT
Site 74T549TQYKFRLTASNTEGK
Site 75S551YKFRLTASNTEGKSC
Site 76T553FRLTASNTEGKSCPS
Site 77S557ASNTEGKSCPSEVLV
Site 78T566PSEVLVCTTSPDRPG
Site 79S568EVLVCTTSPDRPGPP
Site 80T576PDRPGPPTRPLVKGP
Site 81T585PLVKGPVTSHGFSVK
Site 82S590PVTSHGFSVKWDPPK
Site 83Y607GGSEILKYLLEITDG
Site 84S616LEITDGNSEANQWEV
Site 85Y625ANQWEVAYSGSATEY
Site 86S626NQWEVAYSGSATEYT
Site 87T630VAYSGSATEYTFTHL
Site 88Y632YSGSATEYTFTHLKP
Site 89T633SGSATEYTFTHLKPG
Site 90T635SATEYTFTHLKPGTL
Site 91T641FTHLKPGTLYKLRAC
Site 92T652LRACCISTGGHSQCS
Site 93S656CISTGGHSQCSESLP
Site 94S661GHSQCSESLPVRTLS
Site 95T666SESLPVRTLSIAPGQ
Site 96S697LEWDVPASESGCEVS
Site 97S699WDVPASESGCEVSEY
Site 98S704SESGCEVSEYSVEMT
Site 99Y706SGCEVSEYSVEMTEP
Site 100S707GCEVSEYSVEMTEPE
Site 101T711SEYSVEMTEPEDVAS
Site 102S718TEPEDVASEVYHGPE
Site 103Y721EDVASEVYHGPELEC
Site 104T729HGPELECTVGNLLPG
Site 105Y751RALNDGGYGPYSDVS
Site 106Y754NDGGYGPYSDVSEIT
Site 107S755DGGYGPYSDVSEITT
Site 108S758YGPYSDVSEITTAAG
Site 109T762SDVSEITTAAGPPGQ
Site 110S789CVLVGWESPDSSGAD
Site 111S792VGWESPDSSGADISE
Site 112S793GWESPDSSGADISEY
Site 113S798DSSGADISEYRLEWG
Site 114Y800SGADISEYRLEWGED
Site 115S810EWGEDEESLELIYHG
Site 116T818LELIYHGTDTRFEIR
Site 117T856SELVLCQTPASAPDP
Site 118T866SAPDPVSTLCVLEEE
Site 119Y878EEEPLDAYPDSPSAC
Site 120S883DAYPDSPSACLVLNW
Site 121Y903NGSEILAYTIDLGDT
Site 122T913DLGDTSITVGNTTMH
Site 123T929MKDLLPETTYRIRIQ
Site 124T930KDLLPETTYRIRIQA
Site 125S947EIGAGPFSQFIKAKT
Site 126T954SQFIKAKTRPLPPLP
Site 127S973CAAAGPQSLKLKWGD
Site 128S981LKLKWGDSNSKTHAA
Site 129S983LKWGDSNSKTHAAED
Site 130T985WGDSNSKTHAAEDIV
Site 131Y993HAAEDIVYTLQLEDR
Site 132S1006DRNKRFISIYRGPSH
Site 133Y1008NKRFISIYRGPSHTY
Site 134S1012ISIYRGPSHTYKVQR
Site 135T1014IYRGPSHTYKVQRLT
Site 136T1021TYKVQRLTEFTCYSF
Site 137Y1026RLTEFTCYSFRIQAA
Site 138S1034SFRIQAASEAGEGPF
Site 139S1042EAGEGPFSETYTFST
Site 140T1044GEGPFSETYTFSTTK
Site 141Y1045EGPFSETYTFSTTKS
Site 142T1046GPFSETYTFSTTKSV
Site 143S1048FSETYTFSTTKSVPP
Site 144S1052YTFSTTKSVPPTIKA
Site 145T1056TTKSVPPTIKAPRVT
Site 146T1063TIKAPRVTQLEGNSC
Site 147T1076SCEILWETVPSMKGD
Site 148S1079ILWETVPSMKGDPVN
Site 149S1097QVLVGRESEYKQVYK
Site 150Y1103ESEYKQVYKGEEATF
Site 151T1109VYKGEEATFQISGLQ
Site 152T1117FQISGLQTNTDYRFR
Site 153T1119ISGLQTNTDYRFRVC
Site 154Y1121GLQTNTDYRFRVCAC
Site 155T1134ACRRCLDTSQELSGA
Site 156S1135CRRCLDTSQELSGAF
Site 157S1139LDTSQELSGAFSPSA
Site 158S1153AAFVLQRSEVMLTGD
Site 159T1158QRSEVMLTGDMGSLD
Site 160S1163MLTGDMGSLDDPKMK
Site 161S1171LDDPKMKSMMPTDEQ
Site 162T1175KMKSMMPTDEQFAAI
 
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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