PhosphoNET

           
Protein Info 
   
Short Name:  FGA
Full Name:  Fibrinogen alpha chain
Alias:  FIBA; FIBA_HUMAN; fibrinogen alpha chain; Fibrinogen alpha/alpha-E chain precursor [Contains: Fibrinopeptide A]
Type:  Secreted protein
Mass (Da):  94973
Number AA:  866
UniProt ID:  P02671
International Prot ID:  IPI00021885
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0009897  GO:0005577  GO:0031093 Uniprot OncoNet
Molecular Function:  GO:0043499  GO:0030674  GO:0005102 PhosphoSite+ KinaseNET
Biological Process:  GO:0030168  GO:0051258  GO:0051592 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 1S22GTAWTADSGEGDFLA
Site 2S45RVVERHQSACKDSDW
Site 3Y62CSDEDWNYKCPSGCR
Site 4T82DEVNQDFTNRINKLK
Site 5Y95LKNSLFEYQKNNKDS
Site 6S104KNNKDSHSLTTNIME
Site 7T106NKDSHSLTTNIMEIL
Site 8S118EILRGDFSSANNRDN
Site 9S119ILRGDFSSANNRDNT
Site 10T126SANNRDNTYNRVSED
Site 11Y127ANNRDNTYNRVSEDL
Site 12S131DNTYNRVSEDLRSRI
Site 13S136RVSEDLRSRIEVLKR
Site 14S179DIDIKIRSCRGSCSR
Site 15S183KIRSCRGSCSRALAR
Site 16S185RSCRGSCSRALAREV
Site 17Y197REVDLKDYEDQQKQL
Site 18S239LVPGNFKSQLQKVPP
Site 19T270RPGGNEITRGGSTSY
Site 20S274NEITRGGSTSYGTGS
Site 21S276ITRGGSTSYGTGSET
Site 22Y277TRGGSTSYGTGSETE
Site 23S281STSYGTGSETESPRN
Site 24T283SYGTGSETESPRNPS
Site 25S285GTGSETESPRNPSSA
Site 26S290TESPRNPSSAGSWNS
Site 27S291ESPRNPSSAGSWNSG
Site 28S294RNPSSAGSWNSGSSG
Site 29S297SSAGSWNSGSSGPGS
Site 30S299AGSWNSGSSGPGSTG
Site 31S300GSWNSGSSGPGSTGN
Site 32S304SGSSGPGSTGNRNPG
Site 33T305GSSGPGSTGNRNPGS
Site 34S312TGNRNPGSSGTGGTA
Site 35S313GNRNPGSSGTGGTAT
Site 36T320SGTGGTATWKPGSSG
Site 37S325TATWKPGSSGPGSTG
Site 38S326ATWKPGSSGPGSTGS
Site 39S330PGSSGPGSTGSWNSG
Site 40T331GSSGPGSTGSWNSGS
Site 41S333SGPGSTGSWNSGSSG
Site 42S336GSTGSWNSGSSGTGS
Site 43S338TGSWNSGSSGTGSTG
Site 44S339GSWNSGSSGTGSTGN
Site 45S343SGSSGTGSTGNQNPG
Site 46S351TGNQNPGSPRPGSTG
Site 47S356PGSPRPGSTGTWNPG
Site 48T359PRPGSTGTWNPGSSE
Site 49S364TGTWNPGSSERGSAG
Site 50S365GTWNPGSSERGSAGH
Site 51S369PGSSERGSAGHWTSE
Site 52T374RGSAGHWTSESSVSG
Site 53S375GSAGHWTSESSVSGS
Site 54S377AGHWTSESSVSGSTG
Site 55S378GHWTSESSVSGSTGQ
Site 56S380WTSESSVSGSTGQWH
Site 57S382SESSVSGSTGQWHSE
Site 58S388GSTGQWHSESGSFRP
Site 59S390TGQWHSESGSFRPDS
Site 60S392QWHSESGSFRPDSPG
Site 61S397SGSFRPDSPGSGNAR
Site 62S400FRPDSPGSGNARPNN
Site 63T412PNNPDWGTFEEVSGN
Site 64S417WGTFEEVSGNVSPGT
Site 65S421EEVSGNVSPGTRREY
Site 66T424SGNVSPGTRREYHTE
Site 67Y428SPGTRREYHTEKLVT
Site 68T430GTRREYHTEKLVTSK
Site 69S451TGKEKVTSGSTTTTR
Site 70T455KVTSGSTTTTRRSCS
Site 71T456VTSGSTTTTRRSCSK
Site 72T457TSGSTTTTRRSCSKT
Site 73S460STTTTRRSCSKTVTK
Site 74S462TTTRRSCSKTVTKTV
Site 75T464TRRSCSKTVTKTVIG
Site 76T466RSCSKTVTKTVIGPD
Site 77T468CSKTVTKTVIGPDGH
Site 78S485VTKEVVTSEDGSDCP
Site 79S489VVTSEDGSDCPEAMD
Site 80T499PEAMDLGTLSGIGTL
Site 81S501AMDLGTLSGIGTLDG
Site 82T505GTLSGIGTLDGFRHR
Site 83S524AAFFDTASTGKTFPG
Site 84T528DTASTGKTFPGFFSP
Site 85S542PMLGEFVSETESRGS
Site 86T544LGEFVSETESRGSES
Site 87S546EFVSETESRGSESGI
Site 88S549SETESRGSESGIFTN
Site 89T555GSESGIFTNTKESSS
Site 90T557ESGIFTNTKESSSHH
Site 91S560IFTNTKESSSHHPGI
Site 92S561FTNTKESSSHHPGIA
Site 93S562TNTKESSSHHPGIAE
Site 94S572PGIAEFPSRGKSSSY
Site 95S576EFPSRGKSSSYSKQF
Site 96S577FPSRGKSSSYSKQFT
Site 97S578PSRGKSSSYSKQFTS
Site 98S580RGKSSSYSKQFTSST
Site 99T584SSYSKQFTSSTSYNR
Site 100S585SYSKQFTSSTSYNRG
Site 101S586YSKQFTSSTSYNRGD
Site 102S588KQFTSSTSYNRGDST
Site 103Y589QFTSSTSYNRGDSTF
Site 104S594TSYNRGDSTFESKSY
Site 105T595SYNRGDSTFESKSYK
Site 106S598RGDSTFESKSYKMAD
Site 107S600DSTFESKSYKMADEA
Site 108Y601STFESKSYKMADEAG
Site 109S609KMADEAGSEADHEGT
Site 110S618ADHEGTHSTKRGHAK
Site 111S626TKRGHAKSRPVRDCD
Site 112S641DVLQTHPSGTQSGIF
Site 113S645THPSGTQSGIFNIKL
Site 114S660PGSSKIFSVYCDQET
Site 115Y662SSKIFSVYCDQETSL
Site 116Y692FNRTWQDYKRGFGSL
Site 117S698DYKRGFGSLNDEGEG
Site 118Y713EFWLGNDYLHLLTQR
Site 119T718NDYLHLLTQRGSVLR
Site 120S722HLLTQRGSVLRVELE
Site 121Y740GNEAYAEYHFRVGSE
Site 122S746EYHFRVGSEAEGYAL
Site 123Y751VGSEAEGYALQVSSY
Site 124S756EGYALQVSSYEGTAG
Site 125S757GYALQVSSYEGTAGD
Site 126T761QVSSYEGTAGDALIE
Site 127S770GDALIEGSVEEGAEY
Site 128Y777SVEEGAEYTSHNNMQ
Site 129Y821AANLNGIYYPGGSYD
Site 130Y822ANLNGIYYPGGSYDP
Site 131S826GIYYPGGSYDPRNNS
Site 132S833SYDPRNNSPYEIENG
Site 133Y835DPRNNSPYEIENGVV
Site 134S845ENGVVWVSFRGADYS
Site 135Y851VSFRGADYSLRAVRM
Site 136S852SFRGADYSLRAVRMK
 
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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