PhosphoNET

           
Protein Info 
   
Short Name:  ACC2
Full Name:  Acetyl-CoA carboxylase 2
Alias:  ACACB; ACCB; ACC-beta; Acetyl-Coenzyme A carboxylase beta; COA2; HACC275
Type:  EC 6.3.4.14; Carbohydrate Metabolism - propanoate; Ligase; EC 6.4.1.2; Lipid Metabolism - fatty acid biosynthesis; Carbohydrate Metabolism - pyruvate; Mitochondrial
Mass (Da):  276555
Number AA:  2458
UniProt ID:  O00763
International Prot ID:  IPI00554642
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005829  GO:0012505 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003989  GO:0009374 PhosphoSite+ KinaseNET
Biological Process:  GO:0006633  GO:0046320   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 1S29IWGKMTDSKPITKSK
Site 2T33MTDSKPITKSKSEAN
Site 3S37KPITKSKSEANLIPS
Site 4S44SEANLIPSQEPFPAS
Site 5S51SQEPFPASDNSGETP
Site 6T57ASDNSGETPQRNGEG
Site 7T66QRNGEGHTLPKTPSQ
Site 8T70EGHTLPKTPSQAEPA
Site 9S72HTLPKTPSQAEPASH
Site 10S78PSQAEPASHKGPKDA
Site 11S91DAGRRRNSLPPSHQK
Site 12S95RRNSLPPSHQKPPRN
Site 13S105KPPRNPLSSSDAAPS
Site 14S106PPRNPLSSSDAAPSP
Site 15S107PRNPLSSSDAAPSPE
Site 16S112SSSDAAPSPELQANG
Site 17T130QGLEATDTNGLSSSA
Site 18S134ATDTNGLSSSARPQG
Site 19S136DTNGLSSSARPQGQQ
Site 20S146PQGQQAGSPSKEDKK
Site 21S169MTNFILGSFDDYSSD
Site 22Y173ILGSFDDYSSDEDSV
Site 23S174LGSFDDYSSDEDSVA
Site 24S175GSFDDYSSDEDSVAG
Site 25S179DYSSDEDSVAGSSRE
Site 26S183DEDSVAGSSRESTRK
Site 27S187VAGSSRESTRKGSRA
Site 28T188AGSSRESTRKGSRAS
Site 29S192RESTRKGSRASLGAL
Site 30S195TRKGSRASLGALSLE
Site 31T206LSLEAYLTTGEAETR
Site 32T216EAETRVPTMRPSMSG
Site 33S220RVPTMRPSMSGLHLV
Site 34S222PTMRPSMSGLHLVKR
Site 35T243LDLHRDFTVASPAEF
Site 36S246HRDFTVASPAEFVTR
Site 37Y284RSIRRWAYEMFRNER
Site 38Y317YIKMADHYVPVPGGP
Site 39Y329GGPNNNNYANVELIV
Site 40T399AQTLQVPTLPWSGSG
Site 41S403QVPTLPWSGSGLTVE
Site 42S405PTLPWSGSGLTVEWT
Site 43T408PWSGSGLTVEWTEDD
Site 44T412SGLTVEWTEDDLQQG
Site 45S423LQQGKRISVPEDVYD
Site 46Y429ISVPEDVYDKGCVKD
Site 47S456FPLMIKASEGGGGKG
Site 48S469KGIRKAESAEDFPIL
Site 49S515DQYGNAVSLFGRDCS
Site 50S522SLFGRDCSIQRRHQK
Site 51Y568VSAGTVEYLYSQDGS
Site 52Y570AGTVEYLYSQDGSFH
Site 53S571GTVEYLYSQDGSFHF
Site 54S575YLYSQDGSFHFLELN
Site 55T592LQVEHPCTEMIADVN
Site 56Y623LKDIRLLYGESPWGV
Site 57T631GESPWGVTPISFETP
Site 58S634PWGVTPISFETPSNP
Site 59T637VTPISFETPSNPPLA
Site 60S639PISFETPSNPPLARG
Site 61T654HVIAARITSENPDEG
Site 62S655VIAARITSENPDEGF
Site 63S666DEGFKPSSGTVQELN
Site 64Y683SSKNVWGYFSVAATG
Site 65S715ENREEAISNMVVALK
Site 66T732SIRGDFRTTVEYLIN
Site 67S745INLLETESFQNNDID
Site 68S860NDGGLLLSYNGNSYT
Site 69Y861DGGLLLSYNGNSYTT
Site 70S865LLSYNGNSYTTYMKE
Site 71Y866LSYNGNSYTTYMKEE
Site 72Y869NGNSYTTYMKEEVDS
Site 73Y877MKEEVDSYRITIGNK
Site 74T880EVDSYRITIGNKTCV
Site 75T885RITIGNKTCVFEKEN
Site 76T895FEKENDPTVLRSPSA
Site 77S899NDPTVLRSPSAGKLT
Site 78S901PTVLRSPSAGKLTQY
Site 79Y908SAGKLTQYTVEDGGH
Site 80T909AGKLTQYTVEDGGHV
Site 81S920GGHVEAGSSYAEMEV
Site 82S921GHVEAGSSYAEMEVM
Site 83Y944QERGRVKYIKRPGAV
Site 84S967RLELDDPSKVHPAEP
Site 85T984GELPAQQTLPILGEK
Site 86S998KLHQVFHSVLENLTN
Site 87S1008ENLTNVMSGFCLPEP
Site 88T1031WVQKLMMTLRHPSLP
Site 89S1060IPAPVEKSVRRVMAQ
Site 90S1120QLVQRYRSGIRGYMK
Site 91Y1125YRSGIRGYMKTVVLD
Site 92Y1137VLDLLRRYLRVEHHF
Site 93S1197ELCGPDPSLSDELIS
Site 94T1210ISILNELTQLSKSEH
Site 95S1213LNELTQLSKSEHCKV
Site 96S1215ELTQLSKSEHCKVAL
Site 97S1235LIASHLPSYELRHNQ
Site 98Y1236IASHLPSYELRHNQV
Site 99S1245LRHNQVESIFLSAID
Site 100Y1301EVYVRRGYIAYELNS
Site 101Y1304VRRGYIAYELNSLQH
Site 102T1318HRQLPDGTCVVEFQF
Site 103T1336SSHPNRMTVPISITN
Site 104S1340NRMTVPISITNPDLL
Site 105T1342MTVPISITNPDLLRH
Site 106S1350NPDLLRHSTELFMDS
Site 107T1351PDLLRHSTELFMDSG
Site 108S1357STELFMDSGFSPLCQ
Site 109T1396FANVPKDTPLFSEAR
Site 110S1400PKDTPLFSEARTSLY
Site 111T1404PLFSEARTSLYSEDD
Site 112S1405LFSEARTSLYSEDDC
Site 113Y1407SEARTSLYSEDDCKS
Site 114S1408EARTSLYSEDDCKSL
Site 115S1414YSEDDCKSLREEPIH
Site 116Y1456KKNILVDYGLRRITF
Site 117T1462DYGLRRITFLIAQEK
Site 118T1476KEFPKFFTFRARDEF
Site 119Y1489EFAEDRIYRHLEPAL
Site 120Y1523ANHKMHLYLGAAKVK
Site 121S1549IRAIIRHSDLITKEA
Site 122T1553IRHSDLITKEASFEY
Site 123S1557DLITKEASFEYLQNE
Site 124Y1560TKEASFEYLQNEGER
Site 125Y1613KIEESVRYMVMRYGS
Site 126Y1618VRYMVMRYGSRLWKL
Site 127T1639VKINIRQTTTGSAVP
Site 128T1640KINIRQTTTGSAVPI
Site 129T1641INIRQTTTGSAVPIR
Site 130Y1658ITNESGYYLDISLYK
Site 131S1662SGYYLDISLYKEVTD
Site 132Y1664YYLDISLYKEVTDSR
Site 133T1668ISLYKEVTDSRSGNI
Site 134S1670LYKEVTDSRSGNIMF
Site 135S1672KEVTDSRSGNIMFHS
Site 136S1679SGNIMFHSFGNKQGP
Site 137T1694QHGMLINTPYVTKDL
Site 138T1711AKRFQAQTLGTTYIY
Site 139Y1716AQTLGTTYIYDFPEM
Site 140Y1718TLGTTYIYDFPEMFR
Site 141S1734ALFKLWGSPDKYPKD
Site 142Y1738LWGSPDKYPKDILTY
Site 143T1744KYPKDILTYTELVLD
Site 144T1746PKDILTYTELVLDSQ
Site 145S1752YTELVLDSQGQLVEM
Site 146T1779AFKMRFKTQEYPEGR
Site 147Y1782MRFKTQEYPEGRDVI
Site 148S1801DITFRIGSFGPGEDL
Site 149Y1810GPGEDLLYLRASEMA
Site 150S1814DLLYLRASEMARAEG
Site 151Y1861DPHKGFKYLYLTPQD
Site 152Y1863HKGFKYLYLTPQDYT
Site 153T1865GFKYLYLTPQDYTRI
Site 154Y1869LYLTPQDYTRISSLN
Site 155T1870YLTPQDYTRISSLNS
Site 156S1873PQDYTRISSLNSVHC
Site 157S1874QDYTRISSLNSVHCK
Site 158S1877TRISSLNSVHCKHIE
Site 159S1911GVENLRGSGMIAGES
Site 160T1960ENSHIILTGASALNK
Site 161Y1974KVLGREVYTSNNQLG
Site 162S1976LGREVYTSNNQLGGV
Site 163Y1988GGVQIMHYNGVSHIT
Site 164T1995YNGVSHITVPDDFEG
Site 165Y2004PDDFEGVYTILEWLS
Site 166T2005DDFEGVYTILEWLSY
Site 167Y2012TILEWLSYMPKDNHS
Site 168S2019YMPKDNHSPVPIITP
Site 169T2025HSPVPIITPTDPIDR
Site 170S2039REIEFLPSRAPYDPR
Site 171Y2043FLPSRAPYDPRWMLA
Site 172T2056LAGRPHPTLKGTWQS
Site 173S2070SGFFDHGSFKEIMAP
Site 174T2084PWAQTVVTGRARLGG
Site 175S2133GQVWFPDSAYKTAQA
Site 176Y2135VWFPDSAYKTAQAIK
Site 177T2137FPDSAYKTAQAIKDF
Site 178Y2168SGGMKDMYDQVLKFG
Site 179Y2219NPLCIEMYADKESRG
Site 180T2234GVLEPEGTVEIKFRK
Site 181S2247RKKDLIKSMRRIDPA
Site 182Y2255MRRIDPAYKKLMEQL
Site 183S2268QLGEPDLSDKDRKDL
Site 184T2303QFADFHDTPGRMLEK
Site 185Y2327KTARTFLYWRLRRLL
Site 186S2347KQEILQASGELSHVH
Site 187S2351LQASGELSHVHIQSM
Site 188T2366LRRWFVETEGAVKAY
Site 189S2397QAGDGPRSTIRENIT
Site 190T2398AGDGPRSTIRENITY
Site 191Y2405TIRENITYLKHDSVL
Site 192S2410ITYLKHDSVLKTIRG
Site 193T2414KHDSVLKTIRGLVEE
Site 194S2438IYLSQHISPAERAQV
Site 195S2454HLLSTMDSPAST___
Site 196T2458TMDSPAST_______
 
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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