PhosphoNET

           
Protein Info 
   
Short Name:  ACACA
Full Name:  Acetyl-CoA carboxylase 1
Alias:  ACAC; ACC; ACC1; ACCA; ACC-alpha; Acetyl-Coenzyme A carboxylase alpha; COA1
Type:  EC 6.4.1.2; Ligase; Carbohydrate Metabolism - pyruvate; EC 6.3.4.14; Carbohydrate Metabolism - propanoate; Lipid Metabolism - fatty acid biosynthesis
Mass (Da):  265554
Number AA:  2346
UniProt ID:  Q13085
International Prot ID:  IPI00011569
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003989  GO:0009374 PhosphoSite+ KinaseNET
Biological Process:  GO:0006633     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 1S5___MDEPSPLAQPLE
Site 2S17PLELNQHSRFIIGSV
Site 3S23HSRFIIGSVSEDNSE
Site 4S25RFIIGSVSEDNSEDE
Site 5S29GSVSEDNSEDEISNL
Site 6S34DNSEDEISNLVKLDL
Site 7S48LLEEKEGSLSPASVG
Site 8S50EEKEGSLSPASVGSD
Site 9S53EGSLSPASVGSDTLS
Site 10S56LSPASVGSDTLSDLG
Site 11T58PASVGSDTLSDLGIS
Site 12S60SVGSDTLSDLGISSL
Site 13S77GLALHIRSSMSGLHL
Site 14S78LALHIRSSMSGLHLV
Site 15S80LHIRSSMSGLHLVKQ
Site 16S96RDRKKIDSQRDFTVA
Site 17T101IDSQRDFTVASPAEF
Site 18S104QRDFTVASPAEFVTR
Site 19Y142RSIRRWSYEMFRNER
Site 20T158IRFVVMVTPEDLKAN
Site 21Y175YIKMADHYVPVPGGP
Site 22Y187GGPNNNNYANVELIL
Site 23T257AQTAGIPTLPWSGSG
Site 24S261GIPTLPWSGSGLRVD
Site 25S263PTLPWSGSGLRVDWQ
Site 26Y286LNVPQELYEKGYVKD
Site 27Y290QELYEKGYVKDVDDG
Site 28Y306QAAEEVGYPVMIKAS
Site 29S313YPVMIKASEGGGGKG
Site 30S355VMRLAKQSRHLEVQI
Site 31S372DQYGNAISLFGRDCS
Site 32S379SLFGRDCSVQRRHQK
Site 33Y417KLAKMVGYVSAGTVE
Site 34Y425VSAGTVEYLYSQDGS
Site 35Y427AGTVEYLYSQDGSFY
Site 36S428GTVEYLYSQDGSFYF
Site 37S432YLYSQDGSFYFLELN
Site 38Y434YSQDGSFYFLELNPR
Site 39T449LQVEHPCTEMVADVN
Site 40Y480IKDIRMMYGVSPWGD
Site 41S488GVSPWGDSPIDFEDS
Site 42S495SPIDFEDSAHVPCPR
Site 43T511HVIAARITSENPDEG
Site 44S512VIAARITSENPDEGF
Site 45S523DEGFKPSSGTVQELN
Site 46Y540SNKNVWGYFSVAAAG
Site 47S572ENREEAISNMVVALK
Site 48T589SIRGDFRTTVEYLIK
Site 49S602IKLLETESFQMNRID
Site 50T610FQMNRIDTGWLDRLI
Site 51S647ADVSLRNSVSNFLHS
Site 52S649VSLRNSVSNFLHSLE
Site 53S654SVSNFLHSLERGQVL
Site 54S692VTRQSPNSYVVIMNG
Site 55Y693TRQSPNSYVVIMNGS
Site 56S717SDGGLLLSYDGSSYT
Site 57Y718DGGLLLSYDGSSYTT
Site 58S721LLLSYDGSSYTTYMK
Site 59S722LLSYDGSSYTTYMKE
Site 60T725YDGSSYTTYMKEEVD
Site 61Y726DGSSYTTYMKEEVDR
Site 62Y734MKEEVDRYRITIGNK
Site 63T737EVDRYRITIGNKTCV
Site 64T742RITIGNKTCVFEKEN
Site 65S752FEKENDPSVMRSPSA
Site 66S756NDPSVMRSPSAGKLI
Site 67S758PSVMRSPSAGKLIQY
Site 68Y765SAGKLIQYIVEDGGH
Site 69Y801VESGCIHYVKRPGAA
Site 70S835QAELHTGSLPRIQST
Site 71S841GSLPRIQSTALRGEK
Site 72Y855KLHRVFHYVLDNLVN
Site 73Y867LVNVMNGYCLPDPFF
Site 74T888WVERLMKTLRDPSLP
Site 75S893MKTLRDPSLPLLELQ
Site 76S907QDIMTSVSGRIPPNV
Site 77S917IPPNVEKSIKKEMAQ
Site 78Y925IKKEMAQYASNITSV
Site 79S947QIANILDSHAATLNR
Site 80T951ILDSHAATLNRKSER
Site 81S956AATLNRKSEREVFFM
Site 82S977QLVQRYRSGIRGHMK
Site 83Y994VMDLLRQYLRVETQF
Site 84T999RQYLRVETQFQNGHY
Site 85S1019ALREENKSDMNTVLN
Site 86T1023ENKSDMNTVLNYIFS
Site 87T1042TKKNLLVTMLIDQLC
Site 88T1054QLCGRDPTLTDELLN
Site 89T1056CGRDPTLTDELLNIL
Site 90T1064DELLNILTELTQLSK
Site 91S1092LIASHLPSYELRHNQ
Site 92Y1093IASHLPSYELRHNQV
Site 93S1102LRHNQVESIFLSAID
Site 94Y1139DVLPNFFYHSNQVVR
Site 95Y1158EVYVRRAYIAYELNS
Site 96Y1161VRRAYIAYELNSVQH
Site 97T1186EFQFMLPTSHPNRGN
Site 98T1196PNRGNIPTLNRMSFS
Site 99S1201IPTLNRMSFSSNLNH
Site 100Y1209FSSNLNHYGMTHVAS
Site 101T1212NLNHYGMTHVASVSD
Site 102S1216YGMTHVASVSDVLLD
Site 103S1218MTHVASVSDVLLDNS
Site 104S1225SDVLLDNSFTPPCQR
Site 105T1227VLLDNSFTPPCQRMG
Site 106S1238QRMGGMVSFRTFEDF
Site 107S1257DEVMGCFSDSPPQSP
Site 108S1259VMGCFSDSPPQSPTF
Site 109S1263FSDSPPQSPTFPEAG
Site 110T1265DSPPQSPTFPEAGHT
Site 111S1273FPEAGHTSLYDEDKV
Site 112Y1275EAGHTSLYDEDKVPR
Site 113T1312AAMFREFTQQNKATL
Site 114T1328DHGIRRLTFLVAQKD
Site 115Y1342DFRKQVNYEVDRRFH
Site 116T1357REFPKFFTFRARDKF
Site 117Y1370KFEEDRIYRHLEPAL
Site 118Y1404ANHKMHLYLGAAKVE
Site 119S1430VRAIIRHSDLVTKEA
Site 120T1434IRHSDLVTKEASFEY
Site 121S1438DLVTKEASFEYLQNE
Site 122Y1441TKEASFEYLQNEGER
Site 123S1486PTVIMDPSKIEESVR
Site 124S1491DPSKIEESVRSMVMR
Site 125S1494KIEESVRSMVMRYGS
Site 126Y1499VRSMVMRYGSRLWKL
Site 127S1501SMVMRYGSRLWKLRV
Site 128Y1539LTNESGYYLDISLYK
Site 129S1543SGYYLDISLYKEVTD
Site 130Y1545YYLDISLYKEVTDSR
Site 131T1549ISLYKEVTDSRTAQI
Site 132S1551LYKEVTDSRTAQIMF
Site 133Y1561AQIMFQAYGDKQGPL
Site 134S1585VTKDLLQSKRFQAQS
Site 135S1592SKRFQAQSLGTTYIY
Site 136Y1597AQSLGTTYIYDIPEM
Site 137Y1599SLGTTYIYDIPEMFR
Site 138S1608IPEMFRQSLIKLWES
Site 139S1617IKLWESMSTQAFLPS
Site 140T1618KLWESMSTQAFLPSP
Site 141S1624STQAFLPSPPLPSDM
Site 142S1629LPSPPLPSDMLTYTE
Site 143S1668AWKMTFKSPEYPEGR
Site 144Y1671MTFKSPEYPEGRDII
Site 145S1690DITYRIGSFGPQEDL
Site 146Y1715AEGIPRIYVSANSGA
Site 147Y1745WVDPEDPYKGYRYLY
Site 148Y1750DPYKGYRYLYLTPQD
Site 149Y1752YKGYRYLYLTPQDYK
Site 150T1754GYRYLYLTPQDYKRV
Site 151Y1758LYLTPQDYKRVSALN
Site 152S1762PQDYKRVSALNSVHC
Site 153S1766KRVSALNSVHCEHVE
Site 154S1800GPENLRGSGMIAGES
Site 155T1838LVRLGQRTIQVENSH
Site 156S1844RTIQVENSHLILTGA
Site 157T1849ENSHLILTGAGALNK
Site 158Y1863KVLGREVYTSNNQLG
Site 159S1865LGREVYTSNNQLGGI
Site 160Y1901TVLHWLSYMPKSVHS
Site 161S1905WLSYMPKSVHSSVPL
Site 162S1908YMPKSVHSSVPLLNS
Site 163S1909MPKSVHSSVPLLNSK
Site 164S1915SSVPLLNSKDPIDRI
Site 165T1928RIIEFVPTKTPYDPR
Site 166T1930IEFVPTKTPYDPRWM
Site 167Y1932FVPTKTPYDPRWMLA
Site 168S1959SGFFDYGSFSEIMQP
Site 169S1996ETRTVELSIPADPAN
Site 170S2006ADPANLDSEAKIIQQ
Site 171T2026FPDSAFKTYQAIKDF
Site 172Y2057SGGMKDMYDQVLKFG
Site 173S2092QAELRGGSWVVIDSS
Site 174S2099SWVVIDSSINPRHME
Site 175Y2108NPRHMEMYADRESRG
Site 176S2113EMYADRESRGSVLEP
Site 177S2116ADRESRGSVLEPEGT
Site 178T2123SVLEPEGTVEIKFRR
Site 179T2136RRKDLVKTMRRVDPV
Site 180Y2144MRRVDPVYIHLAERL
Site 181T2153HLAERLGTPELSTAE
Site 182S2157RLGTPELSTAERKEL
Site 183T2192QFADLHDTPGRMQEK
Site 184Y2216KTSRTFFYWRLRRLL
Site 185Y2262VEGTVKAYVWDNNKD
Site 186T2279EWLEKQLTEEDGVHS
Site 187S2286TEEDGVHSVIEENIK
Site 188Y2299IKCISRDYVLKQIRS
Site 189S2306YVLKQIRSLVQANPE
Site 190S2327IHMTQHISPTQRAEV
Site 191T2329MTQHISPTQRAEVIR
Site 192S2339AEVIRILSTMDSPST
Site 193T2340EVIRILSTMDSPST_
Site 194S2343RILSTMDSPST____
 
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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