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KEGG   Artemia franciscana: 136038804
Entry
136038804         CDS       T10524                                 
Name
(RefSeq) acetyl-CoA carboxylase-like
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
afra  Artemia franciscana
Pathway
afra00061  Fatty acid biosynthesis
afra00620  Pyruvate metabolism
afra00640  Propanoate metabolism
afra01100  Metabolic pathways
afra01212  Fatty acid metabolism
Brite
Enzymes [BR:afra01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     136038804
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     136038804
  6.4  Forming carbon-carbon bonds
   6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
    6.4.1.2  acetyl-CoA carboxylase
     136038804
SSDB
Other DBs
NCBI-GeneID: 136038804
NCBI-ProteinID: XP_065578258
Position
18:25503188..25743289
AA seq 2319 aa
MEEPPNTSASPTPQSTVVTAPTANQKSNAMNASSSASRPGLQRGSMSMAHLYVPSKDVTV
ATPEEFVKKFGGNKVIDKVLIANNGIAAVKCMRSMRRWAYEMFRNERAIKFVAMVTPEDL
KANAEYIKMADHFVPVPGGANNNNYANVELIVDIAKRKQVQAVWAGWGHASENPKLPELL
YKHGIAFIGPPEKAMWALGDKIASSIVAQTASIPTLPWSGSGLKAEIRDRKLKISQELYN
KGCVETVEQGLSAAQKIGFPVMIKASEGGGGKGIRKAESSDDFPNLFRQVQAEVPGSPIF
IMKVASCAHHLEVQLLADQYGNAISLFGRDCSIQRRHQKIIEEAPCIIAKRDIFEQMEKA
AVRLAKMVGYCSAGTVEYLYEEPGSFFFLELNPRLQVEHPCTEMIADVNLPAAQLQVAMG
IPLYRIKSIRTLYGEDPQGDSVIDFENANIRPTPWGHVIAARITSENPEEGFKPSAGTVQ
ELNFRSSKNVWGYFSVAASGGLHEFADSQFGHCFSWGEDRETARENMVIALKELSIRGDF
RTTVEYLITLLETKDFQELKLSTTWLDSMIAQRFRTEKPDVLLALICGALHVADQALLNA
FQNFQNSLERGQVLPAYTLKNTEDVELIYEGVKYVVQVTKCGPNSYFLVLNGSYKEVEVH
RLADGSLLISFDGASYTTYMKEEVDRWRVVIGNQTCVFEKENDPTILRTPSAGKLICFRV
EEGGHVNSGDIYAEIEVMKMVMTLSVTESGCLYYNKRPGAVLDAGDIIAHLDLDDASRIQ
KPKLFEEKFPTGNVELTQNDKLNQIYKQCRNFLDNVLAGYCLPEPFFLHRLKEVIDRMMI
TLKDPSLPLLELQDVISSISGRIPQVVERKIRKLMALYASNITSVLAQFPSQQIANVIDS
HAATLQKRSDRDVFFLTTQGIVQLVQRYRNGIRGRLKSVVSELLRQYLNVESQFQTGHYD
KCVSTLREKYKDNIVNVVGTIFSHSQVAKKNILVIQLIDHLWSHEPGLTDELAAIFSDLT
GLNRTENARVALRARQILIAAHQPAYDLRHNQMESIFLSAIDIYGHDFHPENLQKLIMSE
TSIFDVLQEFFYHTNRAVRMAALEVYVRRSYTSYELTRLLHTDLSNNRCVVQFEFLLPSS
HPNRVPHNRLNPVISHVPSFDEIDRLDFPLCRELDNCQRMGCMAAFAKLEDFEETFMEIL
DLFNGSLEEENDILEMSMEESSSRSMNHSVSLGSPFPEFNFGERNLPTEKEPIHILNVAI
RFDSFEDNTQSARFARFCSRHAEVLTARGIRRITYVCFVKKQHPKFFTYRHRDGFAEDRI
YRHLEPALAFQLEINRMQNYELEALATSNQKMHLYLGKAKVAKGQEVTDYRFFIRSIIRH
SDLITKEASFEYLQNEGERLLLESMDELEVAFSHPMARRTDCNHIFLNFVPTVIMDPAKI
EESVRGMVMRYGPRLWKLRVLQAELRMIIRPSPNEATVPIRLNLANESGYYLDVCMYKEV
TDPKTGVVKFEAYGPRMGPLHGLQVSTPYVTKDFLQLKRFQAQSNGTTYVYDYPEMFSKM
TEKMWKEYTSTKDGCNDLPSIFCSSVELVLNSQGELSEQKRIPGENDIGMVAWRMTLFTP
EYPEGRDIILICNDITYMIGSFGPREDRLFLLASELARKLRIPRVYIAANSGARIGLAEE
IKHLFRIAWVDPNDPEKGFKYLYLTPEDYKKVSSMNSVRAELMEDDGEARYKITDIIGKE
DGLGVENLRFSGMIAGESSQAYKETVTISMVTCRAIGIGTYLVRLGQRVIQIDNSHIILT
GFGALNKLLGREVYSSNGQLGGIQIMYNNGTSHRTDVNDLDGIRSILRWLSYIPKSKGSA
LPIQPIRDPIERDIGFVPTKTPYDPRWMIEGKQNNMSNCWDSGFFDHGSWDEIMAAWAKT
VVTGRARLGGIPIGVIAVETRTVELKLPADPANIDSEAKVVSQAGQVWFPDSAFKTAQAI
QDFNNEELPLIIFANWRGFSGGMKDMYDQVVKFGAYIVDNLRDYKQPIFVYIPPFGELRG
GAWVVIDATINEDYMEMYADPESRGGVLEPEGTVEVKFKLKDLFKTMARLDPTVRKIREQ
LAKTNLTPQEKSELERKLNDREKLLAPMYRQVATQFADSHDTPVRMQEKGVIQDIIPWRR
ARMFFYWRLRRKLRENEVCQMIQRANPELNKGQAEAMLRRWFVEDKGTIDAYLWDNNQDV
VDWLTNQLDQNCPKPIIVENLRCLKRDSVLSKMRSMTHDLPEIRFDAVTHMVQEMSPTER
NELIKTLIKLEVPGGAPAVTVDALPKSPIPPPVQADSDQ
NT seq 6960 nt   +upstreamnt  +downstreamnt
atggaagagccacccaataccagtgcgagtcctacgccacagtcaacagtagtaactgct
ccaacggctaatcaaaagagcaatgcaatgaatgccagttcatcagcctcaagaccagga
ctccagcggggatcaatgtcaatggctcacctttatgtaccttcaaaagacgtgacagtt
gccacaccagaagagtttgtcaagaaatttggcgggaacaaggtcattgataaggtgctt
attgcaaataacggtattgctgctgtaaagtgtatgcggtcaatgcggaggtgggcatat
gagatgtttagaaatgaaagagcaattaagtttgttgccatggtaactccagaagatcta
aaagccaatgctgagtacattaagatggcagatcattttgtacctgtacctggtggggca
aataataacaactatgctaatgttgagctcattgtagacattgccaaaagaaaacaagtg
caggctgtttgggctggatggggacacgcgtctgaaaatccaaagttgcctgagttattg
tataaacatgggattgcgtttattggtccccctgagaaggcaatgtgggccctcggcgac
aagattgcctcaagtattgttgcacaaacagccagtattccaactctgccctggtctggc
tcaggattgaaagctgaaattcgtgaccgcaaattgaaaatttctcaagaattatataac
aaaggatgtgtcgaaacggttgagcagggcctaagtgcggctcaaaaaattggttttcct
gttatgattaaagcttcggaaggaggtggaggcaagggcatcagaaaggcggagtcaagt
gatgattttcctaacctgtttagacaagtacaagctgaggtgccaggaagccctattttc
ataatgaaagttgcctcctgtgctcatcacttagaagtccaacttttggccgatcagtac
ggtaacgccatctctttatttggtcgtgactgttctatccagagaaggcatcagaagatt
atcgaagaagcgccatgtatcattgctaaacgtgatatctttgaacaaatggaaaaggct
gctgtaagattagcaaaaatggttggatattgtagcgctggaactgttgaatatttgtat
gaggagcctggaagttttttctttttggagttgaaccctagacttcaagttgagcatcct
tgtacagaaatgatagctgatgttaacctacctgcagctcaacttcaggttgctatggga
attccgctgtaccggattaaatctattcgaacactttatggagaagacccacaaggtgat
tctgttatcgatttcgaaaacgcaaatattagaccaacaccgtggggccatgtcatcgct
gcccgtataactagtgaaaatccagaagaaggtttcaagccaagtgcaggaacggttcaa
gagttgaacttcaggtcttcaaagaatgtttggggttattttagtgttgctgcgtctgga
ggacttcatgaatttgcggattctcaatttggtcattgtttttcttggggagaagatcga
gaaacagccagggaaaatatggtaatagccttaaaggagctgagcattcgtggcgatttt
agaacaactgttgaatatctgattacactgctagagaccaaagattttcaggagctgaag
ctatcaactacatggcttgactcaatgattgctcagcgttttcgaaccgaaaaaccagac
gtacttctagctctaatttgtggtgcactacatgtggccgatcaggcactccttaacgct
ttccaaaactttcaaaattctttggagagaggtcaagtactccccgcttacactctcaaa
aacacggaagatgtggagttgatctatgaaggggttaaatacgttgtacaagtgacgaaa
tgcggtccaaattcatatttcttagtcctgaatgggtcttataaggaagttgaagttcac
cgtctggcagatggcagtcttctgatctcatttgatggggccagttacacaacttacatg
aaagaagaagtggatcgatggcgagttgttattggcaatcaaacgtgcgtctttgaaaaa
gaaaacgatccaactatacttcgtactccgtctgctgggaaattgatctgtttcagagtt
gaggaaggaggacacgtaaattctggagatatctatgcagaaattgaggtgatgaagatg
gtaatgactttgagcgtcacagaatctggctgtctctattataataaaagacctggagct
gttttagatgcaggtgatattattgcacatttggatttagatgacgctagtcgaattcag
aagccaaagctttttgaagaaaagtttccaaccgggaacgtggaattgacccaaaacgat
aagctgaatcaaatttataaacaatgccgaaattttcttgacaacgttttggcagggtat
tgcttacctgagcccttctttctacacagactgaaagaagtgattgatagaatgatgata
acgttgaaggatccaagtctacctctcctcgagttgcaggatgtcatatcctcaatatca
ggaagaattccccaagtggttgaacgaaaaattcggaaattgatggcgctgtatgcgagc
aatattacttccgtgctggcccaatttccgagccaacaaattgccaatgttatagattca
catgcagcaactttgcaaaagcggagtgaccgtgatgttttcttcctaaccactcagggg
attgtgcaattggtccaacgatatcgcaatggtattcgcggtcgtctcaagtcagtagtt
agtgaattgctgagacaatacctcaatgttgaaagtcaatttcaaacaggtcattatgat
aagtgtgtatcaacactgagagagaagtacaaagacaatattgttaacgtggttggcaca
attttctctcattcgcaagttgccaagaaaaatattttagtaattcagttgattgatcac
ctttggagccatgagccaggacttaccgatgaattggcagccattttctccgatttaacc
ggattgaataggactgaaaatgcccgagtggctcttagagcacgtcagattttgattgct
gctcatcaacccgcctatgatttaagacacaatcaaatggaatcaattttcttatcagcc
atcgacatatatggacatgattttcatcctgaaaacctccagaaactgattatgtcagaa
acttcaatttttgatgtactacaagagttcttctatcacaccaatcgtgctgtcagaatg
gctgctttagaggtttatgtgcgacgatcctatacgtcttacgaacttaccagattactt
cacacggatctgagcaataatcggtgtgttgtgcaatttgagtttttattgccgtcttct
caccctaatagggtgccccataatcggttgaacccggtgattagccacgttccgtccttt
gatgaaatagatagactagatttcccgttgtgtagagagctggataactgccaaagaatg
ggctgtatggcagcctttgccaagttggaagactttgaagaaacttttatggaaatcctg
gatttgtttaatggatccttagaagaagaaaacgatatattggaaatgtctatggaagag
tcgagttcgcgatcaatgaaccactcagtaagtctaggttcaccttttccggaatttaac
tttggtgaaaggaatctacccactgaaaaggagccaatacacattctcaatgttgcaata
aggttcgattcttttgaagacaatacgcagtcggctcgattcgctcgattttgttctcgt
catgctgaagtcttgaccgccagaggcattcgaagaatcacttacgtctgttttgtcaag
aaacagcatcccaagtttttcacgtacaggcatagagatggttttgctgaagaccggatc
tatagacacttggaacctgctcttgcttttcaactggaaatcaatcgaatgcaaaattat
gagcttgaggccttagctacttccaaccagaagatgcatttgtaccttggaaaagcaaag
gttgctaagggacaagaagttactgactatcgcttttttattcgatcaataattagacac
tctgatctgatcacaaaagaagcttcatttgagtatctccagaatgaaggagagcgactt
ttattagagtctatggacgagcttgaggtggcgttttcacatcccatggccaggagaact
gactgcaatcatatatttttgaattttgtaccgacggtcattatggatccagctaagatt
gaggagagtgtacgagggatggtgatgcgttatggacctcgcctatggaagcttcgagtt
ttgcaagcagagttgcgtatgatcatacgtccatcacccaatgaggctaccgtgcctatc
aggcttaacttagccaacgagagcgggtattacctagatgtttgcatgtataaagaggtc
actgatcccaaaactggagtagttaaatttgaagcttatggaccacgaatgggacctctt
cacggactgcaagtctctactccgtatgtcacaaaggactttctacagttgaaaagattc
caagcccaatcgaatggtactacttacgtttatgactatccggagatgttttcaaaaatg
actgaaaaaatgtggaaggaatatacctcgacaaaagatggctgtaatgatctgccatct
attttctgttcgagtgtggaacttgttttgaactcacagggtgaattatccgaacaaaaa
cgtatacctggtgaaaatgatattggtatggttgcatggcgcatgacgctctttactcca
gaatatccggaaggtcgagacataatactcatttgtaacgatattacttatatgattgga
tcgtttggacctcgtgaagatcgattgtttctactggcatcagaattggcacgaaaattg
agaattccacgagtttacattgctgctaatagtggtgctcgtattggactcgctgaagaa
atcaaacacttatttagaatagcttgggtcgatccaaatgacccagaaaagggttttaaa
tatttgtacctgacgccagaagattacaaaaaagtcagttcaatgaattcagtccgagct
gaactaatggaagatgatggagaagcgagatacaaaattacagacatcataggaaaagaa
gacggtcttggtgttgaaaacttgcgtttttcaggcatgattgcgggtgagtcatctcaa
gcttacaaagaaactgtcacaatatctatggtaacctgtcgggctattggcattgggacg
tatctggttcgacttgggcaaagggtcatacagatagacaattctcatattatacttact
ggctttggtgcactcaacaagcttcttggacgagaagtgtattccagcaacgggcaactt
ggtgggattcaaattatgtataacaacggaactagccacagaactgacgtcaatgatcta
gatggcattagaagcattctacgttggctttcctatatcccaaagagtaaaggatctgct
cttcccattcaaccaatcagagatccgattgagagggacattgggttcgttccaacaaag
actccctatgatccccgatggatgatagaagggaaacagaataatatgagcaactgctgg
gactctggattctttgaccatggctcttgggatgagatcatggctgcttgggccaagacc
gttgttactggcagagcacgtttaggtggaatccctattggtgtgattgccgttgaaacg
cgcactgttgagttgaaactccctgctgatccagccaacattgattctgaagccaaggtt
gtttcacaagctggtcaagtatggtttcctgactcagcattcaaaacggcacaggcaata
caagatttcaataacgaagaactgccgcttattatttttgccaattggagggggttttct
ggtggaatgaaagatatgtacgatcaggttgtcaaatttggtgcgtatatagttgataac
cttcgagattacaaacaacccatatttgtttacatacccccttttggcgaattacgaggt
ggtgcttgggttgtcattgatgcaactattaatgaagattatatggaaatgtatgctgat
ccagagtcaaggggtggagttcttgagcctgaaggcacagttgaagtgaaatttaagctt
aaagacttatttaagacaatggctcgtcttgatccaactgtgagaaagatacgtgagcaa
ctggctaaaaccaatttaactcctcaagaaaaatccgagcttgagaggaaactaaatgat
agggagaaattgcttgctcctatgtatagacaggtggcaactcaatttgctgatagtcat
gatactccagtgaggatgcaggaaaaaggagttatccaggatataatcccttggcgtcgc
gcaagaatgtttttctattggcgtctaagacgtaagctacgtgaaaacgaagtttgtcag
atgatccagagagctaatccggaattaaacaagggacaagcagaagcgatgctcagaaga
tggtttgtcgaagataaaggaaccatagatgcctatttatgggacaacaatcaagatgtg
gttgattggctgacgaatcagttggatcaaaattgtccgaagcctattatagttgaaaac
ttgcgatgtctcaaaagggactcagttctttccaaaatgcgctctatgactcatgacttg
ccagagatacgatttgacgcagtgactcacatggtgcaagaaatgtcaccaacagagaga
aatgagcttattaaaactctaataaaactagaggtacctggaggagcgccggctgttact
gtagatgccctaccaaaaagcccaatcccccctcctgttcaagctgatagtgatcagtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (4)   

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