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KEGG   Mya arenaria (softshell): 128238740
Entry
128238740         CDS       T09995                                 
Name
(RefSeq) acetyl-CoA carboxylase-like isoform X1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
maea  Mya arenaria (softshell)
Pathway
maea00061  Fatty acid biosynthesis
maea00620  Pyruvate metabolism
maea00640  Propanoate metabolism
maea01100  Metabolic pathways
maea01212  Fatty acid metabolism
Module
maea_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:maea00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    128238740
   00640 Propanoate metabolism
    128238740
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    128238740
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    128238740
Enzymes [BR:maea01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     128238740
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     128238740
  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
     128238740
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp Dala_Dala_lig_C ATP-grasp_3
Other DBs
NCBI-GeneID: 128238740
NCBI-ProteinID: XP_052810899
Position
6:6130435..6178067
AA seq 2370 aa
MSNPKKDVTFILGEDDPGGEDSLQEHADEMLEQLAPLERPHGGASAKASPHVSSSIQVPR
RNASEPVSITTGSPSKGQGQGPEMAMSPRTQLRSSSGHRHSMSGNFDMRGRRVSYPKEHS
VATAEELVKTYGGSKSTVIKKVLIANNGIAAVKCIRSVRRWAYEMFRSERAIRFVVMVTP
EDLKANAEYIRMADQYVPVPGGTNNNNYANVELILDIAKRTQVQAVWAGWGHASENPKLP
ELLHKNGIVFIGPPEGAMWALGDKIASSILAQTAGVPTLPWSGSGLKIPWNEGEQGKGGK
SATVGQDLYKKGCTVDAEAGLKVAKEIGFPVMIKASEGGGGKGIRKVDNPGDFPNLFRQV
QTEVPGSPIFVMKMAQAARHLEVQLLADNYGNAISLFGRDCSIQRRHQKIIEEAPTTIAP
SDTFKKMEEAAVKLAKMVGYVSAGTVEYLYNADDGTFYFLELNPRLQVEHPCTEMVADIN
LPALQLQIAMGLPLYCMKDIRCLYSENPFGSKAINFERPARMPRPKGHVIAARITSENPD
EGFKPSSGTVQELNFRSSKNVWGYFSVTASGGLHEFADSQFGHCFSWGEDREDARENMVI
ALKELSIRGDFRTTVEYLTKLMETEEFQNNKITTVWLDRLIAEKVQAEKPNIMLSVICGA
LHVADNKVQQAFTDFQAALKKGQVLPANLLKNVVNMEFIHEGIRYTLQVVKIGPIRYFVS
MNDSTVELEAHRLSDGGLLLSIDGSSYTTYMKEQVSSYRITIDNQTCVLQKENDPTVLRS
PSAGKLINYAMEDGGHVYAGDVYAEIEVMKMVMELRVTENGCIQYVKRPGAVLDSGGIVA
NLVLDDPTRVVQAKPCIDKLPHLENPPAHGMKLHQIYQRNAEELEQILAGYVLSEPYFSA
KLKATVESLLRCLKDPRLPLLELQELISVTSGRIPPRVEKAIRKLMITYENNLTSVLSQF
PSQQIANIIDGHAATLTRRAERDAFFMNTQGIVELIQRYRNGIRGHTKSIIQDLLRQYLK
VEMQFQQGSLDKCITELMERNKDDMAVVTGTIFSSLAVHQKNAVVILLIEQLCGGDMNLT
DDLASILGELTKLNRSLNAKVALKSRQVLIQAHQPPYELRHNQMENIFLSAVDMYGHDFC
PESLQKLIYSESAIYDVLQEFFFHNNTLVRVAALEVYIRRAYIAYDLNCLVHKELQEGIC
IVEFRFTLPRSHPNRMMVLRMDTRVPSLSSVDSSGQSLNHYDGDNSHIDQLDELPIAQRM
GVMAAFKSFDEFTNHFETIMDVFVMESLPSSPIELEDGMSFESGKEDTISVQSVQSVSDS
VVENEPIHIINVAIQTTATMDDETLGQQFQAFCKEKNYTMAERGIRRITFVVLRKKLLPK
YFTFRAKFEFNEDRIYRHLEPGLAFQLEINRLRNYELEAIPTANYRMHVYLGKAKQVAKG
MDVTDYRLFVRCIIRHSDLISKEASYEYLHNEGEKTLMEAMDSLEVAFSHSMSFKTDCNH
IFLNFVPTLTLTDPGRLEETVYNMVMRYGPRLLKLRVLSAELKFSIRVGGQTFPIRFYLT
NESGYYLNISLYREVAEEHSGLIMLQSYGSRKGPLDGLLVATPYVTKDHLQSKRSQAQAN
GTTYVYDFPEMFKQALRKLWHSHIERYGLREESIPTDLITCRELVLDKNGHIHIQNRLPG
ENEIGMVAWNMKLRTPEFPEGRDMIVIANDITFKIGSFGYQEDVLFKKASELARSKGLPR
VYLSANSGARIGLAEEVKHLFRVAWHDPSDPDKGFKYLYLRPDDFKKLSAYNSVRATLIE
DQGESRYKITDIIGKEEGLGVENLRGSGMIAGESSQAYTDIVTINLVTCRAIGIGAYLVR
LGQRIVQVENSHIILTGAGALNKVLGREVYTSNNQLGGIQIMHNNGVSHATAQDDLEGVF
KILQILAYVPSHHGGPLPVLPVLDPVERDVDFLPTKAPYDPRWMLAGRQHPERSREWQSG
FFDKDSFQEILQPWAQTVVVGRARLGGLPMGVVAVETRTVELAIPADPANSDSEAKVIQQ
AGQVWFPDSAFKTAQAIMDFNREELPLIIFANWRGFSGGMKDMYDQVLKFGAYIVDALRT
YNQPIMIYIPPHGELRGGAWVVVDPTINPTNMEMFADQLSRGGVLEAEGTVEIKFRKRDL
LKTMRRVDQKFKQLTEKLANTNITLDEKKQLEAELKTREETLLPMYHQVAVCFADLHDTP
GRMEEVGVISGVLEWNRSREFFYWRMRRRLLESQIKKKMRPFTADKTDGELNSMLSRWFV
EDKGTVNAYQWEEDKAVVEWLEIQISDTPGRKSLVQDNMGCLRRDHMLLQVRGLLEKNPD
VAMESVVQLAQLLTPAQRAEITRVLASLDT
NT seq 7113 nt   +upstreamnt  +downstreamnt
atgtccaatcccaagaaggatgttacgttcattctgggagaagatgacccaggaggagaa
gattctttacaagagcatgctgacgagatgttggaacagttagctcccctggagcgcccc
catggcggggcctctgctaaagcctcccctcacgtgtcctctagtatccaagtgcctcgg
aggaatgccagtgaaccggtttccataacgacaggctcaccctctaagggtcaaggtcaa
gggccagagatggctatgagcccaagaacacagctaaggtcttcatctggccaccggcac
tcgatgtcaggaaatttcgacatgaggggccggcgggtatcgtacccaaaggaacacagt
gttgccacagcggaggaactcgtgaagacctatggcggaagcaaaagcacagttatcaaa
aaagttctcattgccaacaacggtatagcagcggtcaagtgtatccgctctgtgcgtcgc
tgggcgtatgaaatgttccggtcagagagggccattagatttgttgtcatggttacaccg
gaagatctcaaggctaatgcagagtacattcgcatggccgaccagtatgtgccagtgccc
ggtgggactaacaacaacaactacgctaatgttgagctgatccttgacattgccaagcgt
acccaggtacaagctgtgtgggccggctggggacatgcctccgagaacccaaaactgccc
gaactgctacataagaatggcattgtgttcataggtccacccgagggtgcaatgtgggcg
cttggggataagatagcatcatccatcctagcccagacagcaggtgtacccacgctgccc
tggagtggctctgggctcaagataccttggaatgagggggagcaaggcaagggtggcaaa
tctgccactgtcggccaggacttgtacaagaaaggatgtactgttgatgcggaagcaggc
ttgaaggttgccaaggaaatcggttttccagtgatgatcaaggccagtgagggtggtggg
ggcaagggcatcaggaaggtcgacaaccctggggacttccctaacctcttcagacaggtc
caaactgaagtaccaggttcaccaatctttgtgatgaagatggcccaggctgcacgccat
ctggaggttcagctgttggctgacaactatggtaacgccatctcactatttggtcgtgac
tgctccatacagcgacgacaccagaagatcattgaggaggcccccaccactatagctccc
agcgatacctttaagaaaatggaagaggctgctgtgaagctagctaagatggttggttac
gtgagtgcaggaacggttgagtatctgtacaatgcagatgacggcacattctacttcctg
gagctgaaccccagactccaggtggaacacccgtgtacagagatggtggccgacatcaac
ctgcccgctctccagctccagattgccatgggcctgcccctgtattgtatgaaggacatc
cgatgtctgtacagtgaaaacccctttggaagcaaggccatcaatttcgagcgcccagca
agaatgccccgccctaaaggtcatgtgattgctgctaggatcaccagtgaaaacccagat
gagggattcaagccaagttcaggtacggttcaggagttgaatttccgcagcagtaagaac
gtgtggggctacttcagcgtgacagcatccgggggcctgcatgagtttgctgactcccag
tttggtcactgcttctcctggggcgaagacagggaggatgctagagagaacatggtaata
gcattaaaagagctctccatccgtggagatttccggaccactgtggaatacctgacgaag
ctcatggagacagaagaattccagaacaacaagattacaactgtgtggctggacagactc
atcgctgagaaggttcaggccgagaagcccaatatcatgttgagtgtgatctgtggagcg
ctgcacgtggccgacaacaaggttcagcaggcctttacagacttccaggccgcgctgaag
aaaggccaggtgcttcctgccaacttgctgaagaatgtggtcaacatggagttcatccat
gaaggaataagatatacactgcaggtggtaaagattggccctatccggtactttgtgtca
atgaacgattcaacagtggagttagaagcccatcgcctgagtgatgggggccttctgttg
tccattgatgggtcaagctacaccacatacatgaaggagcaggttagcagctaccgtatc
accatcgacaaccagacctgtgtactgcagaaggagaatgaccccactgtcctgaggtca
ccctcagctggtaagttgatcaactatgccatggaggatgggggccacgtgtatgccggt
gacgtgtatgccgagattgaggtcatgaagatggtgatggagcttcgggtcactgagaat
ggatgtatccaatatgtgaagaggcccggggcagtgttggactcaggtggtattgtggca
aacctggtcctggatgatcccaccagggttgttcaggccaagccatgcatagacaagctt
ccccacttggagaacccaccagcccatggtatgaagcttcaccagatctaccagcggaat
gcagaggagctggaacagatcctggctggctatgttttatctgagccgtatttctctgcc
aaactcaaggctaccgtggagagtctgctccgctgtctgaaagatcccaggcttccattg
ctggagctgcaggagctgatatcagttacatctggccgtatcccaccaagagttgaaaag
gccatccgcaagctcatgatcacctacgagaacaacctgacatccgttctcagtcagttt
ccgagccagcagattgccaacattatagacggacatgctgccacgctgaccaggcgggca
gagagggatgctttcttcatgaacacacagggcattgtggagctaatacaaaggtacagg
aatggtatacgaggccacaccaagtccatcatccaggacctcctccgacagtacctcaag
gtggaaatgcagttccaacaagggagcttggacaagtgtatcacagagctgatggagcga
aacaaggacgacatggcagtcgtcacaggaaccatcttctccagccttgctgtacaccag
aaaaacgctgtcgtcattctcctcattgagcagctgtgcggaggtgatatgaacctgacg
gatgatctcgcctccattcttggtgagctaacaaagctaaaccgtagcctcaatgcaaaa
gtcgcgctgaaatcccgccaggtgctcatacaggcccaccagcccccgtacgagctcaga
cacaaccagatggagaacatcttcctctccgctgttgacatgtatggacatgatttctgt
cccgaaagtcttcagaaactgatctactcggagtctgccatctatgatgtgctgcaagag
ttcttcttccacaacaacactctagtcagagttgcagcccttgaggtgtatatccggagg
gcatacatagcgtatgatctgaactgcctggtccacaaggagctccaggagggtatttgt
attgtggagttcagattcaccttgcctcgatctcaccccaacaggatgatggtgttgcgt
atggatactcgagtgccaagcctgtcaagtgtggacagtagtggtcagagcctgaaccat
tatgatggggataactcgcacattgaccaactagacgaactccccattgcacagaggatg
ggtgtcatggctgccttcaagtcatttgatgagtttaccaatcactttgagacgataatg
gacgtgtttgtaatggaaagcctgcccagcagtcctatagaacttgaagatgggatgagc
tttgagtctgggaaagaggacaccatctccgtacagagtgtccagagtgtgtccgactct
gtggtggagaacgaacctatccacatcatcaatgtggccatacaaaccacggcaaccatg
gatgacgagaccctcggtcagcagttccaggctttctgcaaggaaaagaattataccatg
gctgagagagggataagacgaataacatttgtggtgcttagaaagaaactacttccaaaa
tatttcaccttcagagctaaattcgagtttaacgaagataggatctaccgtcacctggag
cccggcctggcattccagctggagattaaccgcttgcggaactacgagctggaagccatc
cccaccgcaaactaccgcatgcacgtgtacctgggcaaggctaagcaagtggctaagggt
atggatgtgaccgactaccggctgttcgtgcgatgcatcatccgccactcggacctgata
tcgaaggaagcgtcgtacgagtatctgcacaatgaaggggagaaaacactgatggaagct
atggactccctggaagtggccttcagccattcaatgtctttcaaaactgattgtaatcac
atcttcctgaacttcgtgccaacactgacactcacagatcctggtcggctggaggaaacc
gtatacaacatggtgatgcggtacggcccgcggctgcttaagctccgcgttcttagtgct
gaacttaagttctcgatcagggttggaggtcagacattccctatcaggttctacctgacc
aacgagagtggctactatctgaacatcagtctgtacagggaagttgcagaagagcactca
ggacttataatgctgcagtcctacggttctcggaagggcccgttggatggcctgctggtg
gccactccatatgtcaccaaggatcacctccaatcgaagagatctcaggcccaggccaat
ggcactacctacgtgtatgactttcctgagatgtttaaacaggcgttgagaaagttgtgg
cattcccacatagagaggtatggtctacgagaggaaagtatccccactgaccttattaca
tgtcgggagctggtactggataagaacggacatattcacatacagaacaggctgccagga
gaaaatgagataggcatggttgcatggaacatgaagttaagaaccccagaattccctgaa
ggtcgggacatgattgtaatagcaaatgacatcaccttcaagattggatcatttggctac
caggaggacgtattgtttaagaaagcttcagagctggcgcgaagtaagggcctgccacgt
gtttacctctcggccaacagtggggcgaggatcgggcttgcagaggaggtcaagcacctg
tttcgagtagcctggcatgaccctagcgaccctgacaagggcttcaagtacctgtacctg
cgtccagacgacttcaagaagctgtcagcgtacaattctgtgagggcgacattgatagag
gaccagggcgagtccagatacaagatcaccgacattatagggaaagaggagggtcttgga
gtggagaacctgcgaggatcaggaatgatagccggggaatcttcacaagcctacacagac
attgttacaatcaacctggtgacatgtcgagcaataggtatcggggcttacctggtgaga
ctgggacagaggatcgtacaagtagagaactctcacatcatcctcactggcgctggagca
ctcaacaaggtgttgggtcgcgaggtgtacacgagcaacaaccagctgggtggaatccag
atcatgcacaacaacggcgtgtctcatgccacggcacaggacgaccttgagggggtgttc
aagatcctccagatactcgcatatgttccctctcaccatggcggtccactgcctgtgctc
ccagtgctggacccagtggagcgtgatgtggacttcctgcccaccaaggccccatatgac
cctcgctggatgctggcaggcaggcaacaccctgagcgaagccgggagtggcagagcggg
ttctttgacaaggactccttccaggagatcctgcagccctgggctcagacagtggttgtc
gggcgtgccaggctggggggcctgcccatgggcgttgttgccgtggaaaccaggactgta
gaactagccattcccgcggatcctgcaaactctgactctgaggctaaggtgatccagcag
gccggccaggtgtggttcccagactcggccttcaagaccgcccaggccatcatggacttt
aacagagaggagctgcctctcatcatcttcgccaactggagggggttctctggaggaatg
aaagatatgtacgaccaggtgctgaagtttggtgcatatatcgttgacgccttgcggaca
tacaaccagcccatcatgatctacatcccgcctcacggggagctgaggggtggggcctgg
gtggtggttgacccgaccatcaaccccacaaatatggaaatgtttgctgaccagctgagc
aggggaggggtattggaggccgaaggaacagtggagatcaagttccgtaagcgtgacctg
cttaagacaatgagacgtgtggaccagaaatttaaacagctaacagagaaacttgccaac
acaaacatcacgctggatgagaaaaaacagctagaggcggaactcaagacgcgggaggag
acacttttgcctatgtatcaccaggtggctgtgtgctttgcagacctgcatgacacccca
ggacgcatggaggaagtcggtgttatctccggtgtcttggagtggaaccgtagtcgggag
ttcttttactggcgtatgcggcgtcgcctgctcgagtcccagattaagaaaaagatgagg
ccattcaccgcagacaaaactgatggggaactcaactcgatgctctcaagatggttcgtc
gaggacaagggaactgtcaatgcctaccagtgggaggaagacaaggcagtggtggagtgg
ctagagattcagatctccgacacccccggcagaaagtcgctcgtacaggacaacatgggc
tgtctccgcagagaccacatgcttctacaagtcaggggattgctggagaaaaaccctgac
gttgccatggagtcagttgttcagctagctcagctgttgaccccagcccagagggcagag
atcacccgtgtgctcgcctcccttgatacctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (10)   
   Pfam (10)   
All databases (23)   

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