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KEGG   Limulus polyphemus (Atlantic horseshoe crab): 106467551
Entry
106467551         CDS       T08968                                 
Name
(RefSeq) acetyl-CoA carboxylase isoform X1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
lpol  Limulus polyphemus (Atlantic horseshoe crab)
Pathway
lpol00061  Fatty acid biosynthesis
lpol00620  Pyruvate metabolism
lpol00640  Propanoate metabolism
lpol01100  Metabolic pathways
lpol01212  Fatty acid metabolism
Module
lpol_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:lpol00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    106467551
   00640 Propanoate metabolism
    106467551
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    106467551
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    106467551
Enzymes [BR:lpol01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     106467551
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     106467551
  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
     106467551
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: 106467551
NCBI-ProteinID: XP_013783366
Position
Unknown
AA seq 2438 aa
MGLFKGGGNTQQMPERPKPDSGDSNGSLSNDPNTNSTGGTEQDQSSFTILSSDTDSWERS
DDFEHLRKPTETPDSSSDRDAREIQQVRFLLSDEEEIETNKKNNISLSPDCDQAVHIQKH
NMKLRQSMSGIHLVHKDKDNFRLNGKDVTISTPEEFVFNFGGKKVINKVLIANNGIAAVK
CMRSIRRWAYEMFRNERAIRFVAMVTPEDLKANAEYIKLADHYVPVPGGTNNNNYANVEL
ILDIAKRTNVQAVWAGWGHASENPSLPELLSQNDIAFMGPPSKAMWSLGDKIASTIVAQT
ANIPTLPWSGSGLKADWNESLSKKNKVIKIRSELYKKGCIEDVEQGLKAAESIGFPVMIK
ASEGGGGKGIRKVDNAAEFPNMYRQVQLEVPSSPIFIMKLATCSRHLEVQLLADQYGNAI
SLFGRDCSIQRRHQKIIEEAPCVIAKLDVFEEMEKAAVRLAKMVGYVSAGTVEYLYDESG
NFFFLELNPRLQVEHPCTEMVANVNLPAAQLQIAMGIPLHRIKDIRVLYGESLWDDSEIN
FDQPNHKPYPWGHVIATRITSENPDEGFKPSSGTVQELNFRSNKNVWGYFSVGASGGLHE
YADSQFGHCFSWGEDREEARENMVLALKELSIRGDFRTTVEYLVTLLETEDYQINQFDTG
WLDRLIAKRVQAEKPDTILSLICGSVHVADQVIISSFQNFHSSLEKGQILPATALSSTVD
VELIHDGLKYDVKASRYGPTSYFLCLNNSVKEVEVHRLNDGGLLVSIDGTSYATYMKDEV
DRYRVVIGNQTCVFEKENDPTVLRSPSTGKLLHFLVEDGAHLLAGQSYAEIEVMKMLMTL
TVNDAGCIHFVKRPGAVLGSGSVLAKLELDDLSRVVRAQLFAGTFPPSEKSELEEHKLSH
VYQISKRCLENILGGYVIPEPFFGLKMSETVNTFMKTLHDPTLPLLELQEIISSVLGRIP
TAVEKTIKKLMGEYANNITSVLTQFPSQQIASVIDGYAATLQKRSDRDAFFLTTQGIVQL
VQRYRNGIRGQMKTAVQDLLRRYLIVESEFQLGHYDKCVSLLRDKHKDDMETAVNKIFSH
LHVDKKNALIIKLIDHICTHEPGITDELSDILQELTHLNKDENARVALRARQVLIAAHNP
AYELRHNQMESIFLSAVNTYGHDSHPENLQKLIMSETSILDVLQDFFFHNYIIVRRAALE
VYVRRSYTAYELSSIQHLQLPSGLCAAQFQYLLPSSHPNRMAQSKSLVSSPDSGSVVELD
SFFMLETCQRMGVISAFTSFEHFASNFEELMELFYESPPPSPNLWEVDYTRRRSSTSFCD
IQLPLVQPKHILTIAVTMPVEEDDEDLSERFQNFCGEKREILKENFIRRVTFMVIQKHNF
PKYFTYRDRDMFGEDQIYRHLEPALAFQLEINRLRNYELEVIPTTNQKMHLYLGKAKVLK
EQEVTDYRFFVRSIIRHSDLVTKEASYEYLRNEGERLLLEALDQLEVAVISHPYAKSTDC
NHIFLNFIPKVTMNPLKIVENVTDIVMRYGPRLLKLRVLQAELKMTIRESHNEKCIPVRL
FVANENGYYLDLDLYKEVTDAETGQIKFEALGPKHGRLHDQPISTPYLTKDYLQLKRFQA
QSNGTTYVYDVPDMFKQALLRHWQEFVVKRPEVEIPSQVVSCVELVLNEMGHLNEQKRMP
GSNDIGMVAWHMTLYTPECRTGRQVILICNDITHVIGSFGPKEDVLFLRASEKARTLGIP
RLYISANSGARIGLANEVKQLFRVAWIDPSVPDKGFKYLYLTPDDYKKISSQNSVVAEMI
EDENESRYMVKAVIGKEDGLGVENLKFAGAIAGESSQAYNEIVTISMVTCRTIGIGTYLV
RLGSRVIQVENSHIILTGAGALNKLLGREVYSSNNQLGGIQIMHNNGVAHTTSPDDIQGV
YIMLKWLSYIPKCHGGELPEIDPVDPVEREIVYHPSKVPYDPRWLLAGRESSSLPGSWEE
GFFDRDSFDEIMQPWAQTVVCGRARLGGIPVGVIAVETRTVDLVIPADPANLDSETKLVS
QAGQVWFPDSAYKTAQAIKDFNREELPLFIFANWRGFSGGMKDMYDQVVKFGAYIVDALR
DYNQPILVYLPPHAELRGGAWVVLDAMINETHMEMFADPESRGGVLEPEGTVEIKYRKKD
LLKTMHRTDDICQKIKACLTSQELTEEEKSSLEKQLNQREQQLFPVYHQVALTFADLHDT
PVRMREKGVIQEIIPWAKARSFFYWRLRRLLLQDKMKKKLLQIKPHLSSRELDFMLNRWF
IEDFGVASSNLWDDNQAVAKWLTTQLEDSNDQSNKTNSFYYLKQDLLVSQIKSVVHDQPD
MASDLAKSLIHMLSPQQRTELQKIINSLDCSISVPKSTKRFSTRRSSIPVGVLEFRETVQ
EQPHNSRATSNPRPSVIEDLEFRPNNSRRGSWIPADTC
NT seq 7317 nt   +upstreamnt  +downstreamnt
atgggtcttttcaaaggaggtggtaacactcaacaaatgcccgaacggccaaaaccagat
tctggagattccaatggcagcctaagtaacgatcccaataccaattcgactgggggcacg
gaacaagaccaaagttcctttacaattctcagcagcgatacggatagctgggaaagaagc
gacgacttcgagcatcttcgaaaacctacagaaactccggattctagttctgatcgtgac
gctagagaaatacaacaagtaaggtttctactgtcagatgaagaagaaattgaaacgaat
aagaaaaataatatttctctttcacccgattgtgaccaagccgtacacatccagaaacac
aatatgaagttaagacaatccatgtctggaatccacctagttcacaaggataaagacaac
ttccgcctgaacgggaaggacgtcacgatttccacaccagaagaatttgtttttaacttc
gggggaaaaaaggttattaataaggttctaatagccaataatggaattgcagctgtcaaa
tgcatgcgatctatacggcgttgggcatatgaaatgttcagaaatgagcgtgctatacga
tttgttgccatggtcactccagaagatcttaaggccaatgctgaatacattaagttagct
gatcactatgttccagtaccaggaggaacaaacaataataattatgcaaatgtggagctt
attcttgacatagcaaagagaacaaacgtccaggctgtttgggcaggatggggacatgca
tcagaaaatccttcattaccagaactcttaagtcagaatgacattgcttttatgggacca
ccatccaaagctatgtggtccctgggtgataaaattgcttcaacaattgttgctcaaaca
gccaacatccccactttgccttggagtggttcaggattaaaagctgactggaatgaatct
ctaagcaagaaaaacaaagttataaaaattcgatcagagctatacaagaaagggtgtata
gaagatgttgaacaaggattaaaggcagctgagtctattgggtttccagttatgatcaaa
gcttcagaaggtggaggaggaaaaggcatccgtaaagttgataatgctgctgaattccca
aacatgtatcgacaggttcagctagaagttccaagttctcctatttttatcatgaaacta
gcaacttgttctcgccacttggaagtccaacttcttgctgaccagtatggaaatgcaatc
tctctttttggccgagactgctccatccaacgacgtcatcagaaaattatagaagaagcc
ccatgcgtgatagcaaagttggatgtctttgaagaaatggaaaaggctgctgttcggctg
gctaaaatggtgggatatgtcagtgctgggacagtagagtacttatatgatgaaagtgga
aatttctttttcttggaactcaatcctcgccttcaagttgaacacccatgtactgaaatg
gttgccaatgtgaaccttcctgctgcacagcttcagatagctatgggcatccccctccat
agaataaaggatattcgagtgttgtatggtgaatcattgtgggatgatagtgagataaat
tttgatcaacctaaccataaaccttatccatggggtcatgtcatagctactcgaatcacc
agcgaaaacccagatgaaggatttaagccaagttcaggaacagtgcaggaattgaacttc
agaagtaacaagaatgtatggggttatttcagtgtgggagcttctggggggcttcatgaa
tatgcagactctcagtttggtcattgtttctcttggggtgaagatagggaggaagccaga
gaaaacatggtgttggcattgaaagagttgtcaatcagaggagattttaggacaacagta
gagtacttggttacactgttagaaacagaagactaccaaattaaccagtttgatactggt
tggctagacaggcttattgccaaaagagttcaggcagaaaaaccagacacaatattgtca
ctgatttgtggatctgttcatgttgctgaccaagtgattataagcagcttccagaatttt
cacagctcgttggagaaaggtcagattttgcctgctacagctttaagcagtacggttgat
gtggaacttatacatgatggtttgaaatatgacgttaaggcctctagatatggacctaca
tcttattttttgtgtttgaacaactctgtcaaagaagtagaagttcaccgattaaatgat
ggagggttactagtttcaatagatggtacaagctatgccacttacatgaaagatgaggtt
gatcgttaccgtgtagtcataggaaaccagacctgtgtgtttgaaaaagaaaatgacccc
acggtgctgagatcgccttccactgggaagcttcttcactttttggttgaagatggggct
cacctgcttgcaggacaatcttatgcagaaattgaagtgatgaaaatgttaatgacacta
actgtaaatgatgcaggctgtattcattttgtaaaacgtccaggggctgtactgggttct
ggaagtgtattggcgaaactggaactggatgatttgagtagagttgttagagcccaactt
tttgctggaacctttccaccttctgaaaagagtgaacttgaagaacacaaactaagtcat
gtttaccaaatttcaaagcggtgtctagaaaatatccttggaggttatgtcattcctgag
ccattttttggactgaaaatgtcagaaactgtaaacacttttatgaagacactacatgac
ccaacattgcctcttctagaactgcaagaaataatatcatctgtcttgggcagaattcct
acagctgtagagaaaacgataaaaaaactgatgggtgaatatgcaaacaacatcacttca
gttttaacacagtttcccagtcagcagatagctagtgtcattgatggatatgcagcaact
ctacagaagcggtcagatcgtgatgctttcttcctgactactcaaggtatagttcagctt
gttcagagatacagaaatggaattcggggacagatgaagactgctgtgcaggatttattg
agacggtatcttattgtggaatcagagtttcagttaggtcattatgacaagtgtgtgtct
ctgttacgagacaaacacaaggatgatatggaaactgctgtcaataaaattttctcccac
ttacatgttgataagaaaaatgcactaattattaagctgattgatcacatttgtactcac
gaacctggtataactgatgagctgtctgacatattacaagagctcactcacttaaacaag
gacgaaaatgctcgggttgccttgcgagccagacaggttcttatagcagctcataatcca
gcttacgaacttcgtcataaccaaatggaatcaattttcctctcggcagtcaacacctat
ggtcatgattcgcatcctgaaaacctacagaagcttataatgtcagaaacatccattctt
gacgtccttcaagacttcttctttcacaactatatcattgttcgcagagcagctttagag
gtctatgtgaggcgaagctacactgcttacgaactttcatccatccaacatcttcagcta
ccatcaggactttgtgcagctcaattccagtatctcctcccttcatcacatccaaacaga
atggctcaatctaaatctttggtatcaagtccagacagtggtagcgtagtagaacttgat
tcattcttcatgttagagacatgtcagagaatgggtgttatctcagctttcacttcattt
gaacattttgcaagcaattttgaagagttgatggagcttttctatgaatccccaccacca
agtccaaatctgtgggaggttgattataccagaagacgatcctctacatcattttgtgat
atccagcttccattggttcagcctaaacatatactaactattgctgttactatgccagtt
gaagaggatgatgaagatcttagtgagagatttcagaacttttgtggagaaaaaagggag
attctaaaagaaaacttcatacgcagagtgactttcatggttattcaaaagcacaacttt
cctaagtactttacttatcgtgacagagatatgtttggagaagatcaaatttacaggcat
cttgagccagctttggcttttcagttagagatcaatcgtcttcgtaactatgaacttgaa
gttattcctacaaccaaccaaaagatgcatttatatcttggaaaagcaaaggtattaaaa
gaacaagaggtaactgactaccgattttttgttcgctccattatacgacattcagatcta
gttacaaaggaagcatcttatgagtaccttagaaatgagggagaaagattacttttggag
gcattggaccagttggaagttgctgtaatcagccacccttatgctaaatcaacagactgt
aaccacatttttctcaatttcattccaaaagtcacaatgaatccattaaaaattgttgaa
aatgtgactgatatagtgatgagatatggtcctagattattgaaacttcgagtgttgcaa
gctgaactgaaaatgactataagggaatctcacaatgaaaagtgcatcccggtccgtttg
tttgtggccaatgaaaatggctattaccttgaccttgatttgtataaagaagtaacagat
gctgaaactggccaaattaagtttgaggctttgggacccaaacatggtcgtctgcatgac
cagcccatctccacaccatatctgactaaagattaccttcaactgaaaaggtttcaggca
cagtcaaatggaaccacatatgtttatgatgttcctgacatgtttaagcaagccttactt
cgacactggcaagagtttgtagtgaagagaccagaggtagaaatacccagtcaagtagtc
agctgtgtagaattggtactgaatgaaatgggacatctgaatgaacagaagaggatgcct
ggatcaaatgatattggaatggttgcctggcacatgactctttacactcctgaatgtcgt
acaggtcgtcaagtcatcttgatctgtaatgacataacccatgttattggaagctttggg
ccaaaagaagatgttcttttcttgagggcctctgagaaggcacgaacacttggaattccc
cgtttgtacatatcagccaatagtggtgctcgtattggtttagctaatgaagtgaaacaa
ctgtttcgtgttgcttggatagatccttcagtgccagataagggttttaagtatctttac
ctcactcctgatgactacaagaaaattagttctcagaactctgtcgttgcagagatgatt
gaagacgaaaatgaatctcgttatatggttaaagctgttattggtaaggaagatggtcta
ggagtagaaaatctcaagtttgctggtgctatagctggagagtcatcccaagcttataat
gagattgttactataagtatggttacgtgtcgaaccattggtatcggaacttacttggtt
cgacttggcagcagagtgattcaggttgaaaattcccacataattttgacaggagctgga
gcacttaacaagctactggggagggaagtatattcatccaacaaccagctaggtggcatc
cagatcatgcacaacaacggagtagcacataccacatcacctgatgacattcagggtgtt
tacatcatgctgaaatggctttcatacattccaaagtgtcatggtggagaactgcctgaa
attgatcctgtggatccagttgaaagagaaattgtataccacccttctaaggtcccttat
gaccctcgctggctccttgctggccgagagagctcttctctacccggaagctgggaagag
ggattttttgacagagattcctttgatgagatcatgcagccgtgggctcagactgttgtg
tgtggacgagcaagacttggtggcatacctgtcggcgttattgctgtggaaactcgaact
gtagatctcgtcattcctgctgatcctgccaatttagattctgagactaagttagtgtct
caggcagggcaagtgtggtttccagattcggcctacaaaactgctcaagcaatcaaagat
ttcaatagagaagagctaccactttttatttttgccaactggcggggattttctggggga
atgaaagatatgtatgaccaagtagtaaagtttggtgcatatatcgtggatgctttgcga
gactacaaccaaccaattctggtttacctcccacctcatgcagaactgcgaggaggtgcg
tgggtggtcttggatgctatgattaatgaaacgcatatggagatgtttgctgaccctgag
agcagaggtggtgttttagaaccagaaggaactgtagaaataaagtaccggaagaaagat
ttattgaaaacaatgcatcggactgatgatatctgtcaaaaaataaaagcttgcctcaca
tcacaagagcttacagaagaagaaaagtcatctttagaaaaacagcttaatcaaagagaa
cagcaattgttcccagtataccaccaagtagctctgacatttgcagatctgcatgacact
cctgtacgaatgcgtgaaaaaggggttattcaggaaattattccatgggctaaagcacga
tctttcttctactggcgtctcagacgactactgttacaagataaaatgaagaaaaagctg
cttcaaattaaacctcatttgtcttccagagaattagatttcatgcttaacaggtggttt
attgaagactttggtgttgctagttccaacctgtgggatgacaaccaagctgtggcaaag
tggctgaccactcaactggaagactcaaatgaccagtccaacaaaacaaatagcttttat
tatttgaagcaagatctacttgtatctcaaatcaagagtgttgttcatgatcagccagac
atggcttcagatcttgcaaaaagtcttatccatatgttgagcccccagcagcgaacagaa
cttcagaagattatcaactccttagattgttctatctcggttccaaaatcaaccaaaagg
ttctcaactcggcgtagctctatccctgtaggggttctagaatttcgagaaacagtacaa
gagcaacctcacaattcacgtgccacatcaaacccaagaccttctgtcatagaagattta
gagtttcgaccaaacaacagtcgacgagggtcatggataccagctgacacatgttaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (10)   
   Pfam (10)   
All databases (22)   

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