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KEGG   Lineus longissimus (bootlace worm): 135487588
Entry
135487588         CDS       T09977                                 
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
llon  Lineus longissimus (bootlace worm)
Pathway
llon00061  Fatty acid biosynthesis
llon00620  Pyruvate metabolism
llon00640  Propanoate metabolism
llon01100  Metabolic pathways
llon01212  Fatty acid metabolism
Module
llon_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:llon00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    135487588
   00640 Propanoate metabolism
    135487588
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    135487588
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    135487588
Enzymes [BR:llon01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     135487588
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     135487588
  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
     135487588
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: 135487588
NCBI-ProteinID: XP_064627564
Position
5:complement(6461799..6488504)
AA seq 2379 aa
MAEKAEPDAAPNEGQVQRSSSVTFPTLEEEASQDKVKTPRQAAVLRGTQSDPLLTSNGTD
GHRGSIDMLQQYRLTRRNLQSDSNVHNVIRRNMSGPLRTNSLNCRGDFTVATPEEFVHRF
GGNRVINKVLIANNGIAAVKCIRSVRRWAYEMFKNERAIRFVAMVTPEDLKANAEYIRMA
DHYVPVPGGSNNNNYANVELILDIAKRTQVQAVWAGWGHASENPKLPDLLHKNNIIFIGP
PENAMWALGDKIASSIVAQTAGVPTLPWSGDGLKVDWSDDQVGNGTQIQIGREIYRKGCV
IDLDEAIACAKRIGFPVMIKASEGGGGKGIRKANNVEDFPNLYRQVQNEVPGSPVFIMQY
APCARHLEVQILADKYGNAISLFGRDCSIQRRHQKIIEEAPAAIAKLDIFETMEKAAVKL
ARMVGYVSAGTVEYLYNAAEEKFYFLELNPRLQVEHPCTEMVADVNLPAAQLQVAMGVPL
HRIKDIRILYGEDPFEDEAIDFELPENRPHPRGHVIAARITSENPDEGFKPSSGTVQELN
FRSNKNVWGYFSVTASGGLHEFADSQFGHCFSWGEDREEARENMVVALKELSIRGDFRTT
VQYLIKLLETEGFQKNQLDTGWLDKLISEKVQAEKPNSMLGVICGALHVADQYILLSFQH
FQSNLERGQILPDNTLKNTEEVELIYEGMKYIIQVTKMGPNTYFLSMNDSYLEIDVHRLS
DGGLLLSLDGNSYTTYMKEEVGSYRITIANKTCIFEKENDPTVLRSPSAGKLISYLVEDG
GHVFANDVYAEIEVMKMCMELRVQENGCIHYVKRPGSVLDAGTIVCHLQLDDPTKVRQAQ
LFTGKFPTVSGPLTYGSKLHQIFQMTRTSLENVLAGYVLPEPHFNKKLVQTVETLMKILK
DPSLPLLELQELISAISGRVPPHVAKAIKRHMAGFASNITSVLCQFPSQQIANVIDSHAA
TLTKRADRDVFFMTMQGVVQLVQRYRNGIRGHMKTVVQEFLKVYMKVETQFQNGHYDKCV
AALRLKHKEDMQSVVSSIFSHSRVHCKNALVIMLIDHLVGKEPGMSEDLKPILTELTTLN
KTENSKVALRARQVLIAAHMPAFELRHNQVESIFLSAIDIYGHHFSPENLQKLIMSETSI
FDVLPGFFFHPNKLVSIAALEVYVRRAYIAYELTCLQHNEIGDLYLVEFHFLLPTSHPNR
FPQTPKEARRWSSTSTSSQDEDTFEYVSMTFARLMQRRVSTLNMMPRVASLSDDMNDYDS
STLQQQNLPPCQRKGLIAAFNTFGDFESKFDQIMERFSSPPSSPLELGASPPIFGSSGSD
EPIHILNVALKYEATKTEDDQAKDRYQQFCLAHRDILKEKGLRRVTFLSLSEREFPKYFT
FRARDNFIEDRIYRHLEPALAFQLEINRMRNFDLEAIPFANHRMHVYLARAKQVAANHEV
TDFRFFVRAIIRHSDLVTKEASFEYLQNEGERTLLEAMDALEVAFSHPQSKRTDCNQLFL
NFVPTMTLSDPAKLEEVVRNMVMRYGSRLWKLRVLQAELKLTIRLSSNGNRIPIRLFLTN
ESGYYLDISMYKEVNDPRTGQIMFQAYGAKQGTLHGLLLSTPYVTKDHLQLKRFQAQTSG
TTYVYDFPELFRQSLEKIWKEYDESHPDEEIAIPSNVCTYSELVLDARGNLVDLTRLQGE
NDIGMVAWKMTLKTPEVPEGREIIVIANDMTFQIGSFGPQEDLIYMRASELARQLGIPRI
YISANSGARIGVAEEIKHLFKVAWDDDKNHEKGFKYLYLTPQDFKKVSAMNSVHCELIEE
KNESRYKIIDIIGKDDGIGVENLRGSGMIAGETSQAYNEIVTINLVTCRAVGIGAYIVRL
GQRTIQVENSFIILTGASALNKVLGREVYTSHNQLGGIQIMHNNGVTHDVVPDDFEGVCK
IVQWLSYMPKHSKGPLPIITPADPIEREIEFCPPKGPYDPRWLLSGRPNPEQPDSWQSGF
FDKDSFQEILAPWAKTVVCGRARLGGIPVGVIAVETRTVELATPADPANIDSEQKVIQQA
GQVWFPDSAFKTAQVIKDFCREELPLMIFANWRGFSGGMKDMYDQILKFGAYIVDSLREY
TKPVLIYIPPYGELRGGAWAVLDPTINPNHMELYADRNCRGGVLEPQGTVEIKFRVKDLN
KVMQRIDSKCIQLSQQMSCPELTKLERSKLENQMTEREEELVPLYRQVAVAFADLHDTPG
RMQEKGVITDILDWKTSRTFFYWRLHRLLLEDRVVDKISKMNKEITNGQCKSMLRRWFVE
GQGTVNAYLWEDNKAVVEWLKSEFEGDASKSIIEENIKCVQRDYVIQEIRSLIQTNPEVA
MDSIVHITQHMTAGQRTEVSRVLAAMESPSTTNNTPSSS
NT seq 7140 nt   +upstreamnt  +downstreamnt
atggctgagaaggctgagccagatgctgcacccaacgagggccaagtgcagaggagttct
tccgtgaccttccccacacttgaagaagaggccagccaagacaaggtgaagacaccaaga
caagcagcagttctgagaggtacccagtcagaccctctcttgaccagtaatggtacagat
ggtcatcgtggtagcattgacatgctgcagcaataccgcctaacaagaagaaatctgcaa
agtgactccaatgtccataacgttatcagaagaaacatgtctggcccattacgcacaaac
agcctgaattgtcgtggtgacttcaccgtcgcaacaccagaggagtttgttcatagattt
ggtggtaacagagtcattaacaaggttctaattgcaaataatggaattgcggctgtcaaa
tgcatcagatctgttcggcgctgggcttacgagatgtttaaaaacgagcgtgccattcgc
tttgttgccatggtgacaccagaagacctcaaagctaatgcagaatacatccgaatggct
gaccactatgtccctgtgcccggtggaagtaacaataataattacgcaaatgtggagctg
atcctcgatattgcaaagaggacacaagtccaagctgtctgggctgggtggggccatgct
tcagagaacccaaagctgcccgacctactacacaagaacaacatcattttcatcggacct
ccggagaatgcgatgtgggcgttgggtgacaagatcgcatcatctattgttgcgcagaca
gctggcgttccgacactgccttggagtggagacggcttgaaagttgattggtcagacgac
caggttgggaatggtacccagatccaaataggtcgtgaaatctaccggaaaggctgtgtg
attgaccttgatgaggcgattgcctgtgccaaacggataggcttccctgtcatgatcaag
gcgtcagaaggtggcgggggcaagggcatccgtaaggcaaacaatgtggaggacttccct
aatctttacagacaggtccagaatgaagtgccaggctcgccagtgttcatcatgcagtac
gccccctgtgctcgccacttggaggtccaaatcctggcagacaagtacggcaatgccata
tcgttgtttggtagagattgctccattcagcgtcgccaccagaagatcattgaggaagcc
ccagcagccattgctaagcttgatatattcgagacaatggaaaaggctgcggtgaagctt
gccaggatggttgggtatgtgagtgctggcacagtggagtacctctacaatgccgcggag
gagaaattctacttccttgagttaaaccctcgactccaggtggaacatccgtgcaccgag
atggtggcagatgtcaatctgcctgctgctcagttacaggttgctatgggtgtaccctta
cacagaatcaaagatatacgaatactgtacggagaggacccatttgaagatgaggcaatt
gattttgaacttccggagaacaggccacatccaagaggtcatgtgatcgctgccaggata
accagtgaaaacccggatgaggggttcaaaccaagttccggcacagttcaggagctcaac
ttccgtagtaataagaacgtttggggttacttcagtgtgaccgcatcaggtggactccac
gaatttgcagactcgcagttcggccattgtttctcttggggtgaagatcgggaggaggcc
agagaaaacatggttgtggcattgaaagagttgtcgatcaggggagatttccgtaccacg
gtccagtacctcatcaagctcctagagacagaaggattccagaagaatcaactggacact
ggttggttggataagctcatatcggaaaaggttcaagcagagaagcccaactctatgtta
ggtgtgatctgtggagctctccatgtggctgaccagtacatactgttgtcattccaacat
tttcagagtaatctagaaaggggccaaatcctacctgataatactctgaagaacactgag
gaggtggagttgatttacgaaggcatgaaatacataatccaggtgaccaagatggggccc
aacacatacttcctcagtatgaacgactcttacttggagatcgatgtgcatagacttagc
gatggtggtcttcttctctctctggatggtaacagctacactacctacatgaaagaagag
gtcggcagctaccgtatcaccatcgccaacaagacgtgtatattcgagaaggaaaatgac
ccaacagtgctgcggtcgccctctgctggcaaactgatcagctacttggtggaagatggt
ggccatgtgtttgctaatgacgtctacgcagagattgaggtgatgaaaatgtgcatggag
ctaagggtgcaggaaaacggatgcatccattatgtgaagagacctggttctgttctcgat
gctggaacgatcgtctgccatcttcaacttgatgacccgacaaaggtcagacaggctcag
ttgttcactggaaagttccccactgtgtcgggaccgctcacatatggctcgaagcttcac
cagatattccagatgaccaggaccagtcttgagaacgtgctggcgggttacgttctccca
gagcctcacttcaacaagaagcttgtgcagacggtcgagacactgatgaagatattgaag
gatccttctctacctcttcttgagcttcaggagttaatatctgcgatatctggcagagtc
cctccgcatgtcgcgaaagcaattaaaaggcatatggccgggtttgccagtaacatcaca
tctgtactgtgccagtttcctagtcagcaaatcgccaatgtgattgacagtcatgccgct
acccttaccaagagagctgatagagatgtgtttttcatgaccatgcagggagtcgtccaa
cttgttcagaggtacaggaatggtatccgtggccacatgaagacagttgtgcaagagttt
ctcaaagtctacatgaaggtcgagacgcaatttcaaaatggccattatgacaaatgtgtg
gccgctttgaggctcaagcacaaggaagacatgcagagcgttgtttccagtatattctca
cattcccgcgtgcactgcaagaatgctctagtcatcatgctcatcgatcatctggttggg
aaggagccaggtatgagtgaagacctcaagccaatactgactgagctgaccacactcaac
aagactgagaactccaaggtcgctctgagagcaagacaagttctgattgctgcacacatg
ccggcatttgaactccgacacaaccaagtggaatccattttcctctctgctattgatatc
tacggccaccatttctcaccagagaatcttcagaagttgatcatgtctgagacgtccatc
ttcgatgtcctgcctggcttcttcttccaccccaacaagctagtcagcattgcagccttg
gaggtttatgtgcgacgggcgtacattgcatatgagctgacctgcctccagcataacgag
attggtgacctgtatttggttgagttccacttcctcttgcccacgtctcatcccaataga
ttccctcaaacgccaaaagaggcacgcaggtggtcttccacctctacgtcctctcaggat
gaagacacgttcgaatatgtcagtatgacttttgctaggttgatgcagcggcgagtgtcc
accttgaacatgatgccgcgggtggcaagcctgagtgatgatatgaacgactatgatagt
agcacgttgcagcagcagaatctaccgccatgtcagagaaagggactgattgcagctttc
aatacgttcggcgattttgagtcgaaatttgaccagatcatggagcgattcagctcaccg
ccttcaagcccgcttgaactcggagcatctcctccgatattcgggagctcaggttctgat
gagcctatacacattttaaatgtcgccctcaagtacgaggcaacgaagactgaagatgat
caggccaaggatagataccagcagttctgtttagcacatcgcgatattctgaaagaaaag
ggcctgcgtcgtgtcacattcctgtcactgtctgagagagaattccccaagtacttcaca
ttccgagctcgagataacttcatagaggatcgtatctaccgtcacttggagccggccctg
gctttccagctggagatcaaccgcatgaggaactttgaccttgaagcgatcccgtttgcc
aatcacaggatgcatgtctacctcgcgagggcaaagcaagttgccgccaatcatgaagtg
acagacttccggttctttgttcgtgcgatcattcgccactctgacttggtgactaaggaa
gcttcatttgagtatctccaaaatgaaggtgagaggaccttactggaggcaatggatgca
ctggaagtagcattctcacatccacagtctaagcgcactgattgtaaccagttgttcctc
aactttgttccaactatgactctctcggacccggccaagctggaggaggttgtgcgtaat
atggtgatgcgatacggcagtcggctctggaagctgagggtactgcaggccgagctcaaa
ctcaccatcaggttatcctcgaatggtaaccgcatcccaatccgtctgtttctgaccaac
gagagtggttactatctcgacatcagcatgtacaaggaggtgaacgatccaaggactgga
cagatcatgtttcaagcctacggagctaaacagggcaccctccatggcctactgctcagt
acaccctacgtgactaaggaccatctacagctaaagagattccaggctcagaccagtggt
accacttatgtgtatgacttcccagaactcttcagacagtctctggagaaaatttggaaa
gagtatgacgagagccacccagacgaagagatcgccatcccatccaatgtttgtacatac
agcgagctggtcttggatgctcgggggaatctggtcgatctgaccaggctccaaggtgaa
aatgatattggtatggtggcttggaagatgacgctgaagactcccgaggtaccagaaggc
agagagatcattgttatcgccaatgatatgacattccagatcggatcatttggccctcaa
gaagatctcatttacatgcgtgcgtccgagttggcccgccagcttggtataccacgtatc
tacatctctgccaacagtggcgctaggatcggtgtagcagaggaaatcaaacacttgttc
aaggttgcgtgggatgatgacaagaatcatgaaaagggcttcaagtacctctacctgacc
cctcaagatttcaagaaagtaagtgcaatgaattcagtccactgtgagctgattgaagag
aagaacgaatcaagatacaagatcattgatattattggtaaagacgatggtatcggtgta
gagaacttgagaggatctggtatgatagctggtgagacgtctcaggcttacaatgaaatt
gtcaccattaacttagtgacctgtcgtgctgttggcattggtgcttacatcgtccgcctc
ggtcagcgtacaatccaagtggagaactccttcatcattctgactggagctagtgccctg
aacaaagtgctcggccgagaagtttacacaagtcataaccaattaggcggcatacagata
atgcataataacggcgtcacacatgacgttgtgcccgatgattttgaaggcgtttgcaag
attgtccagtggctttcgtacatgccgaagcattccaaaggtccccttcccattatcaca
ccagccgacccaatcgagagagaaatagagttctgcccacccaagggaccctatgacccc
agatggttgctctctggccgaccaaaccctgagcagcctgattcctggcagagcggcttc
ttcgataaggattctttccaagagatactagctccttgggctaagactgttgtctgtggt
cgcgccagactcggtggtattcctgttggagtgatcgctgtcgagaccaggactgtcgag
ttggccactcctgctgacccggccaatatagactccgagcagaaggtgattcaacaggct
ggtcaggtgtggttccctgactctgccttcaagactgctcaagtcatcaaagacttctgc
agagaggagttgccactcatgatctttgcgaactggcggggtttctccggcggcatgaag
gatatgtatgatcaaatcttgaagtttggtgcttatatcgtggatagcctgagagagtac
accaagcctgtgctcatctacatccccccttatggtgagctgagagggggtgcgtgggct
gtactggacccaacgataaaccctaaccacatggagttgtatgccgataggaattgtagg
ggtggtgtgctagaaccgcaaggaacagtcgaaatcaaattccgcgtgaaagacctgaac
aaagtgatgcagagaatcgactctaagtgtatccaactgagccaacagatgagctgcccc
gagcttactaagctcgagagaagcaagctcgagaatcagatgactgagcgtgaggaagag
ttggtcccgctctatcgtcaggtggctgtggcgtttgccgacctgcatgatacgcctgga
aggatgcaagaaaaaggcgtcatcacggatatcttggattggaagacaagtcgtacattc
ttctattggcgcctgcaccgtctgctccttgaggacagggtggttgacaagatctccaag
atgaacaaagagatcaccaatggccagtgcaagtccatgctcaggaggtggtttgtcgag
ggacagggaactgtcaatgcgtacttgtgggaagacaataaggctgtcgttgagtggttg
aagagcgagtttgagggtgatgcatccaagtcaatcatcgaggagaacatcaagtgtgtg
cagagagactatgtcatacaggaaatcagaagccttattcagacaaacccggaagtagcc
atggattccatcgttcacattacgcagcacatgacagcaggccagcgtacggaagtcagc
cgagtgctagcagccatggagtcgccctcgactacgaacaacacaccatcgtcatcttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (5)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (13)   
   RefSeq(pep) (13)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (10)   
   Pfam (10)   
All databases (63)   

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