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KEGG   Haliotis rufescens (red abalone): 124140354
Entry
124140354         CDS       T07893                                 
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
hrf  Haliotis rufescens (red abalone)
Pathway
hrf00061  Fatty acid biosynthesis
hrf00620  Pyruvate metabolism
hrf00640  Propanoate metabolism
hrf01100  Metabolic pathways
hrf01212  Fatty acid metabolism
Module
hrf_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:hrf00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    124140354
   00640 Propanoate metabolism
    124140354
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    124140354
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    124140354
Enzymes [BR:hrf01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     124140354
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     124140354
  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
     124140354
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 DUF3730
Other DBs
NCBI-GeneID: 124140354
NCBI-ProteinID: XP_048240444
Position
Unknown
AA seq 2366 aa
MLKVFRWLAQIEEQAGPSDMAEDGKDKVTFDLGESTGDDDAGSSVDEHEQPESERRDSVS
EIIRRKPSESDDNRDSESSFFSSPEAHSPKAQMRHTMSGITLDTTRGKRQYVKDFCVATP
EEYVKRFGGNRVINKVLIANNGIAAVKCMRSVRRWAYEMFRNERAIRFVVMVTPEDLKAN
AEYIRMADQYIPVPGGSNNNNYANVELILDISKRTQVQAVWAGWGHASENPKLPDLLHKN
GITFIGPPEMAMWSLGDKIASSIVAQTAGVPTLPWSGSGVKLKMGEKDKTKWKQLVVPND
LYKKGCTPDVESGLKSANDIGFPVMIKASEGGGGKGIRRVDNADDFPNLYRQVQAEVPGS
PIFIMKLASAARHLEVQLLADSYGNAISLFGRDCSIQRRHQKIIEEAPVTIAQSGIFERM
EKAAVTLAKMVGYVSAGTVEYLYNAEQDEFFFLELNPRLQVEHPCTEMVADINLPAAQLQ
VAMGLPLHHIKDIRVLYGEDPWGESAIDFDNPRAKPHPRGHVIAARITSENPDEGFKPSS
GTVQELNFRSNKNVWGYFSVAASGGLHEFADSQFGHCFSWGEDREDARENLVVALKELSI
RGDFRTTVEYLIKLLETESFQGNTITTAWLDKLISDKVQAEKPDTMLGVICGALHIADQR
ILGSFQDFQTSLERGQILPSSSLKNIADVEFIMEGIKYILQVIKTGISSYFLCMNNSVLD
VEAHRLSDGGLLLSVDGSSHTTYMKDQVNSYRVTIGNKTCVLHRENDPTVLRSPSAGKLI
NFIVEDGGHVFSGDAYAEIEVMKMVMELRATETGCIHYVKRPAAVLDPGVIVARMQLDDP
SRVQQAQLFTGTLPTPQNPALHGDRLHQVFQRARIQLENIMAGYVLPEPYLKERLNVNLE
CIMKCLKEPSLPLLELQDLISMISGRIPAKVEKSMRRLMASYASNITSVLCQFPSQQIAN
VIDSYAATLTKRTERDVFFMTTQGIVQLVQRYRSGIRGHLKSVVQDLLRQYLRVELQFQQ
GHYDKCVYQLREKNKDDMATVVGTIFSHLAVQQKNNLVIMLIDHLCGKEPGVTDEMASIL
NDLTQLNKKENAKVALRGRQVLIAAHQPPYELRHNQMESIFLSAIDMYGHEFCPENLQDM
PRAIYMVMCLNDYKMVSNVQKLINSETAIYDVLQEFFFHSNDLVKSAALEVYVRRAYIAY
ELHCLQHCMLEDGLRVVEFRFLLPRSHPNRLMVTRFESSLMRVPSEDEDVSPANEPVEEI
PLCQRMGVMAAFSSFSDFQKNFDKLIERFSLDTPPASPLLSEHCFLNAEDSTSVHSMSDV
DDPIHIINVAISLHSQMEDDELAAQFHLFCREKAQMMYDRGIRRVTFVVLHKRTIPKYFT
FRAKFEFQEDRIYRHLEPALAFQLEINRLRNFDLEAIPTANYMMHLYLGKAKVAKGQEVT
DYRVFVRSIIRHSDLVTKEASFEYLQNEGERTLLEAMDSLEVAFSHPQSKKTDCNHIFLN
FVPTLTLTEPGKLEETVRSMVMRYGSRLLKMRVLHAELKFTIRLTTNGTSFPIRLFLTNE
SGYYLDISLYREVTDPRTGQVMFQAYGAMQGPLHGLLISTPYLTKDHLQLKRFQAQSMGT
TYVYDFPEMFRQSLMKLWKEHYQRHHLPPRDMPTDALVSTELVLDSHGNLCMQKRLPGEN
EIGMVAWKMTLKTPEFQEGRDIIVISNDMTHKIGSFGPQEDVLFKKASELSRKMGIPRIY
LSANSGARIGLAEEIKHLFRVAWVDPKDPNKGFKYLYLRPDDFKKVSAMNSVRAELIEDQ
GESRYKITDIIGKDDGLGVENLRGSGMIAGESSTAYNEVITINLVTCRAIGIGAYLVRLG
QRIIQVENSHIILTGAGALNKVLGREVYTSNNQLGGIQIMHNNGVSHDVVPDDFEGCCMI
LQWLSYMPLKKNGPLPIIPSYDRVDRDVDFVPTKAPYDVRWMLSGRMNPESREWQSGFFD
KDSFMEILNPWAQTVVVGRARLGGIPLGVVSVETRSVEVVVPADPANIDSESKATQQAGQ
VWFPDSAFKTAQAIKDFNREELPLIIFANWRGFSGGMKDMYDQVLKFGSYIVDALVDYKQ
PILIYIPPYAELRGGAWVVVDPTINPTHMEMFADQLCRGGVLEPEGTVEIKFRRKDLEKA
IRRLDPVVRQLVEDLGDPDLAEEKKTELEGDLAKREDSLLSIYHTVAVQFADLHDTPGRM
EEKGVISAILKWERSREFFYWRLRRRLLENEVKKKMRLFTKDSSEAQLDSMLGRWFVEDQ
GAVNAYLYEDDKAAVGWLVDQLDENQEKNTVLENIRCIQRDHVLQQVRSLIQDNPEVAMD
SIVHITQHMTQSQRAEISRILANMET
NT seq 7101 nt   +upstreamnt  +downstreamnt
atgttgaaagtgtttcggtggttggcacagatagaggagcaagcagggccgtccgacatg
gctgaggacggtaaagacaaggtgacgtttgaccttggagaatcaacaggggacgatgat
gctggttcctcggtggatgaacacgaacaaccagagtctgagagacgagattccgtttcg
gaaattataagaaggaagccgtccgagagtgatgacaaccgggactcggagtcgtccttc
ttctccagccccgaggcacacagtcccaaagcccagatgaggcacacgatgtccgggatc
actctggacacaacgcgggggaagaggcagtatgtgaaggacttctgtgtggccacaccg
gaggagtatgtgaagcgcttcggggggaaccgagtcatcaacaaggttctgattgccaac
aatggtattgctgccgtgaagtgtatgcggtccgtgaggagatgggcgtacgagatgttc
cggaatgagcgggccattcgcttcgttgtaatggtcacaccagaagatctcaaggctaat
gctgaatacatccgaatggctgaccagtacatacctgtacctggcggcagcaacaacaac
aactacgccaacgtggaactcatcctcgacatctcgaaacgaacacaggtccaggctgtg
tgggcaggatggggacatgcctctgaaaatcccaagctaccagacttactacacaagaat
gggatcacattcataggtcccccggagatggccatgtggtccctgggagacaagattgcc
tcctccatcgtagcccagactgctggagtgccaactctaccctggagcggctcaggtgtg
aagctgaagatgggggagaaggacaagaccaagtggaagcagctggttgtgcccaatgac
ctctacaagaagggctgcacgccagacgtggagtcagggctcaagtcggccaatgacatt
ggcttccccgtcatgatcaaggcttcggaagggggtggaggcaagggcatcaggagagtt
gacaatgcagatgacttccccaatctctacagacaggtgcaagcagaggttccagggtca
ccgatattcatcatgaagttggcgtctgctgcccggcacctggaggtgcagcttctggcc
gacagctatggtaacgccatctcactgttcgggcgggactgctccatacagcgcaggcac
cagaagatcattgaagaagcaccagtcaccattgcacagtctggtatctttgagaggatg
gagaaggctgctgtgacgctggccaagatggtggggtacgtgagcgccggcaccgtggag
tacctgtacaatgcagagcaggatgagttcttctttctggagctgaacccccggcttcag
gtggagcatccgtgcaccgagatggtggccgacatcaacctccccgccgcccagctgcag
gttgctatgggtcttccgctccatcatatcaaagacatccgagttttgtacggtgaagac
ccatggggagagtcggccattgactttgacaatccccgagctaaaccccacccgaggggt
catgtgattgctgccagaatcaccagcgagaaccccgacgaaggcttcaagcccagctcc
ggcaccgtgcaggagctgaacttccgcagcaacaaaaacgtgtgggggtatttcagcgtg
gcagcatcgggcggccttcatgagtttgcagactcccagttcggccactgcttctcctgg
ggagaggaccgggaagatgcccgagagaacctggtggtggccttgaaagagttgtctatc
cgcggagacttccgcaccacggtggagtacctcatcaagctgctggagacggagtcgttc
cagggcaacaccatcaccacagcctggctggacaaactcatctctgataaggttcaggcg
gagaagccggacaccatgctgggggtgatctgtggtgccctgcacattgccgaccagagg
atcctgggcagcttccaggacttccagacttcactggagagaggccagatcttgccatca
tcatccttgaagaatattgctgatgtggagttcattatggagggcatcaagtacatcttg
caggtgataaagacaggcatcagcagctacttcctgtgcatgaacaactccgtcctggat
gtcgaggctcatcgtctgtctgacggcggtctgcttctgtctgtggatgggtccagccac
acaacatacatgaaggaccaagtcaacagctaccgcgtcaccatcggcaacaagacctgt
gtcctgcaccgggagaacgacccaacagtgctcagatcgccatctgctggcaagttgatc
aacttcattgtggaggatggaggccacgtgttttctggggacgcgtatgctgagattgag
gtgatgaagatggtgatggaattacgtgccacagagaccgggtgcattcactacgtgaag
cgtccggcagcagtgttggacccaggtgtgattgtggcccgcatgcagctggatgaccca
agccgagtacaacaagcccagctgttcacggggacactgcccaccccccagaaccccgcc
ctgcacggcgaccgcctgcaccaggtgttccagcgggcccgcatacagctggagaacatc
atggcgggatacgtcctccccgagccctacttaaaggagagactcaatgttaacttggag
tgcatcatgaagtgtttgaaggagccctcgcttccgctccttgagctgcaggatttgatc
tccatgatctctgggagaattccggccaaagtagagaagtcaatgcggagactcatggct
tcctacgccagcaacatcacgtcagtcctgtgtcagttccccagtcaacagattgccaat
gtgatcgacagctatgctgctacactgacgaagcgaacagagagagatgtgttcttcatg
acgacccagggtatcgtgcagctggtgcagaggtaccgcagtggtatccgaggtcacctc
aagtccgttgtgcaggacctcctccggcagtacctccgcgttgagctgcagttccagcaa
ggtcactacgacaagtgcgtgtaccagctgcgagagaagaacaaggatgacatggccacc
gttgtgggcaccatcttctcccaccttgctgtccagcagaagaacaacctcgtcatcatg
ctcatagaccacctgtgtggaaaggagccaggggtcacagatgagatggcgtccatcttg
aatgatctcacacaactcaacaagaaggaaaatgccaaagttgccctacgaggcagacag
gttctgatcgctgcccaccagccgccatatgagctccgtcacaaccagatggagtccatc
ttcctctccgccattgacatgtacggacatgagttctgtccagaaaacctccaggacatg
ccacgggctatatacatggtgatgtgccttaatgattacaagatggtctcaaacgtacag
aaactgatcaactcggagaccgccatctatgatgttctacaagagttcttctttcacagt
aatgacttggtgaaaagtgctgcactggaggtatacgtccgccgcgcctacatagcctac
gagctgcactgcctccaacactgtatgctggaggacgggctgagagtggtggagttcaga
ttcctgctgccaaggtcacatccaaacaggttgatggtgacccgcttcgagagttccctg
atgcgtgtgccgagtgaggatgaggacgtctcccctgctaatgaaccggtggaggagatc
cccttatgtcaaaggatgggcgtcatggctgcctttagctcattttcagatttccagaag
aattttgacaagctgatcgagcggttctccctggacacccccccggccagccctctgttg
tcggaacactgcttcctcaatgctgaagactccacgtcggtacatagtatgtcggacgtt
gacgaccccatccacatcatcaacgtggccatcagcctccactcccagatggaggacgac
gagctggcagctcagttccatctcttctgccgggagaaggcacagatgatgtatgatcgt
ggcatccgccgagtcaccttcgttgtcctgcataagaggacaatacccaaatacttcacc
ttcagagccaagtttgagttccaggaggatcgcatctaccgccacctggaaccagcgctg
gccttccagctggagatcaaccgactccgcaactttgacctggaggccatccccactgcc
aactacatgatgcatctctacctgggcaaggccaaggtggccaaaggtcaagaggtcaca
gattaccgggtatttgtgaggtctatcatcagacattccgacctcgtcacaaaggaagct
tcttttgagtacctgcaaaatgaaggggagagaactctgttggaagcaatggactcgtta
gaagtggctttctcccatcctcagtcaaagaagacagattgtaatcacatctttctcaac
tttgtaccaactttgacactcacagagccagggaagttggaggagacggtgcggagtatg
gtgatgcggtatggcagtcggctgttgaagatgagagtgctgcacgcagaacttaagttt
accatcagactgaccactaatggaacgagtttcccaatccggctgttcctgaccaatgag
agcgggtactacctggacatcagcctgtaccgtgaggtgacggacccccgcacaggccag
gtgatgttccaggcatacggggccatgcaggggcctctccacggcctcctcatcagcacc
ccctacctcaccaaggatcacctgcaactgaagcgcttccaggcccagtccatggggacc
acctacgtgtacgatttcccggagatgttccgacagtccttgatgaagctgtggaaggag
cactaccagcgccatcacctgccgcctagagacatgcccaccgatgccctcgtatcgacc
gaactggtccttgacagtcatggcaacctgtgcatgcagaagaggctgccgggggagaac
gagattggtatggtggcatggaagatgaccttgaagaccccagagttccaggaaggtcgt
gatattattgtcatctccaatgacatgacacacaagattggatcgtttggtccgcaggag
gatgtgctgttcaagaaagcatctgagttgtccagaaagatgggcatccctcgcatctac
ctgtctgctaacagtggcgctcgtattggcctggccgaggagatcaagcacctgttccgt
gtggcgtgggtggatccaaaagatcccaacaagggtttcaaatatttgtacctgcgtcct
gatgacttcaagaaagtgagtgccatgaactccgtgagagcagagctcatagaggatcag
ggagaatcccgatacaagatcaccgacatcatcggtaaggatgatggtctgggtgtggag
aacctgaggggatccggcatgattgctggggaatcatccactgcctacaatgaggtcatc
accatcaaccttgttacgtgtcgagcaatcggtatcggcgcatacctggtgagactcgga
cagaggatcattcaagtggagaactcccatatcatcctcacaggagctggggcactcaat
aaggtgctggggcgggaggtgtacacaagcaacaaccagctcggtggcatccagatcatg
cacaacaacggcgtctcccacgatgtggtgcccgacgactttgagggatgctgtatgatt
ctccagtggctctcctacatgcctttgaaaaagaatggccctctcccaataatcccttcc
tacgaccgagtagacagagacgtggattttgtgcccaccaaggctccgtatgacgtacgc
tggatgctgtcggggaggatgaatccagagagtcgcgagtggcagagcggcttcttcgac
aaggattccttcatggagatcctcaacccatgggctcaaacagttgttgttggcagagca
agactgggcggtatacccctgggtgtcgtgagtgtggagactcggtctgtggaggtcgtc
gtcccagccgacccggccaacatcgactccgaatcgaaggcgacacagcaagccgggcag
gtgtggttccccgactctgccttcaagacagcccaggccatcaaggacttcaaccgtgag
gagctgcctctcatcatctttgccaactggagaggattctcggggggcatgaaagacatg
tatgaccaagtccttaagtttggatcttacattgtggatgctctggtggactacaagcaa
cctatcctgatctacatccctccctatgccgagctgaggggcggggcatgggtggtggtc
gaccccaccatcaaccccacccacatggagatgtttgcagaccaactgtgcagaggaggg
gtgttggagcctgagggcacagtggagatcaagttccggcggaaggacctggagaaggcg
atccggcgcctggacccggtggtacggcagctggtggaggaccttggggaccccgacctg
gccgaggagaagaagacggagctggagggcgacctggccaagagggaggacagtctgctc
tccatctaccacacagtcgctgtgcagttcgcagacctccacgacacccccgggcgtatg
gaggagaagggagtaatctcggctatcctcaagtgggagcggagtagggagttcttctac
tggcgactgcggcgccgtctcctggagaacgaggtgaagaagaagatgcggctgttcacc
aaggactcaagtgaagcccagctggactccatgctgggaaggtggtttgtggaggaccag
ggcgcagtcaatgcctatctgtacgaggacgacaaggcggccgtggggtggctggtggac
cagctggacgagaaccaggagaagaacaccgtgctggagaacatccgctgtatacagaga
gaccatgtgttgcagcaagtcaggagcttgatccaggacaacccggaggtggccatggac
tccatcgtgcacatcacacagcacatgacacagtctcagcgcgcagagatctcccgcatc
ctggccaacatggagacgtag

  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 (10)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (9)   
   Pfam (9)   
All databases (56)   

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