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KEGG   Amphimedon queenslandica (sponge): 100640698
Entry
100640698         CDS       T02284                                 
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
aqu  Amphimedon queenslandica (sponge)
Pathway
aqu00061  Fatty acid biosynthesis
aqu00620  Pyruvate metabolism
aqu00640  Propanoate metabolism
aqu01100  Metabolic pathways
aqu01212  Fatty acid metabolism
Brite
KEGG Orthology (KO) [BR:aqu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    100640698
   00640 Propanoate metabolism
    100640698
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    100640698
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    100640698
Enzymes [BR:aqu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     100640698
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     100640698
  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
     100640698
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 ATP-grasp Dala_Dala_lig_C CYAA_C GCV_H
Other DBs
NCBI-GeneID: 100640698
NCBI-ProteinID: XP_019860331
UniProt: A0AAN0JTG1
Position
Unknown
AA seq 2241 aa
MMQMEESNEAASSSKQAQTTQHTRSLSGHKIQAELAADKEEPTVASPGELVHKFGGKRSI
EKILIANNGIGAVKFMRSVRRWSYEVFGNERAIKFHVMVTPEDMKANAEFIHLADNYLPV
PGGTNNYNYANVDLILDLAKRIRAEAVWAGWGHASENPKLPELLHKNGIAFLGPPAQAMW
SLGDKIASSIVAQTANVPTLPWSGSGLKIEGGGGSKKGSGLVHVPNDIYLKGCVNSIQDG
LKAAESIGYPVMIKASAGGGGKGIRKARNSDEFPSLFHQVQAEVPGSPVFVMQLAKNARH
LEVQILADEYGNAISLFGRDCSVQRRHQKIIEEAPATIADPEVFVEMEKAAVRLAKMVGY
VSAGTVEYLYLDDEKRFYFLELNPRLQVEHPCTEMVADVNLPALQLQVAMGLPLHRIKDI
RVFFKVNPYGDSLINFDNPLTSPTPHGHVIACRITAENPDDGFQPSSGTVQELNFRSSKN
VWGYFSVAASGGLHEFADSQFGHCFAWGETRDQARRNMVLALKELSIRGDFRTTIEYLVT
LLETHTFHTNSIDTAWLDQLIASNIKARRPEVMLGVVCGSLCIAEEAFRKRFADYQALLE
RGQVMNAEMISNVVDIELISDSIKYSLKVSRIRPTVYMLLMNDSYLSVDVHRMTDGTLLV
SINGSSYTTYFKEEVDHYRVVVSGQTGVFEKENDPQVLRATSPGKLIRFLQEDGDHVDAG
NPYAEIEVMKMITNLYTTQSGIIHHKKQPGAILHPGTLVAKLDLDDASSVTRAVPFSGSL
PQGKKETVGLKSNQLFRTAVQSLQAVMAGYSIPDEDMLFKLITENVELFLKTLKDPTLPM
LETKELLSTISGRIPVAVETAINKCLAQYAKNVTSILSQFPSQQLNNIINRYAASIQRQS
DQDQFFMNTNGIVQLLQRYVNGSRGRMRTEIIQFLKEYYRVEEAFQGNNHTLVKLCNTLL
FNLLITAHQAPYDLRYNQVESIFLSSIDGDTFDGEKLEQLIKSDTSMFDVLPSFFYHQNK
LVRVAALEVYVRRAYTAYDVLSVLQEELLNDDNSVLQWQFLLPSNHPNRTVAYRRASTTS
MTGLGAKVWSLSEDLSGLAKIQHPSCQRTGIMAAFTSLTDFDSKFESLMELFASDSDLLS
PLSPVSTSTGDLTSIQEEEEEEEQPLLMTALPPNSPRNGSVTESVTSINEEPIHIINVSL
KDPKLQYETDEILSEMLGEFVQSKMSLMVDRGIRRITFVIFQPNSFPKYFTFRARNKFEE
DTIYRHLEPALAFQLEINRLSNFMIRQIPTKNHRMHLYLGSSKVAAGQLVTDHRFFIRTI
IRHSDFVTADASFTYMEREGERMFLECLDQLQVATANMDETVRTDCNHIFLHFVPPIILD
PQKIADKMLSLISKYGVRLVKLRVMEAEIKATIRLTPNEKAVPVRVFISSDNSLTVRVHM
YQEIEDAKTGEMVFHSWKHLGPLHGIKVSTPYPSKDQLQQKRYVAQNLETTYIYDFIEFF
KQAVLQQWEDYQTNSSEPKLTTPSEDKVVTAIEFDLDQNDQLQVVSRHPGDNTIGMVAWR
LTLLTPCYPDGRDVIVIGNDITHQIGSFGPKEDLLYQKASELSREEGIPRIYISANSGAR
IGLAEEIKQLFQVAWIDKSFPEKGFKYIYLSPSDYMKTTATSGKSASVITTLIQDEGEPR
YKIIDIIGKKDGLGVENLRGSGTIAGETSRAYDDVFTINLVTCRAIGIGAYLVRLGQRVI
QVDNSHIILTGAGALNKVLGREVYTSNAQLGGVQIMHNNGVSHLTAPNDYEGVASIVNWI
EYIPKVRGFGLPILPSIDPVDRVIEFEPTKLPYDPRHMLAGRTIEGGDFETGFFDKGSFQ
ETLSVWAQSVVCGRARIGGIPCGVIAVETRAVEFIVPADPANPQTESHSISQAGQVWYPD
SAFKTAQTIQDLNREELPLFIFANWRGFSGGMRDMYEEVVKYGAMIVDGLRAYKHPVFIY
LPPHGELRGGAWVVVDPTINPDHMEMYADKESKGGVLEAEGTVEIKFKTKDLVKTMARLD
KRYIALQETLKKPGLSPEERQKLETELKERETLLAPIYHQIAVEFAELHDTPGRMKEKGV
ISDVLEWKNVRKYFYWKLRRRLCENDAINRIKKTDSSLCHGEIIAMIRRWFVESKNVVNN
YLWYKDEIVVDWLESSLKEPESVLLSNIESIKKQKISHQITQSLIENQDIAVDCIVQAGQ
SMSSAKRREIIKHLTSFLNDS
NT seq 6726 nt   +upstreamnt  +downstreamnt
atgatgcaaatggaggagagcaacgaagcagctagcagcagcaaacaggctcaaactacg
cagcacactcgctccctctccggccacaagatacaggctgagttagcagcagataaagaa
gaacccacggttgcttctcctggtgagttggtacacaagtttggagggaagagatcgata
gagaagatactgattgctaacaatgggataggagctgtcaaattcatgagatcagttagg
cgctggtcatacgaagtgtttggaaatgaaagagcaatcaagtttcatgtaatggtaaca
ccagaagacatgaaggctaatgcggagttcattcatcttgctgataattatctccctgtt
cctggaggaactaataattacaattatgcaaatgttgacctcatccttgatcttgccaaa
agaataagagctgaagccgtgtgggcgggctggggtcacgcctctgagaatccaaaactc
ccagaactgcttcacaagaacggaatagctttccttggtcctccggctcaggcaatgtgg
agtctgggtgacaagatagcaagctctatcgttgctcagacagctaatgtaccaacactc
ccctggtcaggatctggattaaagatagagggaggaggagggagtaagaaaggaagcggg
ttggtacacgttcctaacgatatatacttgaaaggatgcgtcaatagtatacaagatgga
ctaaaagcagctgagtccattggttaccctgtgatgatcaaagcctcagccggaggtgga
gggaaagggatcagaaaggctcgtaattccgacgagttcccctctctcttccaccaagtg
caagctgaagtacccgggtcacctgtatttgtaatgcaactcgccaaaaatgcccgccac
ttggaagttcagatattagctgacgaatatggtaatgctatatccttatttggaagagac
tgctccgtccagagaagacatcaaaagataattgaagaggctccggcaactattgccgat
cctgaagtctttgttgaaatggaaaaagctgctgttaggctagctaagatggtagggtat
gtgagtgctggtactgtggagtacttgtacttggatgatgagaaaaggttttattttctt
gagctaaacccacgtctccaagtggaacatccctgcactgagatggtagccgatgttaat
ctacctgctctacagctacaggttgctatgggtttaccattgcacaggataaaggacatt
cgagtttttttcaaagtcaatccttacggagattctctcataaactttgacaatccactc
accagtccaactccacatggtcacgtgattgcgtgtcgtatcacagccgagaaccctgac
gatgggttccaacccagttcgggaaccgtccaagaactcaatttccgaagctcaaagaac
gtctggggctacttcagtgttgctgcttctggtggacttcacgagtttgccgattctcaa
ttcggacattgttttgcatggggagagacaagggaccaggcaagaaggaatatggtcctt
gccctcaaagagctctcaatcagaggtgactttaggacgacaattgagtatctagtgaca
ctactggagacacacaccttccacactaacagcattgacactgcatggctggaccaactc
attgccagcaatattaaagcaagaaggcccgaggtgatgttaggtgtggtctgtggctca
ttgtgtatagcagaagaagcttttaggaagagatttgctgactatcaggccctactggag
aggggtcaggtgatgaatgccgaaatgatctcaaatgttgttgatattgaattgattagt
gatagcattaaatactcattgaaggtatcacggatcaggcctacagtgtacatgttgctg
atgaatgatagttatctctcagtggatgtacacagaatgaccgatgggacactgttagtg
tccatcaatggctcctcttacacgacttacttcaaagaagaggtggaccactacagggtt
gttgtatcagggcagactggtgtctttgagaaagagaatgatcctcaagtattgagagct
acttctcctggtaaattgatacgattcttgcaagaagacggcgatcatgttgatgctggt
aatccatacgccgagatcgaagtgatgaaaatgatcaccaatttatacacgactcaaagc
ggaatcatacaccacaaaaagcagcccggtgctattcttcatccaggcactctggttgct
aaattggatcttgatgatgcatcttctgtgaccagagctgtcccattctctggctcactg
ccccaaggaaagaaagagacggtcggtctgaagagtaaccagttgttccgaacagctgta
caatcactgcaggctgtaatggccggatactctatacctgatgaagatatgctcttcaag
ctgataacagagaatgtggagctgtttcttaaaacgcttaaggatccaacgctaccgatg
cttgaaacaaaggagctgctctcgactatatctgggcgtatccctgttgctgtggaaact
gctattaacaagtgtcttgcacaatatgcaaagaatgtgacctcgatactgagccagttc
ccaagccaacaacttaataatatcatcaatagatatgctgcctctatacagcgtcagtca
gatcaagaccagttcttcatgaacactaatggaatagttcaattattacaaagatacgtt
aacggatcccgtgggcgtatgaggactgagattatccagtttttaaaggaatactataga
gtagaagaagcttttcaaggtaataatcatacgctagtcaaactttgtaatactttacta
tttaatttattaataactgctcatcaagctccttacgatttgcgttacaatcaagtcgaa
tcgatattcctgtcatcgatcgatggggacacttttgatggagagaaactggaacagctc
ataaaatcagacacttcaatgtttgacgtgttgccaagcttcttctatcatcagaacaag
ctggtccgtgttgcagccctagaggtttatgtgagaagggcatatacggcgtatgacgtg
ttgagcgtgttacaggaggagttgctcaatgatgataacagtgtgttgcagtggcagttt
ctcttgccgtcaaatcatccgaacagaactgtcgcttatcgcagggctagcacaacctcg
atgactggactaggagctaaagtttggagcttaagtgaggatttatcaggtcttgcgaag
atacagcacccgtcctgccagagaaccggaataatggcggcattcacatcgctcaccgac
tttgacagtaaatttgagtctctgatggagctatttgcaagtgattctgacctcctctct
cctttatcgcctgtctctacatcgactggtgatctgacatcaatccaagaggaggaggag
gaagaggaacaacctctcctcatgacagcgctacctcccaattcacctagaaatggttcc
gttacagagagtgttacatcaattaacgaggagcccattcatattatcaatgtgtccctc
aaggaccctaagcttcagtacgagactgatgagattctctctgaaatgctcggggagttt
gtccagtcaaagatgtctttaatggtggaccggggaatcaggaggatcacttttgtcata
ttccagccaaactccttccctaaatatttcactttcagagcccgtaacaagtttgaggag
gacactatctatcgtcacttggagccagcccttgcttttcaacttgagataaaccgactg
agcaatttcatgatcagacagataccgaccaaaaaccacaggatgcatttatacctcggg
tcgtctaaagtagcggctggacagttagttacagatcacaggttctttattagaaccatc
attcgccattcagactttgttactgctgatgcttctttcacttacatggagagagagggt
gagagaatgttcctagagtgtcttgaccagcttcaagtggctacagctaacatggatgaa
actgttagaactgattgtaatcacatattcctacactttgtgccaccaatcatactagat
cctcaaaaaattgctgataaaatgctatcacttatttcaaaatatggcgttcgtcttgtc
aaactccgtgtgatggaggcagagataaaagcgactatcagactgacccccaatgagaag
gccgtgccagtgagagtcttcatatccagtgacaatagcctaactgtccgtgtccacatg
taccaggagattgaagatgccaagaccggggagatggtgtttcacagttggaagcacctg
ggtccgttgcatggcatcaaagtctcaaccccttacccgagcaaggaccagttacagcag
aaacgctacgtagctcaaaaccttgaaacaacctacatatacgacttcattgagttcttt
aaacaagctgtgctacagcaatgggaagactatcagactaatagttcggagcctaaactg
accacacccagcgaagacaaagttgttacggcaattgagtttgatcttgatcaaaacgat
cagctccaagtcgttagcaggcaccctggagataatactatcggcatggttgcttggaga
ctgacactgttaaccccttgttaccctgatgggcgtgatgttattgttattggtaacgat
attacacatcagatcggctcgtttgggcctaaggaagatctcctttatcaaaaagcctca
gagttatcaagagaagaaggtatccccaggatatacatatcagctaacagtggggccagg
attggccttgctgaagaaatcaagcagttgttccaggtggcttggattgataaatccttc
cccgaaaaaggattcaaatatatttacctctctccctctgattacatgaagacgacagct
accagcgggaagagtgcttcagtcattactacattaattcaagatgaaggagagcctcgt
tataaaataattgatattattggtaaaaaggacgggcttggtgttgaaaacctgcgtggt
tccggtactattgctggcgagacctcgagagcctacgatgatgttttcactattaatcta
gtgacgtgtcgcgctattggaattggagcttatttagtgaggctaggccagagggtcata
caggtggacaattcacacattatactgactggagctggggcacttaataaagtactgggt
cgcgaggtctatacatcgaatgctcaattgggcggagtccagataatgcacaataatgga
gtgtctcatttaacagctcctaatgattatgagggcgtggcttctattgttaattggatt
gaatacatacctaaagtccgtgggtttggtttgccgatcctccccagtattgatccagtg
gatcgagtgattgagtttgagccgaccaaactaccttatgaccctagacatatgctggct
ggtagaactattgaaggtggggatttcgagacagggtttttcgataaaggctccttccaa
gagactctcagtgtttgggcccagagtgttgtctgtggccgagctagaataggagggata
ccctgtggagtgattgctgttgaaactcgtgcagtggaattcatagtacctgctgatcct
gccaaccctcagaccgaatcacactcaatatcacaggctggtcaggtctggtatcccgac
tctgcttttaaaactgctcagactatccaggacctcaaccgtgaggagctccctcttttc
atctttgccaactggaggggcttctccggtggcatgagagacatgtacgaggaagtagtc
aagtatggcgcaatgattgttgacggtttgagagcgtacaaacatcctgtttttatttac
cttccgccacatggcgagcttaggggcggagcttgggtcgtggtcgacccgacgattaat
cccgatcacatggaaatgtacgccgataaggaaagtaagggcggggttttagaggctgaa
ggtaccgtagagataaagttcaaaacgaaagatcttgtcaagacaatggcaaggcttgac
aaacgatacattgctttacaagaaactcttaaaaaaccaggactgagccccgaggagaga
cagaaacttgagaccgaactcaaagagagggaaacactgctggctcctatatatcaccag
attgctgttgagtttgcagagttgcatgatactccaggacgaatgaaagagaagggagtc
atatctgatgttttggaatggaagaatgttaggaagtatttctattggaagctaagacga
agactgtgcgagaatgacgccatcaatcgcatcaaaaagaccgacagctctctgtgtcac
ggcgagattattgccatgattagaagatggttcgtggaaagcaagaatgtcgtaaataac
tatctgtggtataaagatgagatagttgtggattggttggagtcatcattgaaggagcca
gagtctgttctattgagtaacattgaatcaatcaagaagcaaaagatatcacatcaaata
acacaatcattgattgaaaatcaagacattgcagtcgactgtatagttcaagcaggccag
tcaatgtctagcgccaagagaagagaaatcataaaacatttgacatcttttttgaacgac
tcttaa

  All links  
Gene (69)   
   RefGene (66)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (84)   

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