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KEGG   Daphnia pulicaria: 124329232
Entry
124329232         CDS       T08670                                 
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
dpz  Daphnia pulicaria
Pathway
dpz00061  Fatty acid biosynthesis
dpz00620  Pyruvate metabolism
dpz00640  Propanoate metabolism
dpz01100  Metabolic pathways
dpz01212  Fatty acid metabolism
Brite
KEGG Orthology (KO) [BR:dpz00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    124329232
   00640 Propanoate metabolism
    124329232
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    124329232
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    124329232
Enzymes [BR:dpz01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     124329232
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     124329232
  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
     124329232
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 DUF4982 ATP-grasp_3
Other DBs
NCBI-GeneID: 124329232
NCBI-ProteinID: XP_046644253
Position
1:30693623..30704323
AA seq 2447 aa
MQSCPQLEFPFVDTDTDFELSYCNTIWNFVSQAFTNRLAETAVNLTDTPDMAENRGSTSN
NSVRLPNQVQVSFLVGSDGVGESGNPRPVSASTNKEEEESISNGSGDLCEDVISLGSQDT
ISDDSSTNGQDSKNSKHQKSLMRATMSQSHLRVKQRGMELNKDLNVATPEEFVRQFGGNR
VINRVLIANNGIAAVKCMRSIRRWAYEMFRNERAIRFVVMVTPEDLKANAEYIKMADHYV
PVPGGTNNNNYANVELILDIAKRMQVQAVWAGWGHASENPKLPELLIKNSIAFIGPPEKA
MWALGDKIASSIVAQTADIPTLSWSGSGLKAEFRDKRIKISTELYRKGCVESAEEGLEAA
QRIGFPVMIKASEGGGGKGIRKSESADDFANLFRQVQAEVQGSPIFIMKTAGCAHHLEVQ
ILADQYGNAISLFGRDCSIQRRHQKIIEEAPCAIAPPHIFEQMEKAAVRLAKMVGYVSAG
TVEYLYEADGSFYFLELNPRLQVEHPCTEMVSDVNLPAAQLQIAMGIPLYRIKSIRTLYR
LNPWDNIPIDFDNPPNPPTPWGHVIAARITSENPEEGFKPSSGTVQELNFRSSKNVWGYF
SVAASGGLHEFADSQFGHCFSWGEDREEARENMVIALKELSIRGDFRTTVEYLITLLETE
DFQRNNISTTWLDAMIAQRFKSEKPDQLLAVICGSLHVADQTILNSFQHFQASLERGQVL
PAYTLTNCAEVELIYEGTKYKMQTTKSGPNSYFLALNGSYKELEMHRLADGSLLLSVDGA
SYNTYMKEEVDRYRVVIGNQTCIFEKENDPTILRTPTAGKLLGFMVEEGGHVQAGQAYAE
IEVMKMVMTVTVTESGCLYYNKRPGAILDSGAIIAHLDLDDASRIQRVQMFTGRFRESEP
GSTLPVWGDKLNQIYQSCRSVMDNIFAGYCLPDPFFQPKIKETIEKMMTVLKDPSLPLLE
LQDVISSISGRIPASVEKKIRKLMALYASNITSVLAQFPSQQVASVIDTHAATLQKRADR
DVFFLTTQGIVQLVQRYRNGIRGRMKAVVHDLLKQYLVVEGQFQNGHYDKCVSMLREKNK
ETMAAVVATIFSHSQTTKKNLLVTQLIDHLWSHEPGLTDELATILKELTMLNRSENAKVA
LRARQVLIAAHQPAYELRHNQMESIFLSAIDIYGHDFHPENLQKLIMSETSIFDVLHDFF
SHPNRAVRMAALEVYVRRSYTSYELTCLQHKDLSENLCVVHFEFLLPSSHPNRIPHNKAA
NMNLVMSHIPSFDEVSNLIDLPTDLENCNRTGCMAAFSRLEDFENHFDEMMEVFDDSRPS
TPESADNGGSDSDGENCGINMLSQSVTLSHSFSDTSYMDSLTKQMVTEAIHIINVAIRYT
EEVEDTVLSEKFTAICVQKRPLLIERGIRRITFVVLFRRQHPKFFTFRARDNFNEDRIYR
HLEPALAFQLEINRLRTYELEALPTSNQKMHLYLGKAKVAKGQEVTDYRFFIRSIIRHSD
LITKEASFEYLQNEGERLLLEAMDELEVAFSHPYSRRTDCNHIFLNFVPTVIMDPSKIEE
SVRAMVMRYGPRLWKLRVLQAELKMIIRQTHNGKTVPIRLCLNNESGYYLDICMYRETTD
PRTGVVKFEAYGPRHGPLHGLPISTPYMTKDYLQLKRFQAQSNGTTYVYDYPDMFRQTCK
RMWNEYIARNSKENIILPELLVTSVELVLDVEGNLIEQKRLPGENNIGMVAWRVKLITPE
YQTGREIIVICNDITFMIGSFGPQEDKLFLAASQLARSLKIPRIYIAANSGARIGLAEEI
KHLFRVAWVDNSDPEKGFKYIYLTPDDFKKVAAFNSVRAELIDEHGEARYRITDIIGKED
GLGVENLRHSGMIAGESSQAYNDIVTISLVSCRAIGIGAYLVRLGQRVIQIENSHIILTG
YSALNRLLGREVYTSNSQLGGIQIMYNNGVSHRTDAHDLEGIQSILRWLSYMPKCKGAPL
PINPIYDSIDREIKYMPTKAPYDPRWLLSGRQNPLHPDEWESGFFDRGSFDEIMAAWAQT
VVCGRARLGGIPIGVIAVETRTVELNLPADPANLDSEAKVVSQAGQVWFPDSAYKTAQAI
LDFSREELPLIIFANWRGFSGGMKDMYEQVVKFGAYIVDGLREYKQPIMVYIPPFAELRG
GAWVVIDPTINESYMEMYADPESRGGVLEPEGVVEVKFKLKDLLKTMARIDPVIQGLREK
LSKPELNPTDKRSLEQQLNQREDLLAPMYRQVATYFADLHDTPERMHEKGVIHDIVPWKK
SRTYFYWRLRRRLLEKETVLKIIQVQQQLTHPQAEAMLRRWFVEDKGATDGYLWEDNRIV
VEWLEDQLKGECQKPVLLENIRCLKREFALAQVRTLMQETPEIGLDSIVHIVQNLSPAQR
AEVAKAIGRLDGTPAPAPAPVAQAVAPSGSAATSCSASLDSSPGAVP
NT seq 7344 nt   +upstreamnt  +downstreamnt
atgcaaagttgtcctcaacttgaatttccatttgttgataccgatacagattttgaactc
agttattgcaacaccatctggaactttgtctctcaggctttcacaaacaggttggccgaa
acggccgttaacttgaccgataccccagatatggccgaaaatcgaggatcaactagcaac
aactccgtacgtcttcccaatcaagtgcaggtcagtttcctggtgggatccgacggtgtt
ggagagagcggaaatccccgtccggtgtcagcatctaccaataaggaagaggaggaaagt
atcagcaacggcagtggagacttgtgtgaggatgtcatctctcttggtagccaggacact
atatcagatgattcttccactaacggccaagacagcaaaaactctaagcatcagaaatct
ttgatgagagctactatgtcgcagagtcatttgcgtgtgaagcaacgcggaatggagctc
aataaggacctcaacgtggctacaccagaggaatttgttagacagtttggcggcaatcgt
gtaatcaatcgagtattgattgccaacaatggaatcgcagctgtcaagtgtatgcgttct
atacgcagatgggcttatgaaatgtttcggaacgaacgggccatccgcttcgtcgttatg
gttacgcctgaagacttgaaagctaacgcggagtatataaaaatggctgaccactacgta
ccagtccccggtggaaccaacaacaacaattatgctaatgttgagctgattttggacatt
gcaaagcgtatgcaggtacaagccgtctgggctggctggggtcacgcgtctgaaaatcct
aaacttccagagttattgatcaagaatagcattgctttcattgggccgccagaaaaggcc
atgtgggcgctaggtgataaaatagcctcaagtattgtagcccaaacggccgatatccca
acactttcgtggtctgggtctggactcaaggctgagtttcgcgataagcggataaaaatt
tcgacagagttgtaccggaagggatgcgttgaatcagcagaggaaggtctggaggccgct
cagaggatcggatttccggtcatgatcaaagctagtgaaggtggcggtggtaagggcatc
cggaaatctgagtctgccgacgattttgccaacctctttcgccaggtccaagcggaggtc
caaggttcaccaattttcattatgaagacagccggttgcgctcatcacttggaggtgcag
attttagccgatcaatatggaaatgccatttcgcttttcggtcgagattgttccattcaa
agacgtcatcaaaagatcattgaggaagctccttgtgctatcgctccaccccacattttt
gaacaaatggaaaaggctgctgtccgtctagctaaaatggtcggatacgttagtgcggga
actgtcgaatatctatacgaagcggacggaagcttctactttttggaattgaaccctcgc
ttgcaggttgagcatccttgcacagagatggtgtcagacgtgaatttgccagctgctcag
ctacaaattgctatgggtattcctttgtatcgaatcaaatcgattcgtaccttataccgt
cttaatccttgggataacatacccattgatttcgataaccctcctaatcctcctactcca
tgggggcacgtaatcgctgcccgtatcacgagcgagaatccagaggagggattcaaaccc
agctctggtacagtacaagaattgaatttccgttcgtccaagaatgtttggggttatttt
agcgtggcagcatctggcggattgcatgaatttgccgactcacaattcggacattgcttc
tcatggggcgaagaccgcgaagaagctcgtgaaaatatggtcattgctcttaaagaatta
tcaattcgaggcgatttccgcaccacagtagagtatttgattacactcttggaaacagaa
gattttcagagaaataacatcagtacaacatggctagacgctatgatcgctcaacggttc
aagtcggagaaacctgatcagctcctggctgttatttgcggttcgctgcacgttgccgat
caaactatacttaattcgttccagcacttccaggcttcattagaaagaggccaagtcctt
ccagcctacacattgaccaactgtgcggaggtggagctgatttacgaaggaactaaatac
aaaatgcaaaccacaaaatctgggcccaacagctacttcctggcactcaacggctcttac
aaagagctggagatgcacaggcttgccgatggatcgcttctcctttctgtcgatggagcc
agttacaatacctacatgaaggaggaggtggatcgttaccgggtcgtcattggcaatcag
acttgtattttcgaaaaagaaaacgaccccacaatccttcgcacgcctaccgctggcaaa
cttcttggctttatggttgaggaaggaggccatgtccaagccggccaagcgtatgcggag
attgaggtaatgaaaatggtgatgacggtcactgttaccgagtcgggttgcttatattac
aacaagcgccctggagcaattttagattcgggggccatcatcgcccacttggatttagat
gatgcatcacgcattcagcgcgttcaaatgtttactgggcgtttccgagaaagtgagcca
ggctccaccctccctgtatggggagacaaattgaatcaaatctatcaaagctgccgttct
gtcatggataatatctttgctggatattgcctacctgatccatttttccagcccaaaatc
aaagaaaccattgagaagatgatgacggtccttaaggatcccagtttaccccttttggag
ttgcaggatgttatctcatccatctctggccgtatccctgcttcggtcgaaaagaaaatc
cgcaagctcatggctctttacgcaagtaacattacttccgtccttgctcaatttcctagt
cagcaagtggctagcgtcattgacactcacgccgcaacactacagaagcgggccgatcgt
gatgtctttttccttaccactcaaggaatcgttcagcttgtccagcgctatcgcaacgga
attcgaggtcgaatgaaggccgtagtgcatgatttactcaaacaatacttggtagtagag
ggccaatttcaaaacggccattacgacaagtgtgtatccatgttgcgcgaaaagaataag
gaaacgatggcggctgttgtggccacgatattttctcattcgcagacgacaaagaagaat
ttgttggtcacgcagcttattgaccatctgtggagtcacgaaccgggtcttaccgacgaa
ttggccaccattctcaaagaattgactatgcttaatcgctccgaaaatgccaaagtggct
ctcagagccagacaggtgttgattgctgcccaccagccagcttacgagctgcgtcataat
caaatggaatcgattttcttgtcagccattgacatctatggccacgatttccatcctgaa
aatctccaaaagctcatcatgtctgagacatccatctttgatgtactgcatgattttttt
tcacatcccaatcgggctgtcagaatggctgccttggaggtctacgtccgtcgttcttac
acttcgtatgaactaacgtgccttcagcataaggatctttcggaaaatctctgcgtcgtt
cattttgagtttttactcccctcttcccacccaaatcgcatccctcacaacaaggctgca
aatatgaatttggtcatgtctcacatccctagttttgacgaggtatccaacctcatagat
ttgcccactgacttggagaactgcaaccgaactggctgcatggccgccttctctcgtttg
gaggactttgaaaatcatttcgatgaaatgatggaagtctttgatgactcgcgcccgtca
actcctgaaagcgctgataacggtggttcagattcggatggcgaaaattgcggaatcaac
atgctttcgcagtcggttaccctttctcattcgttctcagatacttcttacatggatagt
ctaaccaaacagatggtcacggaggctatccacataattaatgtagctatccgctacacc
gaagaagtggaagatactgttctcagcgaaaagtttactgcgatttgtgtacagaaacga
cctcttctgattgaacggggtatccgccgtatcacgtttgtcgttctcttccgccggcaa
catcccaaattctttacgttccgcgcacgagacaacttcaatgaggatcggatttacaga
catctcgagcctgctctcgctttccagttagaaataaatcgcttacgcacctacgaacta
gaggcgctacccacatccaaccaaaagatgcacctatatttaggcaaggctaaagtagcc
aaaggccaggaagttaccgactatcggttcttcatcaggtccataattcgtcattcggat
ttgattacaaaagaagcttctttcgagtatttgcaaaacgaaggtgaacgattgttactg
gaagcaatggacgagttggaagtagccttctcccatccttacagccggcgcacagattgc
aatcacatctttctcaattttgttccaacggtcattatggatccttccaagattgaggaa
agtgttagggctatggtgatgcgttacggtccgcgcttatggaagctccgcgttctccag
gctgagctgaaaatgatcattcgtcagacgcataacggcaagactgttccgatccgtctg
tgcctcaacaacgagagtggatattacctggacatttgcatgtatagagaaacgactgat
ccacgaactggagtcgtcaaattcgaagcatatgggcctcgccacggacccctgcatgga
cttcccatttcaactccttatatgaccaaagattatctacagctcaaacgattccaggcc
caatccaacggcacaacttacgtctacgactatccggatatgttccgacagacgtgcaaa
cgtatgtggaatgagtacatcgctcgcaattcgaaagagaacatcatccttcctgaattg
ttggttacatctgtcgaattggtgttggacgtcgaaggaaacttgatcgaacagaaaagg
cttccgggagaaaacaatatcggcatggtagcctggagagttaaactcatcacaccggaa
tatcaaactgggcgagaaattattgtcatttgcaacgacattaccttcatgatcggctcg
tttggccctcaagaagataagcttttcttggccgcttcgcagttagctcgatcactgaaa
attccgcgtatctacatcgcggccaacagtggagctaggattgggctagcggaagagatc
aaacacctcttccgtgttgcgtgggtcgacaatagcgacccagaaaagggtttcaagtac
atttacttgactccggacgatttcaagaaagttgcggctttcaattcagtccgcgccgag
ctgatcgacgaacatggggaagcacgatatagaattaccgacattattggcaaagaagac
ggtctaggtgttgaaaacctccgccattccggaatgattgccggggaatcttctcaagct
tacaacgatattgtgactatttccttggtttcttgtcgagctatcggtatcggagcttat
ctggtccgcctgggtcaacgtgttattcagatcgaaaattcgcacatcattttaactgga
tatagtgctcttaacagactgctgggacgggaagtctatacatcgaactcgcaactcgga
ggcattcagattatgtacaacaacggcgtgtctcaccgtacggacgctcatgacctggaa
ggcatccagagcattttgcgttggctgtcgtacatgcccaaatgcaagggcgctcctctg
ccgatcaacccgatttacgattccatcgatcgtgaaataaagtacatgccaaccaaagca
ccttacgatccccgttggctcctgtctggcaggcaaaatccactccatccagacgagtgg
gaatctggtttctttgacagaggttcattcgacgagatcatggccgcttgggcccaaact
gtcgtttgtggtagggcaagactaggtggtattcccattggagttatcgctgtcgagacg
cgtaccgttgaactcaacttacccgcagatccagccaatcttgattcggaagccaaagtg
gtttcccaagctggacaggtgtggttccccgactcagcttataagacagcgcaagctatt
ctagattttagtcgcgaagaattgcctttaattatctttgccaattggcgcggcttctcg
ggtggaatgaaggacatgtacgaacaggtggtcaaattcggtgcgtatattgtggatggg
ttgcgtgaatataagcaacctatcatggtctacattccgccatttgccgaacttcgtggc
ggtgcttgggttgtcatcgatccaaccatcaacgaatcttacatggaaatgtatgcggat
cccgaatctcgtggcggtgttctcgaaccagagggtgttgtcgaggtcaagtttaaactc
aaggatctgcttaaaaccatggcgcgtattgatccagtcatccaaggattgcgggagaaa
ctgtccaagccagagttgaacccaacggacaaacgaagtctggaacaacagttgaaccaa
cgagaagatttgctggctcctatgtaccgacaggttgcaacttatttcgctgatttgcac
gacactcctgaacgcatgcacgaaaaaggtgtcattcatgacattgttccgtggaagaag
tcgcgtacttacttctattggcgcttgcggcgccgtctcttggagaaggaaactgtctta
aaaattattcaagttcagcagcaactcactcatcctcaagccgaagctatgcttcgccgt
tggtttgttgaagacaaaggtgcaactgatggttacttgtgggaagataatcgaatcgtc
gtcgaatggcttgaagatcaactaaaaggtgaatgtcagaagcctgttctgctggagaac
attcgctgtctgaaacgggaatttgccctcgctcaggtccgcaccttaatgcaagagact
cctgaaattggtttggactcgattgtgcacatagttcagaatttgagtcccgctcagcga
gctgaagtggccaaagccataggtcgtctggacggtaccccggcacctgctcctgcaccc
gtagcacaggcggtggctccttctggaagcgccgcgaccagttgtagcgcctctctagat
agcagccctggtgctgttccttga

  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 (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (11)   
   Pfam (11)   
All databases (46)   

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