KEGG   Dichomitus squalens: DICSQDRAFT_80920
Entry
DICSQDRAFT_80920  CDS       T03133                                 
Name
(RefSeq) acetyl CoA carboxylase
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
dsq  Dichomitus squalens
Pathway
dsq00061  Fatty acid biosynthesis
dsq00620  Pyruvate metabolism
dsq00640  Propanoate metabolism
dsq01100  Metabolic pathways
dsq01110  Biosynthesis of secondary metabolites
dsq01212  Fatty acid metabolism
Module
dsq_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:dsq00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    DICSQDRAFT_80920
   00640 Propanoate metabolism
    DICSQDRAFT_80920
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    DICSQDRAFT_80920
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    DICSQDRAFT_80920
Enzymes [BR:dsq01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     DICSQDRAFT_80920
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     DICSQDRAFT_80920
  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
     DICSQDRAFT_80920
SSDB
Motif
Pfam: ACC_central Carboxyl_trans ACCA_BT CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp_3 ATP-grasp ATPgrasp_Ter Ig_C17orf99
Other DBs
NCBI-GeneID: 18844368
NCBI-ProteinID: XP_007362817
JGI: 80920
Position
Unknown
AA seq 2231 aa
MSKYDHSRVAQFIGGNTLEKAPSGPVKDFVKQHGGHTVITKVLIANNGIAAVKEIRSIRQ
WSYETFGTERAVEFTVMATPEDMKVNAEYIRMADRYVEVPGGTNNNNYANVDLIVDVAER
AGVHAVWAGWGHASENPRLPETLAANKIVFIGPPGSAMRSLGDKISSTIVAQSANVPTMP
WSGTGITETTLSEAGFVTVPDDVYRAACVTTVEEGLAKAEEIGFPVMIKASEGGGGKGIR
KVESADAFKNAFHAVAGEIPGSPIFIMKLAGQARHLEVQLLADQYGNAISLFGRDCSVQR
RHQKIIEEAPVTIAEPKTFEKMERAAVRLAKLVGYVSAGTVEYLYSHAEDVFHFLELNPR
LQVEHPTTEMVSGVNLPAAQLQVAMGIPLHRIRHIRQLYGVEHSGTSEIDFDMVDPEAST
LQRKPRPKGHVIAVRITAENPDAGFKPSSGVLQELNFRSSTNVWGYFSVASAGGLHEFAD
SQFGHVFAYGEDRAESRKNMVVALKELSIRGDFRTTVEYLIKLLELQAFQENTITTGWLD
SLISDKLTAERPDSTLAVICGAVTKAFLAAEASWGEYKRILDKGQVPSRDVLKTVFGIDF
IYDNVRYSFTATRSSPTLWTLYLNGGRTLVGARGLADGGLLVLLDGKSHSVYWREEVGAL
RLMIDSKTCLIEQENDPTQLRSPSPGKLVRFLVESGDHINAGEQYAEIEVMKMYMPLVAA
EDGIVQFVKQPGVSLEPGDILGILTLDDPARVKHAKPFEGLLPDLGTPAVVGNKPHQRMY
HYLDVLNNILDGYDNQAVMASTLKDLIDILHNPELPFSEGTAILSTLSGRMPAKLEEGIR
AAFDTAKSKGESIEFPTNRIKKLVDHYMEDNVRAQDRAMFRTQLAVLLDAVERYQFGLKG
HETNVIAGLLARYEETEKLFGGSIEARVLTLREQNKDNLDKVAALVLSHIMAQRKGRLVI
AILDHVKNSGLTVTDPNSRLYQVLQGLAALEARSSTQVSLKAREVLIACQMPSYEERRAQ
MEAILKSSVTNSYYGEPGSVVRTPSMEVLRELIDSRYTVYDVLPTFWNYSEQEIIHASLE
VYVRRAYKAYTLLSVDYEEGDGMDDGEAPSIVTWRFNLGQSNSPPSTPRLGRDDPPRRQA
SVSDLTYMINAHQKQPLRNGAIASFPNLAALKRGFDKVASVLPNFDPREYQLRYGANNQP
PNVLNMALRVFNEADDMSEDAWYEKIEELVNSHRDVLTKRGVRRISILICRPGQYPIYYT
LREMDGAWKEEQAIRHIEPALAFQLELSRLSNYNLTPCFTDNKQLHIYHGVARENQLDSR
FFIRALVRPGRIRGSMNTAQYLISETDRLVTSILDALEVVSVQHRNTDCNHIFMNFIYNL
SVTYEDVLEAISGFIERHGKRLWRLHVTGSEIRIVLEDQDGNVTPIRCIIENVSGFIVNY
HGYQEITTDKGTTILKSIGEKGPLHLQPVHQAYPTKESLQPKRYQAHLVGTTYVYDFPDL
FSKALSNVWAKARVTSPSLSLPKKIFESKELILDEHEQLQEVDRAPGNNTVGMVGWVFTL
RTPEYPDGRRAVVIANDITFKIGSFGPAEDQFFFLCSQYAREHGLPRIYLSANSGARIGL
AEEVMNLFSVAWSDPEHPEKGIEYLYLTHENFLKLGEKTAAAIRTVEIEESGECRHKITD
IIGLQDGLGVECLKGSGLIAGETSRAYDDIFTITLVTARSVGIGAYLVRLGQRAVQVEGQ
PIILTGAPALNKVLGREVYTSNLQLGGTQIMHKNGVSHLTANSDLEGATHILEWLSYVPE
YKGAPLSVLESADNWDRDINYIPPKGPYDPRWFIAGKQDESTNTWLSGFFDRDSFQETLS
GWAQTVVVGRARLGGIPMGVIAVETRTIERIVPADPANPASFEQRIMEAGQVWYPNSAYK
TAQAIFDFNREGLPLIIFANWRGFSGGQQDMYDEILKQGSKIVDGLSSYKQPVFVYIVPH
GELRGGAWVVLDPSINSAQMDMYADVEARAGVLEPEGVVEIKMRRDKILKLMERLDATYA
NLKKDSTDPSKTPEDRAAATDALAKRETLLQPTYKQIALLYADLHDRTGRMEAKGCAKSM
TWKDARRRFYWAVRAKVARSAALEQLAEASPESTYDYREHLLESLAGIENESDPRKIAEA
LEKLDLLNTLTRLKADHLARRMLELANEDKKATVDGLIRLIDNLGDEEKLALIQALQNSN
RSPGPPSYASP
NT seq 6696 nt   +upstreamnt  +downstreamnt
atgtccaagtacgatcattcacgagtcgctcaattcatcggcggtaacaccctcgaaaag
gctccgtccgggccagtcaaggactttgtcaaacagcacggaggacacacggtcatcacc
aaggttctcattgccaataacggtattgctgccgtgaaggagattcgttccatccgacaa
tggagttacgagacatttggtaccgagcgggccgtcgagttcactgtcatggctacaccg
gaggatatgaaggtcaacgccgagtacattcgcatggctgaccggtatgtcgaggtgccg
ggagggaccaacaataacaactacgcgaatgtggacctcatcgtcgatgtcgcggagcgt
gctggtgttcatgccgtctgggcggggtggggtcacgcctcggagaaccctcgtctgccg
gaaactcttgctgccaacaaaatcgtgttcattggtcccccgggaagcgcgatgcgcagt
ctcggcgacaagatttcgagtacgatcgtggcgcagagcgcgaacgtcccgactatgccc
tggtccggcactggaattacggagactacactttcggaggccggtttcgttaccgttcct
gacgatgtgtaccgggcagcgtgtgttacgacggtcgaggagggtctggcaaaggctgag
gagatcggcttcccagtcatgatcaaggcctccgaaggtggaggagggaagggtatccgc
aaggtcgagagcgcagacgcattcaagaatgcctttcacgctgtcgctggagagattccc
ggctctcccatcttcatcatgaaactcgcgggccaggcacgtcatttggaggtgcagctc
cttgctgatcagtatggcaatgcaatttctcttttcggtcgtgactgctcggtgcagcgt
cgacaccagaagatcatcgaagaggcacccgtcaccattgcagaaccgaagacattcgag
aagatggagcgcgccgcagtccggttggcgaagcttgtcggatatgtcagcgctggcacg
gtcgagtacctatatagccacgcagaggatgtattccatttccttgaactcaacccccgt
cttcaggtcgagcacccgacgaccgagatggtctctggtgtcaaccttcccgccgctcaa
cttcaggttgctatgggtatccctctccaccgcatccgccacatccgtcagctgtacggc
gtcgagcacagcggcacctcagagatcgactttgacatggttgaccccgaggccagtacg
ttgcagcgcaaacctcgtcccaagggccatgtcattgccgtgcgcatcacggccgagaac
cccgatgcgggcttcaagccatcgtctggtgtattgcaggagctcaatttccgctcgagt
accaacgtctggggatacttctcggtcgctagcgctggggggctgcacgagttcgcagac
tcgcaatttggtcatgttttcgcgtacggggaggatcgtgccgaatctcgcaagaacatg
gttgttgcattgaaggagctcagtatccggggagacttccgcacgaccgtcgagtacctc
atcaaactcttggagcttcaggccttccaggagaacactataactaccggctggctcgac
tcccttatcagcgacaagcttactgctgagcgtcccgactctacgcttgctgtcatctgc
ggtgctgtaaccaaagccttcttggctgcagaagcgtcttggggcgagtacaaacgcatc
ctcgacaagggtcaggtaccctcccgcgatgtcctcaagaccgtcttcggcatcgatttc
atctacgacaacgtccgctactccttcactgctacgcggtcttctccgacgctctggacg
ctgtacctcaacggcggacggacgctggtgggcgcgcgtggattggctgatggcggcctg
ttggttctgcttgacggcaagagccattctgtctactggagagaggaagtgggcgcgctg
cgtctgatgatcgactcgaagacgtgcttgatcgagcaggagaatgacccgacgcagctc
cggagccccagtccgggcaagcttgtccggttccttgtggagagcggtgaccacatcaat
gctggcgagcagtacgccgagatcgaggtcatgaagatgtacatgcctctcgtcgctgct
gaagacggtattgtacaattcgtgaagcagccgggcgtcagcctcgagcccggtgacatt
cttggtatcctcaccctcgatgatcccgcccgcgtcaagcatgctaagcccttcgagggt
ctgcttcccgacctgggcactccggccgtcgtcggcaacaagccccaccagcgcatgtac
cactacctcgacgtcctcaacaacatccttgacgggtatgacaaccaggctgttatggcg
tcgacgctcaaggatctcatcgatatcctgcacaatcccgaacttcctttttcggaaggt
accgctatcctatccacactctctggccgtatgcctgcgaagcttgaggaaggtatccgc
gctgccttcgataccgccaagagtaagggcgaaagcatcgagttcccgaccaatcgcatc
aagaagctcgtggaccactacatggaggacaacgtccgtgctcaggaccgtgcaatgttc
cgcactcagctcgccgtgctcctcgacgccgtcgagcgctaccagttcggtctgaagggt
cacgagacaaatgttattgcgggcctgcttgctcgttatgaagagactgagaagctcttc
ggtggcagcatcgaagcgcgtgtcttgaccctccgtgagcagaacaaggacaaccttgac
aaggtcgcggctctcgtcctcagccacatcatggcgcagaggaagggtcgcttagtcata
gctatcctcgatcatgtcaagaacagtggcttgactgtgaccgaccccaacagtcgcctg
taccaggtcctgcagggtctggctgcactcgaggccaggtcctccacccaggtctcgcta
aaggcgcgcgaggtcctcatcgcatgccagatgccctcatacgaggagcgccgggctcag
atggaggccatccttaagtcctcggttaccaacagctactatggcgagcccggttctgtt
gttcgaactccgtcgatggaagtcttgcgggagctcatcgattcgagatacaccgtgtac
gacgtgcttcctacgttctggaactacagcgagcaggaaatcattcatgcctcacttgag
gtctatgtcaggcgtgcgtacaaggcatacacccttctgtcagtcgattacgaggagggc
gatggcatggatgacggtgaggcgccgagtatagtcacctggcgtttcaacctcggccag
tccaactcgcctccttcgacgcctcgcctcggacgagatgatcctcctcgcaggcaggcc
tccgtgagcgacttgacgtacatgatcaacgcacaccagaagcagcctctccgcaatggt
gccatcgcatccttcccgaatctggccgctctcaagcgcggctttgacaaggtcgcttcc
gttcttcctaacttcgatcctcgggaatatcagctgcgctatggtgctaacaatcaacct
ccgaacgtcctgaacatggcgctgcgtgtcttcaacgaggccgacgacatgtccgaagat
gcctggtatgagaagatcgaggagctcgtcaacagccatcgcgatgtcctcaccaagcgg
ggcgtccgtcgtatctcaatcctcatctgtcgccctggtcagtatcctatctactacacg
cttcgcgagatggatggggcttggaaggaagagcaggctattcgtcacatcgagccagcc
cttgcgttccagcttgagctcagtcgcttgtcgaactacaacctcactccctgcttcacg
gacaacaagcagctgcacatctaccatggcgttgctcgcgaaaaccagctcgacagccgc
ttcttcatccgtgccttggtgcgtcccggccgtattcgcggcagcatgaacaccgcccaa
tacctcatctccgagaccgatcgcctggtcaccagcatcctcgatgccctcgaagtcgtg
tcggtgcagcaccgcaacactgactgcaaccacatcttcatgaacttcatctacaacctc
tccgtcacgtatgaggacgtcctggaggctatttcgggtttcattgagcgtcacggcaag
aggctctggcgccttcatgtcactggctccgagatccgcattgttctcgaggatcaggac
ggtaacgttaccccgattcgctgtatcatcgagaacgtctctggtttcatcgtcaactac
cacggctatcaggagatcaccaccgataaggggactaccatcctgaagtcgatcggcgag
aagggccccctccacttgcagccagttcaccaggcgtatcccaccaaggagtccctgcaa
ccgaagcgttaccaggctcatctcgtcggtaccacctacgtctacgacttccccgacctc
ttctccaaggctctcagcaacgtgtgggcaaaggctcgcgtgacgagccctagcctcagt
ctgcccaagaagatcttcgagtcgaaggagctcatcctcgacgagcacgaacagcttcag
gaggttgacagggcgcccggtaataacaccgtcggtatggtcggttgggtcttcaccctc
cgtactcccgagtacccggacggtcgtcgcgccgttgtcattgccaacgacatcacgttc
aagatcggttcattcgggccagcagaggaccaattcttcttcctttgctcgcaatatgcc
cgtgagcatggattgcctcgcatctatctctcggccaactccggtgctcgtattggtctc
gccgaggaggttatgaacctgttctccgttgcttggagcgaccccgagcatcccgagaag
ggcatcgagtacctctacctgactcacgagaacttcctaaagcttggagagaagactgct
gctgcgatccgcactgtcgagatcgaggagagcggcgagtgccgccacaagataaccgac
atcatcggcctgcaggacggtctcggcgttgaatgtctgaagggttccgggctcattgct
ggcgagacttctcgcgcctatgacgatatcttcaccattacccttgttaccgctcgctct
gtcggcatcggtgcttaccttgttcgtcttggtcagcgtgctgtccaggtcgagggccag
cccatcatcctcactggtgcgcctgctctcaacaaggtgcttggtcgcgaggtgtacacc
tccaacctccagctcggtggaactcaaatcatgcacaagaatggcgtctcgcacttgact
gctaacagcgacttggagggcgctacgcacatcctcgaatggctgtcctacgtccccgag
tacaagggcgctcccctatctgtgctcgagtccgctgacaattgggaccgcgacatcaat
tatatccctcccaaaggcccctacgatccgcgctggttcattgcaggcaagcaggacgag
tccaccaacacttggctctccggcttcttcgaccgtgactccttccaggagactcttagc
ggatgggctcagactgtcgtcgtcggtcgtgcgcgtctaggtggcatacccatgggcgtg
atcgctgtcgagaccaggaccattgagcgcatcgtccccgccgaccctgccaacccagcg
tcgttcgagcaacgtatcatggaggccggtcaggtgtggtaccctaactccgcgtataag
actgcccaggcgatcttcgacttcaaccgcgagggacttccactgatcatcttcgccaac
tggcgtgggttctccggtggtcaacaggatatgtatgacgagatcctcaagcaaggctcg
aagattgtggacggtctctccagctacaagcagccggtcttcgtctacatagttccgcat
ggcgagctccgtggtggcgcatgggtcgtgctcgatccgtcgatcaactcagcccagatg
gacatgtacgcagacgttgaggctcgtgccggtgtcctcgagcctgagggtgtggtcgaa
attaagatgcgtcgtgacaagatcctcaagctcatggagcgtcttgatgctacgtatgcg
aacctcaagaaggacagtaccgatccgtcgaagacccccgaagatcgagcggctgcgacg
gatgcccttgctaagcgtgagacgctcctgcagcccacgtacaagcagatcgcgttgttg
tacgccgatctccacgaccggaccggtcgcatggaagcaaagggctgtgcgaagtcgatg
acctggaaggacgcgcgtaggcggttctactgggctgtccgtgccaaggttgcccgctcg
gcggctctggagcagctcgctgaggcaagtcccgagtcgacttatgactatcgcgagcac
ttgcttgagtcgctcgctggcattgagaacgaaagcgaccctcgcaagatcgcggaagct
ctggagaagctcgatttgttgaacacgctcacgcggttgaaggctgaccacctagcccgt
cggatgctagagctggccaacgaggacaagaaagctaccgttgatggcctcatccgtctc
attgataacctcggtgacgaagagaagttggctctcattcaagcactgcagaactcgaac
cgctctcctggccctccctcctatgcctcgccctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (44)   

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