KEGG   Caenorhabditis elegans (nematode): CELE_W09B6.1
Entry
CELE_W09B6.1      CDS       T00019                                 
Symbol
pod-2
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
cel  Caenorhabditis elegans (nematode)
Pathway
cel00061  Fatty acid biosynthesis
cel00620  Pyruvate metabolism
cel00640  Propanoate metabolism
cel01100  Metabolic pathways
cel01212  Fatty acid metabolism
Module
cel_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:cel00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    CELE_W09B6.1 (pod-2)
   00640 Propanoate metabolism
    CELE_W09B6.1 (pod-2)
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    CELE_W09B6.1 (pod-2)
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    CELE_W09B6.1 (pod-2)
Enzymes [BR:cel01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     CELE_W09B6.1 (pod-2)
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     CELE_W09B6.1 (pod-2)
  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
     CELE_W09B6.1 (pod-2)
SSDB
Motif
Pfam: Carboxyl_trans CPSase_L_D2 Biotin_carb_C Biotin_carb_N ACCA_BT ACC_central Biotin_lipoyl Dala_Dala_lig_C HlyD_3
Other DBs
NCBI-GeneID: 173500
NCBI-ProteinID: NP_001254027
WormBase: WBGene00004076
Ensembl: WBGene00004076
UniProt: H2L0M0
Position
II:<1136785..>1152701
AA seq 2165 aa
MPFRSENGSQQAPAAAQRRKPSLVYGQFSQEITAAKPPPWSITFSDGAEDNQEKPPVDSI
CDVAIDFESATLESINYVELLGVLGLPFTSSVCQVSINFSQQVTDLGRAFTMVVNGQKPD
IRTIVVSGNSLTNDAADQYESMEQFIHSHVADIEKRRPIKRLLVATNGIAAMRCLMTAKK
FLHHTFRNDNLIHFVCMTTEDEIQSMSESLRMPNITLAESPSGTNKNNFANVDEILKHAI
KYEVDAVWAGWGHASENPDLPRRLNDHNIAFIGPPASAMFSLGDKIASTIIAQTVGVPTV
AWSGSGITMESIERSRGDFVVVPEDLLEQACVANYKEGLEALKTHNIGFPLMIKASEGGG
GKGIRKCTKVEDFKSMFEEVAQEVQGSPIFLMKCVDGARHIEVQLLADRYENVISVYTRD
CSIQRRCQKIIEEAPAIIASSHIRKSMQEDAVRLAKYVGYESAGTVEYLYLPASEGQEEH
YYFLELNPRLQVEHPTTEMVSNISIPAIQLQIAMGLPLHKIKDIRKLYDLPIDGDSELPD
EVLVDTKLHAIAARITCENPDDSFRPSTGKVYEINFPSSQDAWAYFSVGRGSSVHQFADS
QFGHIFTRGTSRTEAMNTMCSTLKHMTIRSSFPTQVNYLVDLMHDADFINNAFNTQWLDK
RIAMKIKQKCSLSMSVIIAVSAAVIGSSRVTGVFESFEESIDRGQVRPPNDLTETFIFDL
VKDLNIYSLKVVRSAENTFVIILNGSKVTVGVKELQNGEFMVTHCEIVYRCAFEETKEAY
KVTVNNEIITFEKDNDVSVLKSPYTGKLLQWKKEDGDWLNVGDVYATAESMKMVFQVEVA
KAPGRLQRVVNEGDPIHPGSVLAKLVDQTESEADRAQPFHGTFLEWSWHSSKANEQSKFN
DCLAQCQNLLAGSTPMDSACIITELFHHLNESHTAHASEVLNQLLRDYINVEKYFEGKVY
DDSVGEIKEDHLSRKDVVRTIYSHTQIKSKNIVMKALLGALKQGSGSKFIPSLLDNLRQI
GNLHHTEEISNLAREILLFYHSMCYKNNYSEITASGLRPTGQEVKAWLDGPLSRRPDSSG
WKVIHEYFFDETIGSQCLDRYVAMHISAEEGSIGNTYPLPQMKCTIDHFTLTATPKSFNK
VVLKGNKLIVVRLSLDSKTFNQQCFSSEKFLDCLKTNFRKYCKKTDVINVSIFVKITDDL
EAHQDPSTLTEQEEQRVCYAQNAVVDMKTILEKEFRVNRVNTVLCLNDRPLPQLTIFEQV
RLEKDRLPANSYPVLSKLSTVRVSQHDDPTSNFAKLFVRQQLIIPGNNAEEVQKKISQAV
YLALDNACTAAQVAMAKKTKANKTFTSNHVFVFISCPGLPEKVIGSQEQLEFMKKCITDE
VDSHKAILAKHQINEVEVVYESVDGHKRIVIRDETGVTTEVITEFSEASLGVYPVINTIE
KKRLAARRVNSSYIYDFPIIFGMAAMNFWKSASSAMELPNEMAQALKEQRWREFFQIREL
VLENGVLTEISDAEILKKRSANALNNCGMVAWIMTLYTPEKPRGFDLIVIGNDVTFQSGS
FGTAEDDLFAAASTYSREHKLPRVNVSVNSGARIGLSTKISKLVKLQLENEDKPEQGFEY
IYIDGEHKAQIEGEVVYEELGNGRLKILAVIGAKNEKIGVENLQGSGLIAGETARAYAEV
PTYCYVTGRSVGIGAYTARLAHRIVQHKQSHLILTGYEALNTLLGKKVYTSNNQLGGPEV
MFRNGVTHAVVDNDLEGIAKVIRWMSFLPTPTEEFPFFSKHGDDCSARDVVIPSDSEQNT
YDVRDLIDSKNLSNQTGICDTMSFDEICGDWAKSIVAGRARLCGIPIGVVSSEFRNFSTI
VPADPAIDGSQVQNTQRAGQVWYPDSAFKTAEAINDLNKENLPLMIIASLRGFSGGQKDM
YDMVLKFGAQIVDALAVYNRPVIVYIPEAGELRGGAWAVLDSKIRPEFIHLVADEKSRGG
ILEPNAVVGIKFRKPMMMEMMKRSDPTYSKLSSSTEPEAREQLEERYEELSKTYRNASVE
FADAHDRWQRMKSVGVVEHVTSLTNSRRLFSELLRNELAKVGMAEIYSSAPHTVKPCLAT
AMTWVETNLRSYVQPNSSMDEQYTQIEQYYETQFVDDLVIAINEDRKRYEQQLNTFMNKI
SSKRR
NT seq 6498 nt   +upstreamnt  +downstreamnt
atgccgttccgaagcgaaaatggcagccaacaggctccggcggcggctcagcgacgaaag
ccatcccttgtatatggacagttttcgcaggaaatcactgctgcaaaaccgcctccgtgg
agcatcacattttccgacggagccgaggataatcaagaaaaaccaccggtggacagcatc
tgcgacgtggcaattgatttcgagtcggccacacttgaatccatcaactacgttgagctc
ctgggagtgctcggactgccgtttacgagtagtgtctgtcaagttagcatcaatttttcg
caacaggttacggatcttggacgggcattcacaatggttgtaaacgggcaaaaaccagat
atcagaacgatcgtcgtcagtggaaattcgctgaccaacgatgccgccgatcagtacgag
agcatggagcagttcattcactctcacgtggccgatattgagaagagaaggcccatcaag
aggctcctcgtcgccacaaatggaatcgccgctatgcgatgcctgatgactgccaaaaaa
tttctccatcacacattccgcaacgataatctcatccattttgtctgtatgaccacggaa
gacgagattcagtcaatgtcagaatccctccgaatgccgaacatcacacttgccgagtcg
ccatccggtaccaacaagaacaatttcgccaatgtcgacgagatcctgaagcacgcgatc
aagtacgaggtcgatgccgtctgggccggatggggacacgcttcggagaatcctgatcta
ccgcgccggctcaatgatcacaatattgcgttcatcggacccccagctagtgctatgttc
agtttgggagacaagatcgcgagtacgatcattgcgcagaccgtcggagtgcctactgtc
gcctggtcgggatccgggatcactatggagagcatcgagcgatcccgtggagatttcgtc
gtggtgccagaggatctgctcgagcaggcgtgtgtcgccaactacaaggagggtctcgaa
gcgctcaaaactcacaatatcggattccccttgatgatcaaagcgtcggagggtggaggt
ggaaaaggaatccgaaaatgcaccaaagtcgaggacttcaagagcatgttcgaggaagtt
gcccaagaggttcaaggatccccgatcttcctgatgaagtgcgtcgatggagcgcgccat
atcgaggttcagctcctcgctgatcgttacgaaaatgtgatttccgtgtacaccagagac
tgctcgattcagcgacggtgtcagaagatcattgaagaggcaccggcgatcattgccagc
agccacatcagaaagtcgatgcaagaggacgcagtgcgtcttgccaagtacgtcggatac
gagtctgccggaactgtcgagtacctgtacctaccagccagtgagggtcaggaggagcac
tattatttcctggagctgaatccaaggcttcaagtcgagcatcccaccactgagatggtg
tcgaacatcagcatccctgctattcaacttcaaatcgctatgggtctccctttgcataag
atcaaggatatccggaagctctacgatcttccgattgatggagactctgagctgcccgac
gaggtgttggtggatacgaagcttcatgcgatcgccgccaggatcacatgcgagaacccg
gacgacagcttccgtccatccaccggaaaggtctatgagatcaacttcccgtcgtcgcag
gatgcgtgggcgtacttctcagttggaagaggatccagtgttcatcaatttgctgattct
caattcggacacatcttcacgcgtggaaccagccgaacggaggcgatgaatacgatgtgc
tcgacgttgaagcatatgacgatccgatcgagcttcccgactcaggtcaactatttggtg
gatctgatgcacgacgctgacttcatcaacaacgccttcaacacacaatggctggataag
aggatcgccatgaagatcaaacagaagtgcagtctatcgatgagtgtgatcatcgcagtc
agtgccgccgtcatcggaagctcccgagtcacaggagtcttcgagagcttcgaggaatcc
atcgatcgtggacaagttcgcccgccgaacgatctgactgagacgttcatcttcgacctt
gtcaaagatctcaacatctactcgttgaaggtagtcagaagtgccgagaacaccttcgtc
atcatcctgaacggatccaaggtgaccgtcggagtgaaggagcttcagaatggagagttc
atggtgactcactgtgagattgtctaccgatgcgctttcgaggagaccaaggaagcctac
aaggtcactgtgaacaatgagatcattacattcgagaaggacaatgacgtcagtgtgctc
aagtctccgtacactggaaagttgctccaatggaagaaggaggacggtgattggctgaac
gtcggcgatgtctacgccactgccgagtcgatgaagatggtgttccaggtggaggtcgcc
aaggcgcctggaagactccagcgtgtcgtcaacgaaggggacccgatccatccgggaagt
gtccttgcgaagcttgtcgatcagacggaatccgaagcggatcgggctcagccgttccat
gggacgttccttgaatggtcatggcacagctcgaaggccaatgagcagtcgaagttcaat
gattgcttggcgcaatgccaaaacctgctggccggttcgacaccgatggacagcgcatgc
attatcaccgaactcttccatcatctcaacgaaagccacaccgcccacgcatccgaagtg
ctcaatcaactgctccgcgactatatcaacgtggagaagtattttgagggaaaagtgtac
gatgactcggttggagagatcaaggaggatcacctcagtcggaaggacgttgttcggacc
atctactcgcatacacagatcaaatcgaagaatattgtgatgaaggcgctgctgggtgca
ctgaagcaaggatccggatcgaagtttatcccgtcgttgttggataatcttcgacagatt
ggaaatctccatcataccgaagagatttcgaatcttgcccgtgaaattctgctcttctac
cacagcatgtgctacaagaacaactactcggagatcacggccagcggcctcagacctaca
ggccaggaggtcaaggcttggcttgatggcccgctatcgagaaggccggattccagtgga
tggaaggtcatccacgagtacttcttcgatgagacaatcggatcgcaatgccttgatcgt
tatgtggctatgcacatctccgcggaggaaggatccattggaaacacctacccgctgcct
cagatgaaatgcaccattgatcactttacactgaccgccacgccgaagagcttcaacaaa
gtcgtgctgaaagggaacaagctgatcgttgtccgactctctctggactccaagaccttc
aatcaacaatgcttctccagtgagaagttcttggattgtctcaagactaacttccgaaag
tactgcaagaagactgatgtgatcaatgtttcgatctttgttaagatcaccgacgatctg
gaagctcatcaggatccttccaccctgaccgagcaagaagagcaaagagtgtgctatgcg
cagaacgccgtcgtcgacatgaagacgatcctcgagaaggagttccgtgtaaatcgagtc
aataccgtgctctgcctcaacgatcgacccctaccgcaactgacgatctttgagcaggtc
cgacttgagaaggatcggctgccagcgaattcctatccagtgttgtcgaagctctcgacg
gttcgtgtctctcagcatgatgatccgacaagcaactttgccaagctcttcgtccgccag
cagctgatcattccggggaacaatgccgaggaggttcagaagaaaatctcgcaggcggtg
tacctggcgctggacaatgcatgtacggctgctcaggtggcgatggcgaagaagacgaag
gccaacaagacattcacatccaaccacgtgttcgtctttatctcgtgcccaggactcccc
gagaaagtgatcggatcccaggagcagttggaattcatgaagaagtgcatcaccgacgag
gtcgacagccacaaggcgatccttgccaagcatcagatcaacgaggtcgaggtggtctac
gagtctgtggatggtcacaagagaattgtgatccgcgatgagaccggtgtcactacggag
gtgatcaccgagttcagtgaagcgtcgctcggagtctacccagtcatcaatactatcgag
aagaagcgtctcgctgctcgccgagtcaactcatcctacatctacgacttcccaattatc
ttcggaatggctgctatgaacttctggaaatcggcgagctctgccatggagctccccaac
gaaatggctcaagctttgaaggagcaacgctggcgcgagttcttccaaattcgagagctc
gtcttggagaatggagttttgactgagatctccgatgctgagattctcaagaaacgatct
gccaacgctctgaacaactgtggaatggtcgcctggatcatgacactgtacactccagaa
aagccacgtggtttcgacttgatcgtcatcggaaacgacgtgaccttccaatccggatcc
ttcggaaccgccgaggatgatctcttcgccgccgcctccacctactcccgtgagcacaag
ttgccacgtgtcaacgtctcagtgaactctggagcacgcatcggactttccacgaagatc
tcgaaacttgtgaagcttcaactggagaatgaggataagccggaacaaggattcgagtac
atttacattgatggagagcacaaggcacagattgagggagaagttgtgtatgaggagttg
ggcaatggaagactgaagatccttgccgtcatcggagcaaagaacgagaagatcggagtg
gagaacctccaaggatccggcctgattgctggagaaacagcgagagcctacgctgaagtg
ccgacctactgctacgtgacaggaagatccgttggaatcggagcctacacggctcgtctg
gctcatcgaatcgttcagcacaagcagtctcacttgatccttaccggatatgaagctctg
aatactctactcggaaagaaggtctacacatcgaacaatcaactcggaggacctgaagtg
atgttccgaaatggagtgactcacgccgtcgttgacaatgatctggagggaatcgccaag
gtgatccgatggatgtcattcctgccgacacccacagaagagttcccgttcttctcgaag
cacggagatgattgttcggctcgtgacgttgtgatcccatcggattcggaacagaacacc
tacgacgtcagagatcttattgattccaagaacctctctaaccagactggaatctgcgac
acgatgtcgttcgatgagatctgcggtgactgggccaagtcgatcgttgcaggccgagcc
cgtctctgcggaatcccgatcggagttgtttcttcggaattccgaaacttctccaccatc
gtcccagctgatcctgctattgatggatctcaagtacagaatacacagcgtgcggggcag
gtgtggtacccggattctgcgttcaagactgctgaggctatcaatgatctgaacaaggag
aaccttccactgatgatcatcgcctcgctgcgtggattctcaggaggacagaaggatatg
tacgacatggtgctgaagttcggagcacagatcgtcgatgctctagctgtctacaatcgt
ccagtcatcgtctacatcccggaagccggagagcttcgtggtggagcctgggctgtgctg
gactcgaagatccgtccggagttcatccacctagtggccgatgagaaatctcgtggagga
atcctcgaaccgaatgcagtcgtcggaatcaagttccgcaagccaatgatgatggagatg
atgaagcgatccgatccgacttactcgaagctttccagttccaccgagccagaagctcgt
gagcagttagaggagagatatgaggagttgagcaagacctacaggaatgcgtcggtcgag
tttgcggatgctcacgatcgttggcagaggatgaagagcgtcggagtggtggagcatgtc
acatcgctgacgaactctcggcgactcttctcggagttgctcaggaatgagctcgccaaa
gttggaatggcagagatctactcgtcagctcctcacacagtgaagccgtgcctcgcaaca
gcgatgacatgggttgaaacgaatctccgatcatatgtgcaaccgaacagctcaatggac
gagcaatacacacaaattgagcagtattacgagacgcagtttgtcgatgatcttgtcatt
gcgattaatgaggatcggaaacgatatgaacagcagctcaacacgtttatgaacaaaatt
tcttcgaagcgacgataa

  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 (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (81)   

Download RDF
DBGET integrated database retrieval system