KEGG   Loa loa (eye worm): LOAG_03909
Entry
LOAG_03909        CDS       T02664                                 
Name
(RefSeq) carboxyl transferase domain-containing protein
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
loa  Loa loa (eye worm)
Pathway
loa00061  Fatty acid biosynthesis
loa00620  Pyruvate metabolism
loa00640  Propanoate metabolism
loa01100  Metabolic pathways
loa01212  Fatty acid metabolism
Module
loa_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:loa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    LOAG_03909
   00640 Propanoate metabolism
    LOAG_03909
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    LOAG_03909
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    LOAG_03909
Enzymes [BR:loa01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     LOAG_03909
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     LOAG_03909
  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
     LOAG_03909
SSDB
Motif
Pfam: Carboxyl_trans ACC_central CPSase_L_D2 ACCA_BT Biotin_carb_C Biotin_carb_N Biotin_lipoyl Dala_Dala_lig_C
Other DBs
NCBI-GeneID: 9941310
NCBI-ProteinID: XP_020303213
AA seq 2134 aa
MPTPPLLTHNNREFVDFEKSNEVDQRAETFGTVEAFLNKYADPKLAAPIKTLLIANNGMA
AFKCVMSIRRWAQETFKDDRLFKFINLTTEQEISSNPEYLKMIDNFVFSESGANENNYAN
VDDILKHAVSNNVDAVWAGWGHASENPDLPNGLKKHNIIFMGPPGPAMFTLGDKIASTIL
AQSAGVPVVPWSGSNIYLSKEICERGEIDIEVSPELRAAACVYDHEEAIHVMKAKKIPYP
VMIKASEGGGGKGIRLVRSESDFEVNFRRVQAEVAGGHIFLMYCLEGARHIEVQLLGDMY
GEVIALRTRDCTVQRRCQKIIEEAPAIAAPLSVQRNMEADAVRLAKMVGYVSAGTVEYLF
LPHTNEYFFLELNPRLQVEHPLSEMLTNVNLPAAQLQIAMGVPLQCISEVRLYYGKSRYG
TDKIPFHLIYPHCDKHVVSVRITSEDPEENFRPASGEITNLNFRSTQFVWGYFSHVGAGS
LHEFADSQFGHLFATGSTRHLAISNMLNALQELQLQSKFPVTLPYLISLFKDSEFEQNKI
DTTWLDRRIASKKHTVELPPLPMAVAYGSMLIAHSKITEAFSAFSNAISRGRILKPSDLT
ETHQVELIFDNIKYSVTATRTSNFEYIIKMNGRCVPVEYRELRNGTLLLKYKDRSHPCYI
EEESERYKVHIGRMQIIFEKENDPTVLRSSCAGKLLSYEAEDGELLLPGQIYASMESMKV
VLDMRVKKVGGRFEKVAQPGQMLHPGTLVARLEAQNGLTVTKPIDFEDSFAEWTQSVTKK
SPINMYFTNVVQEVHNVFDGYCKTEPTFSNYADSLVESLFAVLNDQSLPYEQMQQKLAVM
KSRIKPKILKQLNEFLEVRVDGFAVKKIRKAIEDYLNDLDPQKTKEEKMIFEPITRVLAR
FENGTEGHIALVLDDLLGHYYKSEIFFQEDQYAKSVTRLLSQVCDTERCVRLICSHTKVN
EKNLLAMKILRQISNSRRLILRISPVLEKIASFVKSENLELAHAARTLLIEAETPTYTEI
KIRGSSPSPTNLEKYDILFEMFDNNFDSVLKYVTVCCGVPEASIRRLEDAHPHDVQFSIP
IQKIAHGLGLPNDEVVEISVTMRVVGNVADIVERLPQVAAKVVKPDSTLYIVSQTGAVRC
DANLDEKFSVTLKEAISRVQNENIRQIVILIASSDSYPMFFYYDMFYKDEIRSQRNIDLA
HLPKLGLHRIKENYTIEKLKSSHNSGHLYKAEGKADPTEHRFFYRAVVRVVDSYTAEEVT
CSITKALKRACCEIVVALYRSNTIDRNHVLLFIHRTPSNKEIQMSPADWINVIYKAYREC
KDFLWRSLVNQVEFDFILFGERRSLEQATKVIITDDTGFTPFIRVLRAEASNGNSRTKKW
LHVDAGMDGFKHGLEIMVDNRRNPDWNPFTDPYLGRSEIDKRRLRARVLKTTYVYDYPLL
FQRAVIATWLAPRESQESPDLVLENLCQFHELVYDEDSKQLVELNESGSLSKIGIVAWRV
RLVVPEYPEGREVIVIANDISHQIGSFSMCEHRLYYEASCLSRKEGIPRIYIAANSGARI
GLSADLKKLFKVIWKNENNPVEGFDGLYLTNEDVRELQQIVATHRRNGFHQIDGIIGKER
DLGVENLVGSGMIAGETSRAYNEVITYCLVTGRTVGIGAYVARLSRRICQVENADIILTG
APALNSVLGREVYTSNGQLGGTEIMTRNGVTHSTVSNDYDGVRQLLRWLSYTRKNVKAPF
KEPSFEYAEDPVDRFLSHLPSQNKESDPRLMMTIFDRNSFEIKSGWGKTVITGRARLGGI
SIGVIAVETRSVFAEIPADPAAPDSQAKCIQQAGQVWYPDSAYKTAEAIEDFNKESLPLF
ILANWRGFSGGQKDMFEMVLKFGAYIVDQLSKYLNPVIVYIPPYGELRGGAWAVVDPTIN
PVCMQMFADPRSRGGVLEPEGTVQVKMRKDLVPLMRRLDKEMIRLGVLEKEGNDVKVDIS
ARIQLLMPTYRNIAITFADLHDTAVRMKAVGAIKEVVKWEESRAFFTRRLLRLCIEQDIY
REAVDVKCLEDIRKMQESLQLYFAKTRDETFSWYSYPDEDAIKLLRKERKQIVAFLIGND
FFTIGERYGIPSEKLGDFAKKCDLLIQEMKNERL
NT seq 6405 nt   +upstreamnt  +downstreamnt
atgccgacgcctcctttgctcacacataataaccgtgagttcgtagactttgaaaagtcg
aatgaagtggatcaaagagcggaaacgtttgggacggttgaggcttttctcaataaatac
gcggatccaaaattagcagcacccattaaaacgttactaattgcaaataatggaatggca
gcattcaaatgtgtgatgtccatcagacgttgggcccaagagacattcaaggatgaccgt
ctcttcaaatttattaatttaactaccgagcaggaaatttcttcaaatccagaatatttg
aaaatgattgacaattttgtgttctcggaatctggtgcaaatgaaaataattatgcaaat
gtggacgacatactgaaacatgctgtgagtaacaatgtggatgcggtatgggcaggttgg
ggacatgcatctgaaaaccctgatctaccaaatggtctgaaaaaacataacatcattttt
atgggtccacccggaccggcaatgtttacattgggtgacaaaattgcttcaacaatactt
gctcagtcagctggtgtgccagtagtgccttggtcaggcagtaatatatatttgtctaaa
gaaatctgcgaacgaggggaaattgatatcgaagtatcaccagaactacgtgctgccgcc
tgtgtttatgatcatgaagaggcgatacatgtgatgaaggcgaagaaaattccataccct
gttatgatcaaagcttcggagggtggtggtggcaaaggaattcgtttagtgcgcagtgaa
tcagattttgaagtaaattttagaagagtgcaagcagaggtagccggcggacatatattt
ttgatgtattgtttggaaggtgctcgacatattgaagtccaacttttgggtgatatgtac
ggtgaagttattgcactgagaacccgtgattgtacagttcagaggagatgtcagaaaatc
attgaagaagcaccagccatcgctgcacctttatctgttcaaaggaatatggaagcagat
gcagtacggttagcgaaaatggtcggatatgttagtgcaggcactgtggagtatttattt
cttcctcacacgaatgaatatttcttcttggaacttaatccaagattacaggttgagcat
ccgttaagtgagatgttaacaaacgtcaatttgccagctgcacaactacaaattgcgatg
ggggtaccactgcagtgcatcagcgaagtgcgtctatattatggcaaaagccgatatggt
actgataaaatcccattccatctaatatatccacactgcgataagcatgttgtatctgtt
cggataacaagcgaagatccggaagagaacttccggccggcatcaggtgaaatcaccaat
ttgaatttccgttctacacagtttgtttggggatatttttctcatgttggcgctgggtct
cttcacgaattcgcagattcacagtttggccatctgtttgctactggatccacaaggcat
ttagcgatctccaacatgttgaatgcgctacaggagcttcagcttcagtctaaatttcct
gtaacgctgccctatctcatttctttgtttaaagatagcgaatttgagcaaaataaaatt
gatactacttggctggatcgccgaattgcttctaagaagcatacagtagagcttcctcca
ttgccaatggctgtagcttatggttcaatgttgatagcacattcaaaaattacggaagca
ttcagtgcctttagtaatgctataagcagaggacgcattttaaagccatctgatcttact
gagacacatcaagtggagcttatttttgacaacattaagtacagtgttactgctacgcgc
acatcaaattttgaatatataattaaaatgaatggccgctgtgttcccgtcgaataccgt
gaattgcgaaatggtactcttttgttgaaatataaagaccgatctcatccgtgttatata
gaagaggaatctgagcgttacaaagtacatattggacgaatgcagataatatttgaaaaa
gaaaatgatccaacagtgctacgatcatcttgtgctggtaaattgctaagttatgaagca
gaagacggagaactgcttttgccgggtcaaatatatgccagtatggaaagtatgaaagtt
gttttggatatgcgcgtgaaaaaggttggaggccgtttcgaaaaagttgctcagcccgga
caaatgctacatccaggaaccttggttgctcgtttggaagcacaaaatggtttgacagtt
accaaacccattgattttgaggattcattcgcggaatggacacaaagtgtcactaaaaag
tcaccaattaatatgtattttacaaatgttgttcaggaagtacacaatgtctttgatggt
tattgtaaaacagagccaacgttctcgaactatgctgatagtttagtagaatctcttttt
gctgtgctcaatgaccaatcgctaccgtatgaacaaatgcaacagaagcttgccgtaatg
aaaagccgtattaagccaaaaatactaaagcaacttaatgaattccttgaagttcgtgtt
gatggtttcgctgtgaagaaaatccgcaaagctatcgaagattatctaaatgatttggat
ccgcaaaagacgaaggaggaaaagatgatctttgagccaataacaagagttttggccagg
tttgagaatgggacagaaggtcatatagcgctggttttggatgatctccttggacattat
tacaaaagcgaaatattcttccaggaagatcagtacgcgaaatctgttacaaggctttta
tctcaggtatgtgatacagaacggtgcgtcaggctgatttgttcacacacaaaggttaat
gagaaaaatttgttggcaatgaaaattttgcggcaaattagtaatagtcgtcgcttaata
ttgcgaatatcacccgtattggaaaagattgctagtttcgtgaaaagtgaaaatttggaa
ttggcgcatgctgcaagaacgctactgattgaagcagaaacaccaacatatactgaaatt
aagattaggggatcgtcaccgagcccaactaatctggaaaaatacgacatactgtttgaa
atgtttgataataatttcgattcggtactgaaatacgttaccgtgtgttgcggtgtcccg
gaagcttctatcagacgactagaagatgcgcacccccatgacgtacaattttccatccca
atacagaagattgcccatggattgggtcttccaaatgacgaagtagttgaaataagtgta
acgatgcgggttgtcggcaatgtagcggatatcgttgaacgattaccgcaggtggctgca
aaggtagtgaaaccagattctaccctttacatcgtttcacaaactggagctgtccggtgt
gatgctaatttggatgaaaaattctcagtgactttaaaggaagctataagtcgtgtgcag
aatgaaaacattcgccaaatcgtaattttgatagcatcatcagattcctatccaatgttt
ttctactatgatatgttttataaagacgaaattcgttctcaacgtaatattgatttggct
catcttcctaaacttggtttacatcgtataaaagaaaactacaccattgaaaaattgaag
tcatcgcataattcgggtcatttatacaaagcagaagggaaagcagatccaacagaacac
cgcttcttttatcgagctgtggttcgagttgttgacagttatacagctgaggaagtgaca
tgcagtattactaaagcgctaaaacgtgcttgttgtgaaattgtcgtagctttataccgt
tcaaacacaattgaccgaaatcacgttttactgtttatccatcgtacaccatccaataag
gaaatacagatgagtccggctgattggataaatgtcatttataaagcttatcgagaatgc
aaagattttctgtggagatcactagtaaatcaagttgaatttgatttcattttgtttggt
gaacgacgaagcttggaacaggcaacgaaagtaattataactgatgacactggttttacg
ccattcatcagagtgttacgcgcagaagcaagcaatggtaattcaagaaccaaaaaatgg
cttcacgtggatgccggaatggatggttttaaacatggcctcgaaataatggtcgacaat
cgacgaaatccagattggaatccatttacagatccatatcttggcagatctgaaattgac
aaacgacgcctgagagctcgcgtgctaaaaactacttatgtttatgactatccactgctt
ttccagcgcgctgtaattgccacatggcttgcacccagagagtcgcaggaatcaccagac
ttggtactcgagaatttgtgccaattccacgaactggtttatgatgaagattcaaaacaa
ctcgttgaacttaatgaaagtggttcactgagtaagattggtatagttgcatggcgtgta
cggctagttgttccggaatatccagaaggacgagaagtgattgtcattgcaaatgatatt
tcccatcagattggttcattttcgatgtgtgaacatcgtctgtactatgaagcttcatgc
ttaagtcggaaagaaggaattccacgaatatacattgctgctaattcgggtgcaaggatt
ggcttatcagctgatctgaaaaaacttttcaaagttatttggaagaacgaaaataatcca
gtggaaggttttgatggactttatcttacaaatgaggacgtacgtgaactgcagcaaatt
gtcgctacgcatcgtagaaacggttttcatcaaattgatgggattattggcaaagagcgt
gaccttggcgtagagaatctggttggttccgggatgattgcgggtgaaacatcacgagcg
tacaatgaagtgataacctattgtttggtaactggtcgcactgttggcatcggcgcttat
gtcgcccgactttcgagaagaatttgtcaagttgaaaatgcagatattattttaactggc
gcgcctgccttgaattctgtacttggtcgtgaagtttatacatctaatgggcagttgggt
ggtactgaaataatgactcgtaatggtgttacacactcgactgttagcaatgattatgat
ggtgtccgccaattgctaaggtggctatcgtacacgcgtaaaaatgtgaaggcgccattt
aaggaaccaagttttgagtatgctgaggaccccgttgatcggtttctaagtcatttgcca
tcacagaataaggaaagcgatccgcgtttaatgatgacgatctttgatcggaattctttt
gaaattaaatcaggttggggaaaaacggtaatcacaggtcgagcacgtctgggtggtatc
agtattggtgttattgctgtcgaaacaagaagtgtttttgctgaaattccggctgatccg
gctgctccagattctcaagcgaaatgtatccagcaagctggacaggtgtggtatcctgat
tctgcatataaaactgctgaagcgatcgaagatttcaataaagaatctttgcctttgttt
attctagccaattggcgtggcttcagtggtggccagaaagatatgttcgaaatggtcctc
aaatttggtgcttatatagtcgatcagttatctaaatacctgaatccggtgatagtttat
attccgccctacggagaattacgcggtggggcttgggcggttgttgatccaacaataaat
cctgtatgcatgcaaatgtttgctgatccgcgatcgaggggtggtgttctggaaccagaa
ggaactgttcaagtaaaaatgcgtaaagatttggtaccactgatgcgacggctggataaa
gaaatgattcgattaggagtattggaaaaagagggtaacgatgtgaaagtggacatcagt
gctcgtattcaattgttaatgccaacttatcgcaatattgctatcacatttgctgattta
catgatacagccgtgcgaatgaaagctgttggtgccattaaggaagtagtgaaatgggaa
gaatcaagagcatttttcactcgacgccttttgagattgtgcatcgaacaagacatatac
agagaggctgttgatgtgaaatgcttggaggatattcgaaaaatgcaagagtctttacaa
ctatattttgcgaaaactcgagacgagactttctcttggtatagttacccggatgaagat
gccataaaacttttgcgtaaagaaagaaaacaaattgttgcgttccttattggaaacgat
tttttcacaattggagagcgctatggaataccttcggagaagcttggagatttcgcgaaa
aagtgtgatttattaatacaggaaatgaagaacgaaaggttgtga

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (38)   

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