KEGG   Danaus plexippus (monarch butterfly): KGM_209597
Entry
KGM_209597        CDS       T04344                                 
Name
(GenBank) putative chemosensory ionotropic receptor IR68a
  KO
K00232  acyl-CoA oxidase [EC:1.3.3.6]
Organism
dpl  Danaus plexippus (monarch butterfly)
Pathway
dpl00071  Fatty acid degradation
dpl00410  beta-Alanine metabolism
dpl00592  alpha-Linolenic acid metabolism
dpl00640  Propanoate metabolism
dpl01040  Biosynthesis of unsaturated fatty acids
dpl01100  Metabolic pathways
dpl01200  Carbon metabolism
dpl01212  Fatty acid metabolism
dpl04146  Peroxisome
Module
dpl_M00013  Malonate semialdehyde pathway, propanoyl-CoA => acetyl-CoA
dpl_M00087  beta-Oxidation
Brite
KEGG Orthology (KO) [BR:dpl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00640 Propanoate metabolism
    KGM_209597
  09103 Lipid metabolism
   00071 Fatty acid degradation
    KGM_209597
   00592 alpha-Linolenic acid metabolism
    KGM_209597
   01040 Biosynthesis of unsaturated fatty acids
    KGM_209597
  09106 Metabolism of other amino acids
   00410 beta-Alanine metabolism
    KGM_209597
 09140 Cellular Processes
  09141 Transport and catabolism
   04146 Peroxisome
    KGM_209597
Enzymes [BR:dpl01000]
 1. Oxidoreductases
  1.3  Acting on the CH-CH group of donors
   1.3.3  With oxygen as acceptor
    1.3.3.6  acyl-CoA oxidase
     KGM_209597
SSDB
Motif
Pfam: ACOX Lig_chan Lig_chan-Glu_bd Acyl-CoA_dh_M SBP_bac_3 Acyl-CoA_ox_N
Other DBs
NCBI-ProteinID: OWR45511
UniProt: A0A212EVL8
Position
Unknown
AA seq 1360 aa
MENSTKMMTEEELKEFFPDFQSGPLDHYRKQATFSWRIMKLVYNNYASIKIKHDIWKFME
THPLFQHPSTRLSLDEERHLTIKRMYTLYNEQFASFEKIAAEPNIFQAESEAMFMFNSSL
AVKISLTFRMFANTIQGSGRAHHYHFIEDIQKAKIGGCFALTEVAHGSNAKGMQTTATYC
PETKEFVVNSANFEAAKFWVGALGKCATHAIVYAMLISKGKNHGLHAFVVPIRDPKTLKL
YPGVIAGDIGEKIGLNGLDNGFVMFNNYHIPKENALDKLGGVDDSGDYKTPFRDPNKRFG
AALGILSGGRVHITSISTNYLQKAIVIAIRYSAVRRQFGPENSREETPVLEYQQQQTRLL
PHLAATYAYRIFCTWFGVLHINITIDNYAGVQENAAARGIEVHALSSAVKPVCGWGARDG
IQAAREACGGHGYLTAAGIGDLRDDNDANCTYEGENGLLLQQASNWLLGVWPRRREITPE
DTPLGTLEFLENVDEVLQKTCPWDGDDLVDPYNLTVMYKWVTAYLLKITYEKVSQLKRRG
KDNWESKNDSQSYYAATLSVVYGENYIVNRFYKTAQSFGDDACREVLLKLMALFAAHSLE
KHMATLFIGGYFSSRQGVDLRAGILRLCKELSSQAVSLVDSLAPPDFCLNSVLGNSDGQV
YKHLQDSVMSYPGAMSRPRWWKDVVFWESYVQTRADTSRIIKNIEISKDLQDLVADLINY
LVRRDDVTCLTVVSDPVYLNVFEGALFKGIYTVPNIMIVVEEREDLLSPNFNTLESLRQA
RNDGCNVYLIILANGLQVTRLLKFGYKHRLLDTRAKYIMLHDVRLFHSANHYLWKSIVNV
IFLKYHSKVIGDVKSKAWFDLSTVPFPNIIKEIFIPRRVDIWRRNKFHYGRDLFADKTGN
LYDEVLNVVYVDHVPSVVVTKSNATNKVGGVEIEILKTLAQKMHFKPKLYEPINAESQKW
GHKQDNGSFSGLLGEMVNSGADVALGNLQYTPSHLEMTDLSIPYTSQCWTFLTPEALTDN
SWKTLILPFKLNMWIAVLLVLLVTGSIFYGLAIYYMNLLNYKGVSEGFEANDRKMSYTKP
VGLYLFGEISNSILYTYGMLVVVSLPKLPTGWSIRLLTGWYWLYCILLVVSYRASMTAIL
ANPTPRVTIDTLQELVDSKIACGGWGSETKNFFLESLDEMGQKIGEMFENVDDPEQATNK
IAQGIFAYYDSENFLKHLTVKRKNMVLMTSPENNTRDRNLHIMKDCVVNIPISIGFHKNS
PLKPLADVYLRRIVEVGLVEKWLNDAMYKIRTREKNEEEVKALINLKKLYCAFVALSIGY
TLSSICLFLEFMHWHFVVKRDPGFDKYAMNEYYMHKNKKK
NT seq 4083 nt   +upstreamnt  +downstreamnt
atggaaaattctacaaaaatgatgactgaagaagaattgaaagaattttttcccgatttt
caatcaggacccttagatcattatagaaaacaagccacatttagctggcgtattatgaaa
ctagtttacaacaattatgcatcaattaaaataaagcatgacatctggaagtttatggag
acgcatccactgttccaacacccaagtaccaggctctcgctggatgaagagagacacctt
accatcaaaaggatgtacactctatacaacgagcagttcgcatcatttgaaaagatcgcc
gctgagcctaacatctttcaagcggaatcggaggcaatgttcatgttcaacagttctctg
gctgttaaaatttccctaacattccgcatgttcgctaacaccatacaaggcagcggacgg
gcccaccactaccactttatagaggacattcagaaagcgaagataggaggctgtttcgca
ttaacggaagtggctcacggatctaacgccaagggcatgcaaacaacggcgacctattgt
ccggaaacgaaagagtttgttgtaaattcagctaattttgaagcagctaaattctgggtg
ggcgccttgggaaaatgtgctacccatgcaattgtatacgccatgttgatatccaagggc
aaaaaccatggcttgcatgcgttcgttgttccaatcagggacccgaaaacactgaagcta
tacccgggagtcatcgctggtgatattggagagaagattggattaaacggtctcgataac
gggtttgtcatgtttaataactaccacatacccaaggaaaatgcgttggacaaactgggt
ggggttgacgacagtggggattataagactccgttcagagatcccaacaagaggttcggg
gcagcgctcggcattctctccggcggtcgcgtgcacataacttctatatcaacgaactat
ttacaaaaagctatagtaatagccatcagatattcggctgtgaggagacaattcggtccg
gagaactccagggaggaaacgcccgtgttggaatatcagcaacagcaaacccgcctcctg
ccgcacctggccgctacatacgcgtaccggatcttctgcacctggttcggcgtcctgcac
atcaacatcaccattgataattacgcaggtgttcaggagaacgcagcggctcgcggtata
gaagttcatgctctgtcgtctgcggtgaagccggtgtgtggatggggtgccagggacggt
atccaagcggccagggaagcctgcgggggacatggctacctcacagctgccggcatcggc
gatctccgtgatgacaacgacgccaactgcacctatgaaggggagaacggtctgttgctg
cagcaggccagcaactggttgctgggcgtgtggccgaggaggagggaaataactcccgag
gacactcctctcgggacgctggagttcttggagaacgttgacgaggtgttacagaagacc
tgcccttgggacggagacgacctcgtagatccttacaatctgactgtgatgtacaagtgg
gtgacggcgtacttactgaaaataacgtatgagaaagtgagtcagttgaaacgaagagga
aaagacaactgggagagtaagaacgactcgcagtcttactacgctgccacgctgtcggtt
gtttacggagagaattatatcgtcaaccgattctacaaaacggcgcagtcattcggagat
gacgcgtgcagagaggtgttgctcaagctgatggccctgttcgcggctcacagtctagaa
aaacatatggctacgctgttcatcggaggatacttctcatcacgccagggtgtggatctc
cgcgctggtatcctccgtctctgtaaggagctgtcttctcaggccgtgtccctggtggac
tccctcgctcctccagacttctgtctcaattcagtacttgggaattccgatggacaggta
tacaagcacttacaggacagtgttatgtcttatccgggagcgatgagccgtccgcgctgg
tggaaggacgtggtgttctgggaatcatacgtgcaaacgagggcggacacaagtcgtatt
ataaaaaatatagagattagtaaagatttgcaagatctcgtcgcggacttgataaactat
ttggtaagaagagatgacgtcacctgcctcacagttgtatctgatcccgtgtatttgaac
gtcttcgaaggtgctttgtttaaaggaatatacacagtgccgaatattatgatagtcgtc
gaggagcgtgaagacctgttatctccaaacttcaatacactcgaatctttacgacaagcg
cgaaatgatggctgcaatgtctaccttatcatcctggctaatggactccaagtgacaaga
ttgttaaaattcggttataaacaccgtctcctggataccagagcaaagtatataatgctg
catgatgtaagactctttcatagcgcaaatcattatctctggaagagtattgtgaacgtt
atatttctaaaatatcatagcaaagtaataggggatgtaaaaagcaaggcgtggtttgat
ctctccacagttccgtttcccaatattatcaaagaaatattcataccacgtcgtgtcgac
atttggagaaggaataaatttcattacggcagagacctattcgccgataaaactggcaat
ctctatgatgaagtactaaatgtggtctacgttgatcacgtgccttcagtagtcgttacc
aagtccaatgctacaaataaagtaggaggcgtcgagatagagattctcaaaaccttagct
cagaaaatgcattttaaaccaaagttatacgaaccaatcaatgccgaatcccagaaatgg
ggtcacaaacaagataacggttcattttctggtctcctcggtgaaatggttaacagcggc
gctgatgttgcccttggaaatttgcaatataccccttcccatcttgaaatgactgatttg
agcataccgtacacgtctcaatgctggacatttctcacaccagaagccttaactgataat
tcttggaaaaccctgattttgccgtttaaattgaacatgtggatcgcagttttattggtt
ttacttgtaacgggttccatattttatggtctagctatatactacatgaaccttttaaat
tataaaggtgtttctgaaggtttcgaagccaacgaccgcaaaatgtcatatacaaaacct
gttgggctttatttgttcggtgaaatatcaaacagcatcctatatacttacggaatgttg
gttgttgtatctttaccgaagctaccaacgggctggtccattcgtctacttactggatgg
tactggctgtattgtatcttgttagtcgtgtcttatagagctagtatgaccgccatttta
gctaatccaacacccagagtcactatagacacattacaagaattggtagacagcaaaata
gcatgcggcgggtggggaagtgaaacaaagaacttcttcctagaatctctagatgaaatg
ggccagaaaatcggtgaaatgttcgaaaatgtcgatgaccccgaacaagccacgaacaaa
atagctcaaggaatctttgcttattacgacagcgagaattttctaaaacacttaaccgtt
aaacggaagaacatggtgttgatgacgtcacctgaaaacaacacaagagacagaaacctt
catataatgaaggattgcgtcgttaacataccgatatcgatcggtttccacaagaactcc
ccactgaagccgctggcagatgtttacttgagacgaatagtagaggtcggacttgttgaa
aaatggctaaatgacgcaatgtataagataagaacacgagaaaaaaacgaagaggaagtt
aaggctttgatcaatttgaagaagctctactgtgctttcgtggctctaagtataggatac
actttaagctcgatatgcctgtttctggagttcatgcattggcattttgttgtcaaaagg
gatccagggtttgacaaatatgccatgaatgaatattatatgcacaagaataaaaagaag
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (13)   
   KEGG PATHWAY (9)   
   KEGG MODULE (4)   
Chemical substance (30)   
   KEGG COMPOUND (30)   
Chemical reaction (14)   
   KEGG ENZYME (1)   
   KEGG REACTION (13)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (98)   

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