| Entry |
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| Name |
(RefSeq) peroxisomal copper amine oxidase (Methylamine oxidase)
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| KO |
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| Organism |
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| Pathway |
| cgi00260 | Glycine, serine and threonine metabolism |
| cgi01110 | Biosynthesis of secondary metabolites |
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| Brite |
KEGG Orthology (KO) [BR:cgi00001]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
CGB_D2000W
00350 Tyrosine metabolism
CGB_D2000W
00360 Phenylalanine metabolism
CGB_D2000W
09106 Metabolism of other amino acids
00410 beta-Alanine metabolism
CGB_D2000W
Enzymes [BR:cgi01000]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.3 With oxygen as acceptor
1.4.3.21 primary-amine oxidase
CGB_D2000W
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
D:join(450360..450611,450664..450810,450867..450963,451019..451141,451195..451492,451549..451830,451887..452001,452052..452210,452264..452519,452569..452645,452702..452846,452899..453023)
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| AA seq |
691 aa
MSYPFAHPLDPLSAFEISAAVSAVRAHIQKGIYATKKPIEKTVFNSVTLREPSKHAVLKW
SGVLTDDDLQKVRGEKDDLKRQADVHIICAGTSQSYEAIVDLPSNLGLAGVDTPVVTSWI
ALHDLIQPSLHTEELLWAEELCRKHPKVKEACEAIGIDQKSIFVDGWCVGIDERFPGRRL
QQCFIFLRNRPGDNLYAHPCDFVPVIDSHTGELLTVDYPHLNPNTSNPSPSSAEAYVKAP
LRERFAAPSAPHNYLPEQIAQDDPTFKVRDTLKPLHVIQPEGVSYKLEGRVLSWQNWKVH
VGFSYREGLVLSNITYDDGVKGTRPLFYRMSVAEMVVPYAKTIFPHHRKHAFDTGEYGIG
ALANSLALGCDCLGSITYLDADFVTRAGSIETIKSAICIHEEDAGILHKHTDFRDLRAHV
ARNRKLVISSICTVANYEYGFYFNFGLDGSVELEVKATGIVNVYALAPGEAKDANHEVEV
APRIAAQHHQHLFSFRIDPMIDGIGNSVVQVDVVPDDAPVGSDANFYGNGFKSVKTPYTT
AKKAVADYDASKTRTWMIENPNKKHYSTGQSIGYKLVCKDMPPLLAKPGSLVYNRAPFAR
HNMFVTPYSSEELYPSELHVNQNPGGEEFGLAKWVARDDSIENEDIVLWPCFGVTHIARP
EDWPIMPVEILRVHLKPSGFFDVGFYYVVPS |
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| NT seq |
2076 nt +upstreamnt +downstreamnt
atgtcctatcccttcgctcaccctcttgacccgctctctgcgttcgagatctccgcagcg
gtttcagccgtccgagcacatatccagaagggtatttacgccactaagaagcccatcgaa
aagaccgtcttcaatagcgtcactttaagagagcccagcaagcacgccgtcctcaaatgg
tcaggtgtcctaactgatgatgatctccaaaaggttcgaggagaaaaagatgatttgaaa
agacaagccgacgtccatatcatctgtgcaggcacctcccaaagttacgaggccatcgta
gacttgccctccaacctgggcctcgctggagtggatactcctgtagtcaccagctggatt
gccctccatgacctgattcagccttcccttcataccgaggagctgctttgggccgaggag
ctttgcagaaaacacccgaaggttaaagaagcttgtgaagctattggcatcgaccaaaag
agtatctttgtggacggatggtgtgtcggtattgatgaaaggttccccggtagaagactg
cagcaatgttttatctttctgaggaacagacctggtgacaatctttacgctcatccatgt
gattttgtcccagttatcgattcacacactggcgaattgcttactgtcgattatcctcac
ctcaaccccaatacttccaatccctctccttcatctgctgaagcttacgtcaaggctcct
cttcgagagagattcgcagctccaagtgctcctcacaactatctccctgaacaaattgct
caggatgatccgactttcaaggtccgcgacacactcaagcctcttcatgtcattcaacct
gagggtgtcagctataagctcgagggaagggtactgagctggcagaattggaaagtgcat
gttggcttctcttacagagagggcctcgtgctttccaatatcacttatgatgacggcgtc
aagggcactcgtccgcttttctaccgtatgtcggttgctgagatggtcgttccgtacgcc
aagaccatcttcccgcaccaccgaaagcacgcatttgacacaggagagtacggcatcggc
gcattggccaattcgctcgccctcgggtgtgactgcttgggaagtatcacctacctggat
gccgactttgttacaagggctggaagtattgagaccatcaagagcgctatctgcattcac
gaggaagacgctggtatacttcataagcacaccgacttccgcgacttgagagcgcatgtt
gcccgaaacagaaagctcgtaatttcttcaatctgtactgtggccaactatgagtatggc
ttttacttcaactttggtctagatggttctgttgaattggaggtcaaggcaaccggtatt
gtcaacgtctatgctcttgcccccggcgaagcaaaagacgccaaccacgaagttgaagtt
gctccccgtattgctgctcaacatcatcagcaccttttctctttccgtattgaccctatg
atcgatggtattggtaatagtgtcgtacaagtcgacgtcgtgcccgacgacgcacctgtt
gggagcgatgccaacttctatggtaacgggttcaagtctgtcaaaaccccttacaccact
gccaagaaggcggttgccgattacgatgcttctaagacgaggacttggatgattgagaat
cccaataagaagcactatagtacaggacagagcattgggtacaagcttgtttgcaaggac
atgccgccccttttggccaagccaggttccctagtctacaaccgtgctccctttgctaga
cacaacatgtttgtcacaccttacagtagcgaagagctttatccatctgaactccacgta
aaccagaaccctggtggtgaagaatttggtcttgcgaagtgggttgcccgagatgacagc
attgagaatgaggacattgtcctctggccttgcttcggtgtcactcatattgctaggcct
gaggattggcctataatgcctgtagaaatccttagggttcatctcaaaccttctggcttt
tttgacgtgggtttttattatgttgttccatcatga |
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