| Entry |
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| Name |
(RefSeq) copper amine oxidase
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| KO |
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| Organism |
clup Colletotrichum lupini
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| Pathway |
| clup00260 | Glycine, serine and threonine metabolism |
| clup01110 | Biosynthesis of secondary metabolites |
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| Brite |
KEGG Orthology (KO) [BR:clup00001]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
CLUP02_15510
00350 Tyrosine metabolism
CLUP02_15510
00360 Phenylalanine metabolism
CLUP02_15510
09106 Metabolism of other amino acids
00410 beta-Alanine metabolism
CLUP02_15510
Enzymes [BR:clup01000]
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
CLUP02_15510
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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 |
8:complement(join(3427874..3428437,3428552..3430210))
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| AA seq |
740 aa
MLLRQSFLGLLALGVVVEASSKTRQHGLFKRAANVTACNINEAAPKVNAPKVNVWAPISP
DDNLAVWNLLHDPATGLNLTDPNNATITDNYVYWIDTLHTNKSTVLPYLGGTASPPLKYA
RVVIFSGGLEIPDSQEYMVGPLPVGNGTKVETLDYIFNGGSGGKIPYNSRYFDGPRLVAS
EPLLVSIMSNITDITSELIGGVYYGLSDNRTTLTSTSGTPLSYDGTQAFRTVMFRYPNTA
TYLTPLDFSVMLDVTGTDASQYKLRGIVTNEKFFPTVAALRTAWEAEELKEQFKQSRTPD
WGLLDYKPEMGVRDLENKLAPQSLEVGGKRYKVDEEQKYIEYMGWSFYTSYSRTLGLMYY
DIKFKGERIIYELSLQEAAAQYAGFTPKAAGTVYHDTYYSLGTYLGTLVEGYDCPFGSTF
WNVTHHEGNSSVVSTDAICIFEADAGYPVSRHRYGSSNEYGFNYLGTVKASALTMRSVAT
VGNYDYMFDYSFHVDDSLEVTVRASGFLQSSFYYPDQEEFGPRIQEATMGSLHDHILTYK
ADFDILDTKNSLEQPNNAAMYCIVNPNATNAWGEKRGYRIVPGKSNIHLTPLNSPWTKYQ
TPFAKSHLALSRQHDTEPYANSHSNVNLPLKPQQDFMNFFDGESVENEDIVLWFNLGMHH
FTRSEDIPVTLYSEAVSSIVFAPQNFNDRAQDGDLQNRRWIVVNETTGELESDTYGVELP
SECEVGFSGPVLGIKKNEEA |
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| NT seq |
2223 nt +upstreamnt +downstreamnt
atgcttttgagacagtctttcttaggtcttctagcccttggtgtggtagtcgaggcatct
tctaagacgagacaacatgggctgttcaagcgggcagcgaatgtcacagcctgcaacatc
aacgaggccgcacccaaggtcaacgcaccgaaagtcaacgtctgggctcccatctcccct
gatgataacctcgctgtgtggaatctactccacgatccggcaacaggtctgaacctcaca
gaccccaacaatgctacgattacggacaactatgtctactggatcgacactctccacacc
aataagtccactgtcctaccgtacctcggtggtaccgctagcccgccgctaaaatatgcg
cgagtagtcatcttcagcggaggcctggagatcccagactcacaggagtacatggtcgga
cctcttcccgtcggcaacggaaccaaggtggagacgctcgactacatcttcaacggcggc
agtggtggcaagatcccgtacaacagtcgctattttgacggcccccgcctggtagcctcc
gagccgctacttgtgtctatcatgagcaacatcaccgacatcacgtctgaactcattggc
ggggtttactacggcttgagcgataatcggactaccctcacttccaccagcggtacgccc
ctttcttatgacggcacccaagcatttcgcacggttatgtttagatatcccaatacagcg
acatatcttacgccactagacttctccgttatgctagacgttaccggcacagatgcttca
cagtacaaattacgaggcatcgtgacgaatgagaagttctttcccaccgtcgctgctctg
cggactgcgtgggaggcagaagagctgaaggagcaatttaagcagagccggactcccgac
tggggtctcctggattataagcctgagatgggagtcagagacctcgagaacaagctagcg
cctcaaagcctcgaggttggcggcaagaggtataaggttgatgaggaacagaaatacatc
gaatacatggggtggtccttctacacctcgtactctcgaacccttgggctgatgtactat
gacatcaagttcaagggcgaaaggatcatctacgagctttcgctacaggaagctgctgca
caatatgctggttttacacccaaggcagctggaacagtgtaccacgatacgtactacagc
cttggtacctacctgggcacgttggtcgaggggtatgattgcccctttggcagcactttc
tggaacgtcacgcaccacgaaggcaactcatctgtcgtcagcacagatgcgatatgcatt
ttcgaagccgatgctggctatcctgtttcacgccatcgatacggtagtagtaatgagtac
ggattcaattatctgggcacagtcaaggcctcggctttgactatgcgatcggtagcgact
gtgggaaactacgactacatgttcgactactctttccacgttgacgatagtctcgaggtc
acagtccgagcatcgggattcctgcaatcttcattctactacccagaccaggaagagttt
ggtcccagaatccaggaggcgacgatgggatcactacacgatcatattctcacctacaag
gccgactttgatattctcgacaccaaaaacagtcttgaacaaccaaacaacgcggcaatg
tactgcattgttaatccaaacgccacgaacgcgtggggggaaaagcgcggctaccgcata
gtccccggaaagtccaatattcatctcacgccgctcaattctccctggacgaagtaccag
acgccgttcgctaagtcacacctcgcgctctcgagacagcatgacaccgagccgtacgcg
aacagtcactccaacgtcaacttgcctctgaagccccaacaagacttcatgaattttttt
gatggcgagagtgtcgaaaatgaagatatcgttctttggttcaatttgggtatgcatcac
ttcaccaggtccgaggatatccccgttacactttatagcgaggctgttagcagcattgtc
tttgcgccgcagaacttcaacgatcgggcgcaggacggcgatctgcagaacaggagatgg
atcgtcgttaacgagacgactggtgaacttgagtctgatacttatggggttgaattgcct
tccgagtgtgaggttggcttttctgggcctgttctcgggatcaagaagaacgaagaagca
tga |
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