Alternaria alternata: CC77DRAFT_132947
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Entry
CC77DRAFT_132947 CDS
T05291
Name
(RefSeq) copper amine oxidase-like protein
KO
K00276
primary-amine oxidase [EC:
1.4.3.21
]
Organism
aalt
Alternaria alternata
Pathway
aalt00260
Glycine, serine and threonine metabolism
aalt00350
Tyrosine metabolism
aalt00360
Phenylalanine metabolism
aalt00410
beta-Alanine metabolism
aalt01100
Metabolic pathways
aalt01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
aalt00001
]
09100 Metabolism
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
CC77DRAFT_132947
00350 Tyrosine metabolism
CC77DRAFT_132947
00360 Phenylalanine metabolism
CC77DRAFT_132947
09106 Metabolism of other amino acids
00410 beta-Alanine metabolism
CC77DRAFT_132947
Enzymes [BR:
aalt01000
]
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
CC77DRAFT_132947
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Cu_amine_oxid
Cu_amine_oxidN3
Motif
Other DBs
NCBI-GeneID:
29115782
NCBI-ProteinID:
XP_018385061
JGI:
132947
UniProt:
A0A177DKB3
LinkDB
All DBs
Position
Unknown
AA seq
674 aa
AA seq
DB search
MAPHPFKILNVEETRIARDTVLSLHKDCVVDFREIYLQEPEKELMKQYLDLEYAAKPGQS
PASKRPARLAKCQYDVIGTDKIPEYHESVIDIEQKKRVRHEIVGKEKQASLTLWEFQHLV
KACEESDMFKDAMKELKLPDGFELVVEPWPYGGLDIGAENRRYFQGLCFAQDTRNGNDDS
NFYAYPLPLIPVMDAQTRKIIRVDRLATGGKGDSLTGQTHSERVLDHCEGAEYVPEMVEG
GLRQDVKPINITQPEGPSFKVTDESLVEWQKWSFRVSFNPREGAVLHDVKYDGRSIMYRM
SISEMSVPYADARPPFHRKQAFDFGDGGAGNCANNLSLGCDCLGVIKYFDAVIVGSDGEP
KVHPNVVCLHEQDNGIGWKHTNWRTGRAVVTRLRELVVQFIITLANYEYVFAYKLDTAGG
ITLEVRATGIVSVVNIDPGKTSDYGNVVSGGVLAQNHQHIFAARFDPAIDGHNNTVLYEE
SHTAPWNKETNPNGNFYEIRKTTIDKSSGVDANPFDHRVFKIINPSKKNPKSGNPVGYKF
APLPTQKILASQGSIQAQRALFTNHHVWVTKYQDDELYAAGRFTLQSQLEQGGVHDMAAR
KDNVENEDLVLWNVFGLTHNPRVEDWPVMPVEIYQVHFKPSDFFERNPAIDVPSTKNNAS
VLVEKECCSGEQKL
NT seq
2025 nt
NT seq
+upstream
nt +downstream
nt
atggcacctcaccccttcaagatcctcaacgtagaggagacgcgtatcgcgcgtgacact
gtcctctccctccacaaagactgcgttgtcgactttcgagagatctacctccaagaaccc
gagaaggagctcatgaaacaatatctcgacctagaatatgcagcaaagccagggcaatca
ccagcttccaagcgaccagcgcggttggcgaagtgtcaatacgatgtcatcggaaccgac
aagataccagagtaccacgagtctgtcattgatattgaacaaaagaagagggtacgccat
gagattgttggaaaggagaagcaggccagcttgaccctgtgggagttccaacacctggtc
aaggcttgtgaggagagcgacatgttcaaggatgccatgaaggagctcaagctacctgat
gggtttgagttggttgttgagccctggccatacggtggtcttgacattggtgccgagaac
cgaagatacttccaaggattatgctttgcacaggacacacgaaatggaaacgacgattcc
aacttctacgcctaccccttaccactaattcctgtcatggacgcgcaaacgaggaagatc
attcgcgttgaccgcttagccacaggtggaaagggcgatagccttaccggtcaaacacat
tctgagcgcgttctagaccattgcgagggtgcggagtacgtccccgagatggtcgaaggt
ggtcttcgacaggacgtgaagcctatcaacattacacaaccagagggtccttccttcaag
gttacagacgaatcgctagtcgagtggcagaagtggagcttcagagtatcattcaacccg
cgtgaaggggctgttctacacgacgtcaagtatgacggtagaagcatcatgtaccggatg
agcatttctgaaatgtcagttccgtacgcagatgcacgaccacccttccaccgcaagcaa
gcattcgactttggtgacggaggtgctggtaactgtgccaacaacctttccctaggttgc
gactgtctcggcgtgatcaaatactttgatgcggtcatcgttggttccgatggcgaacca
aaggtccatcccaatgtggtctgtcttcacgagcaagacaatggcattggctggaagcac
accaactggagaactggacgcgcagtagtaacacgactacgagaactcgtcgttcagttc
attatcaccctagctaactatgagtatgtgtttgcctacaagctcgacaccgctggtggt
atcactcttgaagtccgagccactggtatcgtctcagtcgtcaacatcgacccaggcaag
acatcagactacggcaatgtcgtatcaggaggtgtgcttgcccaaaaccaccagcacatc
tttgccgctcgttttgacccagcaatcgacggacacaacaataccgtcctctatgaagaa
tcccacaccgctccctggaacaaggaaaccaaccccaatggcaatttctacgaaatccgc
aagacaaccatcgacaagtcctctggtgttgatgccaatcccttcgaccaccgcgtcttc
aagatcatcaacccatccaagaaaaatccaaagtctggtaaccctgtaggatacaaattc
gcaccgctccctacgcagaagatacttgctagccaaggtagcatccaagcgcaacgagcg
ctcttcacaaaccaccacgtgtgggtgacaaagtaccaggatgacgagctatacgctgcg
ggtaggttcacgctacagagccagctcgagcaaggtggtgtgcatgacatggctgcacga
aaggataatgtcgagaatgaagatcttgttctctggaacgtgttcggactgacacataac
ccacgagtcgaagactggcccgttatgcctgtcgagatttaccaagtgcatttcaagccc
agcgacttcttcgagcgcaacccggctatcgacgtaccaagcacgaagaacaatgcgtcg
gttttggttgaaaaggaatgttgctctggagagcagaagctttaa
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