KEGG   Alternaria alternata: CC77DRAFT_1030936
Entry
CC77DRAFT_1030936 CDS       T05291                                 
Name
(RefSeq) hypothetical 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_1030936
   00350 Tyrosine metabolism
    CC77DRAFT_1030936
   00360 Phenylalanine metabolism
    CC77DRAFT_1030936
  09106 Metabolism of other amino acids
   00410 beta-Alanine metabolism
    CC77DRAFT_1030936
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_1030936
SSDB
Motif
Pfam: Cu_amine_oxid Mito_carr Cu_amine_oxidN3 Cu_amine_oxidN2
Other DBs
NCBI-GeneID: 29112216
NCBI-ProteinID: XP_018386771
JGI: 1030936
UniProt: A0A177DQ65
LinkDB
Position
Unknown
AA seq 1058 aa
MALDRLKQAASHITGIGEPPHPFDPLSESEIERAVAIIRKEHNDVFFNAITLLEPRKAEM
MKWLKDPEHTPRPHRVADVVCIGRGSKVYDGHADLTEGKIVTWALTDDVQPLITMEDLQI
VETIVRKDPKVIEQCGIIGIPPEDMHKVYCDPWTIGYDERFGTKVRLQQALMYYRPHVDD
CQYTYPLDFCPIYNSDTQEIIHIDVPPVRRPLNQAPPNNYHAAAIEAEGGFKTDLKPINI
TQPEGVSFKLDGRYISWANWKLHIGFNYREGLVLSNITFNDKGTVRDTFWRLSLAEMVVP
YGNPDHPHQRKHAFDLGEYGGGYMTNSLSLGCDCKGAIHYMDAAFVNRAGQATTIKNAIC
IHEEDAGILFKHTDFRDDSVTVTRARKLIISQIFTAANYEYCVYWIFHLDGTIQLEIKLT
GILNTYAMLPGEDLKGWGTEVYPGVNAHNHQHLFCMRIDPNVDGPENTVFMVDAVRGEGE
VGSAENKYGNAFYAKKTKLSTPEQAATDYNGATSRTWEMANTNKLNPYSKKPASYKLVSR
EVPDLLPKPGSLVWKRAGFARHAVHVTKYDDTQLHPAGRHVPQTSGEPSQGIPAWIEANP
HENLDNTDVVLWHTFGITHFPSPEDFPIMPAEPMTLLLRPRNFFTRNPCMDVPPSYCSVP
SGVKQGSTLVDKLSRLAFGEEKKPESTAASTCCSDQKFGAVKSEDVLAGFDCLPSEPAMP
RAFPPVEQNDKTKRANAPRSPLSASLVESIAGFSAGVVSCLAAHPLDLLKNRLQLNTQSR
SRPGDSYRILRNVIKDEGGVRALYRGLWPNLLGNSLGWGLYFLFYGNLKELFQSRRQKGE
HLGSAEFFSASIIAGMLRNGTLMCLTDRLLGLLTGACTNPIWVVKTRMLERGANHPSAYK
SMTFGLRHVYETRGLTGLWAGFLPSSLGVLHGAVQFSIYENMKKRRGTHIGGQDKLSNWE
YVYMSGGSKLLAGAITYPYQPIRARLQQYNAAQQYNGLLDVLRKTYQNEGFLAFYKGVIP
NTLRVIPTTVVTFLVYENTKLYLPKVFDDDEQQSHDED
NT seq 3177 nt   +upstreamnt  +downstreamnt
atggccctcgatcgactgaagcaagcagcgtcacacataacgggaattggagagcctcca
cacccgttcgatcctttgagtgaatccgagattgagcgcgcagtcgctatcatcagaaaa
gagcacaacgatgtgttcttcaacgccatcacgttgttggaaccgcgtaaggcagagatg
atgaaatggctaaaagatcccgagcacacaccacgaccacatcgagttgccgatgtagtt
tgcattggccgcggaagcaaggtgtacgatggacatgcagatttgactgaaggcaagatt
gtcacatgggcattgactgatgacgtgcaaccacttattactatggaggatttgcaaata
gtagagacgattgtgcggaaagatccgaaggttatcgaacaatgtggcataatcggtatc
ccaccggaggacatgcacaaggtctactgcgacccgtggactattggctacgatgaacgc
ttcggcaccaaagtccgtcttcagcaagccctcatgtactaccgtccacacgttgatgac
tgccaatacacgtacccgttggatttctgccctatctataactccgacacccaagagatc
atccacattgatgttccaccagtccgaagacctctcaaccaggctccaccgaacaactat
catgcagctgctatcgaagctgaaggtgggtttaagaccgatttgaaacccatcaacatc
acacagccggaaggcgtctcattcaaacttgatgggcgatatattagttgggcgaactgg
aagctgcatattggcttcaactaccgcgaaggcctagtcctgtccaacatcacgttcaac
gataaaggcactgttcgcgataccttctggcgcctctcacttgcggagatggtggtgccg
tacggtaatccagaccatccacaccagcgcaaacacgcctttgaccttggagaatatggt
ggcggatacatgaccaactcgttaagcctgggctgtgattgcaagggcgcaatccactac
atggacgcagcatttgtcaatcgcgccggccaggcaacgaccattaagaacgctatttgc
attcacgaagaagatgccggtattctgttcaagcacacagatttccgcgatgatagcgtt
actgtcactcgtgctcgcaaactcatcatctcacagatcttcactgctgcgaattacgag
tactgcgtatactggatcttccatctagatggaaccattcaactggagattaagcttacc
ggaattctgaatacatatgcgatgctaccgggcgaagatttgaaaggctggggaacggag
gtctaccctggcgtgaatgcgcataaccaccagcacttgttctgcatgcgcatagatcca
aacgtggacggcccagagaacactgtgtttatggtggacgcagtacgtggcgaaggcgaa
gtcggcagtgcggagaacaagtacggcaacgccttctacgcgaagaagacaaagctcagc
acccctgagcaagcggcgactgactacaatggcgccacgagcagaacatgggaaatggcc
aacaccaacaagctgaacccgtatagtaagaagccggcttcttataagctggtgagcagg
gaagtgcctgatctgctacccaagcccggaagtttggtgtggaagagagcgggttttgcg
agacatgcagtgcatgtcaccaaatacgatgacacgcagctccacccagcaggccgtcac
gtcccgcagacctctggcgaaccgtctcaaggcatccccgcctggatcgaggctaacccc
cacgagaaccttgacaatactgatgtcgtcttgtggcacacattcggaattacacatttc
ccatcgccggaagacttccccatcatgcctgctgagccgatgacgctgttgctgagacct
cgcaatttcttcacacgcaacccttgtatggatgttccccctagctattgcagcgttccg
agcggcgtcaagcagggcagcacattggtagataaactttctcgcctggcgtttggagag
gagaagaagcctgaaagcactgctgcttcgacctgttgctcggatcagaagtttggggca
gtcaagtctgaggatgttcttgccggtttcgactgcctaccatccgagcccgcaatgccc
cgcgcatttccacccgtagagcaaaatgataaaacgaaacgagcaaacgcgcctaggagc
cctttatcagcatctcttgttgagagtatagccggattcagcgccggtgtcgtctcttgc
ctcgccgcgcatccactcgacttgttgaagaaccgactgcagctcaatacacaaagccga
tcgcgacctggtgactcgtatcgaatacttcgaaacgtcatcaaggacgaagggggcgta
cgcgcattgtacagagggctatggccaaacttgttgggcaacagtctaggctggggcttg
tacttcctcttctatggcaatctgaaagaactattccaaagtagaaggcaaaaaggagag
catcttgggagtgctgagttcttttccgcgagcatcattgctggtatgttgaggaacggt
actctgatgtgccttactgaccgtttgctaggccttctcactggagcttgcacaaaccct
atatgggtagtgaaaacccgtatgcttgagcgcggcgcgaatcatccctctgcatacaag
tcgatgacctttggtctccgtcacgtatacgaaactcgaggattgacggggctatgggca
ggctttttgccttcgtctctgggtgtactacatggtgcagtacaatttagcatttatgag
aatatgaagaagagacggggaacacatattggcgggcaagataagctaagcaattgggag
tacgtctacatgagcggcggaagcaaactactagctggagcgatcacgtatccgtatcag
ccaataagagcgaggttgcaacagtacaatgccgctcagcagtacaacggactgctggat
gtgcttagaaagacttaccagaacgaaggattcctggcgttctacaaaggtgttattccc
aatacgctgcgagttattccaaccactgtcgtcacgttcctggtttacgaaaacaccaaa
ttatatttgccaaaggtctttgacgacgacgagcagcaaagccacgacgaagactag

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