Query: Rmv3_4273
Size: 1739
GI: 15229749
Accession: NP_189953
Short ID: amine oxidase
Eval: 0
Mean Similarity: 77
Alignment Length: 831
GO Function: copper ion binding; amine oxidase activity; quinone binding;
GO Process: oxidation reduction; amine metabolic process;
GO Component:
GO Slim Function: binding; catalytic activity;
GO Slim Process: metabolic process;
GO Slim Component:
Species: Rhizophora mangle
Sequence:
CTCCACACTTTAAAAACTAAAAAATTCGAGCTGCTGTCTGAAATTTCCTG
ATTCGGTCCTATGTATATCACTCTCCTATAAAGCAAGCCTATCCGGTCCA
TTAGCACCTTTTACATTTTCTTTTGGTCCATTAAGAAGCCCATCCGGCTT
ATCTGAGACTTTCACAGACACACGACCACTGCTCGTTATTTATTTTTGGG
TAATAGTAATCGACCCATTGTGAATGGTGATAAATAAACTAATCACCGCA
TATTTGGAGTTTTATTAGCATATATCCACATCGATCAAGGCCAAGTCTGG
TATATTGCATGCAAATCCTAAGAAGCAAAGCCCAACAATATATGTTCCTC
AAGCATCGGCAGCAGGCTTGCAAACAGGCAAATCTTTCTCAACATTGGGT
GGCACCCGAAGGATGGGGTTGCTTTCAAAGAAATTGACTGGCTTCAAATC
AAAGCTCGATGACACGGTAGGCATGATGGGGAAATCCTCTTGGCATGGAA
TGTGGTGGAATCCTAACGTGTACCACAGCACAATGTCCTTATTCTCAATA
GGTCGATCCCTGTCGGACCACACTGCAAGAGTGTCTTCACCCTGACTTTG
GTAAACAAATAGCCCACCAGCCCACTGCTCGCTCTGGTTATATGGAGTGA
CCCATATTTGATTATTTGTGAACGCACCACGTTTTTGTGGAGGGTCGTCA
TGATCCAGCAAGCTAGCAGCTGTGCCAGCAGGAACCACCTTATACCCGAC
TGGGTTCCCGACCCGGGTCTTTTTATTCGGGTTGATGACATGGAATTCGG
ACGGGTCATAAAGTTTAAAATGGATTTGTGCATCCTTCTCCGTCTTGGCC
ACATTTCTTACTGCTTTTAAGTAGCTTCGTCTTGGGGATTCTCCTGGTGA
GGTCACTTGTCTTTTTTATATCCACTTTTACGAAGGAATTATCGGAGCCA
TCGATGTCCATGTCAAGATAAAATGTGACATAATGGTCATGGATAACTCC
AATAATGTTTTCTGATAGTAAGGTTCCGTAGAGATTTTTCTGGCCTGGCA
TTTGGTTCAGGTTCACGTAAGAGGTGCCTTTCACCATCAAAATGCCACTA
AGTCCAACCTTAACCTTGATTAGTCCATCTGTTTGGAACTCCCAATCGAC
GATGTAATCATAGTTGGCCACTGACGCTGCCATTCTGACCACGAGCGTCA
CCTTTGGCCGCGCCTCCCTAATCCCCATGCCCGTAATCGGACTCTCAGAG
TGCCGCCACCCGATATCACCGGCATAACTCTCGAACACACAAATCATGTT
TGATTGGACATACGGAGTTCCATCACCGGCCGCGAACACACCGTCCATAT
AATAAGCGTTCCGGGGACAATCATTAAGCGGGTCGAGTGACATGGCCTGC
AACCCGAACCCATATTCGCCCGCATCCATATACGTCTTAAAGTACCACGC
ATCGGTCGGGTCCATATAAGGGACAAACAACTCAGAAGTAAAACCCTTAT
ACATAACATTCCTAATCTCACCACTTTCCTGGTCCCGGACCCTGGCCCTA
GAAATTATCACACCAGCTCTCGGGTCGGGCTTGAGGTGAAATTCCCAGTT
TGCCCATTTCACAAAATGCTCATCTTCTACAGTAAAGCTCGGTCCTTTTG
GTTGCTCAATGGAGATGGGGTTGACCATTTTCGTCTCGCTGACCTTCAGT
GCAGAATAACGGTAGTCCGTGTTGTCGGCCTTCGGGAAC