Gene Details:

Functional Descriptions:

  • Apple Fruit Copper Amine Oxidase Isoforms: Peroxisomal MdAO1 Prefers Diamines as Substrates, Whereas Extracellular MdAO2 Exclusively Utilizes Monoamines.
  • Genes encoding two of these enzymes, MdAO1 and MdAO2, were highly expressed in apple fruit and selected for further analysis.
  • Transient expression of green fluorescent fusion proteins in Arabidopsis protoplasts or onion epidermal cells revealed a peroxisomal localization for MdAO1 and an extracellular localization for MdAO2.
  • MdAO2 seems to be involved in deamination of 2-phenylethylamine, which is a step in the biosynthesis of 2-phenylethanol, a contributor to fruit flavor and flower fragrance.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
CDS Sequence
  • >MDP0000197462
    ATGGAAGGTCSGAGATTCCTGCGTTTTTTCTCCCTTTCCCTCTGCATAGGCCTAGTCCTCCTCTTCACTTGGTCCCACCTCCCTTACGCGCCGCCGTACGTCTCCGACCTCCTYGACTGCACARCAAACTCCGCCTGGTGCTCCTCCAAAAACCGCATCCAAKCCAAASCCCCTATCCCAACGCGCCGCCTCAAAGACCACAGCTCCGACACCCCCCACCACCCTCTCGACCCCCTCACCATCCAAGAACTCAACGCCGTCCGCACCATCCTCAACTCCCACGCGCTCTTCACCTCCACCTCCTCCTACGCGCTCCACTCCATCGAGCTCCAGGAGCCCGACAAGTCCCTCGTCCTCGGATGGAAGCACGGCGACCCTCTCTTCCCCAGAAAGGCCTCTATCGTCGCACGTGTCGACAGCAAGTCGCTCGTGCTAACMGTCGACCTGACYACGTCCGAGGTGACCGTTCACGAGACCGGCTCCCACTACGGTTACCCSACGATGACGCTGGAGGAGCTGGCCGCTGCCACGTTCAGCCCGCTCAAGAACGCTGATTTCAACCGTACGATCGTCGAGCGCGGGGTCGATCTGGCGGACCTGGGGTGTCTCCCGCTTTCCACGGGGTGGTACGGCGGGGCCGACGAGAACAGGAGGTTGATTAAGGTGCAGTGCTAYTCCACCAAAGATACTGTGAACTTCTACATGCGTCCAATCGAAGGGTTAACTGTTCTCGTTGACTTGGACACCCAACARGTGGTGGAGATTTCGGATAAGGGCAGGGGCATCCCCATACCAAAGGCCGCCAATACAGATTATAGGTACTCAGCCCAAAGGCCCAATCAAGTGAAAAAGCTGATCAAGCCCATATCTATAGAGCAGCCGGAAGGGCCGAGTTTTACGGTAGAAAATGATCACTTGGTCAAATGGGCAAATTGGGAATTTCACTTGAAGCCTGACGCCAGGGCGGGCGTCATCGTATCCCGGGCCAAAGTTTGGGACCCGGAGACCGGGGAGTTGAGGGATGTKATGTACAAAGGGTTTACGTCAGAGTTGTTTGTGCCTTACATGGACCCCACTGATGCGTGGTACTTTAAGACCTATATGGATGCCGGTGAATACGGGTTCGGGTTACAGGCAATGCCTCTGGAGCCGCTTAACGATTGTCCGCGTAACGCCTACTATATGGATGGTGTGTTTGCGGCAGCTGATGGAAAACCATACGTCCGATCAAACATGGTTTGCATATTCGAGAGCTATACGGGCGATATCGGGTGGCGGCACACAGAGTGTCCGATAACGGGCATGGAGGTTAGGGAAGTGAGGCCAAAGGTGACATTGGTAGTTAGAATGGCAGCATCAGTTGCTAACTATGATTATATCGTCGACTGGGAGTTCCAAACAGACGGACTAATCAGGGTTAAGGTTGGACTTAGTGGCATTTTGATGGTGAAAGGCACCTCCTATGAGAACATGAACCAAGTCTCATCTAGCCAAGAGAATCTCTATGGCACCCTCTTGTCGGAGAACGTTATTGGYGTTATTCRCGATCATTACGTCACATTTCATCTTGATATGGACGTGGACGGCTCAGATAACTCCTTTATGAAGGTGAATCTCCAAAGGCAGTCCAACTCCCCAACTGAATCACCMAGGAAAAGCTACTTGAAAGCTACTAAAACCGTTGCCAAAACTGAGAAAGATGCACAGATTAAGCTCAAACTCTATGACCCGTCCGAATTCCACGTGATCAACCCATCGAAAAAGACACGGGTTGGAAACCCTGTAGGGTACAAGTTGGTTCCCGGTGGCACTGCTGCTAGCTTGCTTGATCTTGACGACCCTCCCCAAAAGAGAGGTGCTTTTACAAACAATCAAATTTGGGTTACCCCATACAATAAGAGCGAACAATGGGCTGGTGGGTTGTTTGTAGACCAAAGCACAGGCGAAGATACTCTTGCCGTGTGGTCTAACAGGGACCGACCAATCGAGAACAAGGACATTGTGGTTTGGTACACATTAGGGTTTCATCACATACCCTGTCAAGAAGACTTCCCTATAATGCCAACTGTGTCATCTAGCTTCGATATCAAACCTGTCAATTTCTTTGAGAGTAACCCCATACTTCGGACTCCGCCTAACGTTGCCACAGATMTACCCGTTTGCACGGCTGCTGCTTCAGCTTAA
Protein Sequence
  • >MDP0000197462
    MEGXRFLRFFSLSLCIGLVLLFTWSHLPYAPPYVSDLLDCTXNSAWCSSKNRIQXKXPIPTRRLKDHSSDTPHHPLDPLTIQELNAVRTILNSHALFTSTSSYALHSIELQEPDKSLVLGWKHGDPLFPRKASIVARVDSKSLVLTVDLTTSEVTVHETGSHYGYPTMTLEELAAATFSPLKNADFNRTIVERGVDLADLGCLPLSTGWYGGADENRRLIKVQCYSTKDTVNFYMRPIEGLTVLVDLDTQQVVEISDKGRGIPIPKAANTDYRYSAQRPNQVKKLIKPISIEQPEGPSFTVENDHLVKWANWEFHLKPDARAGVIVSRAKVWDPETGELRDVMYKGFTSELFVPYMDPTDAWYFKTYMDAGEYGFGLQAMPLEPLNDCPRNAYYMDGVFAAADGKPYVRSNMVCIFESYTGDIGWRHTECPITGMEVREVRPKVTLVVRMAASVANYDYIVDWEFQTDGLIRVKVGLSGILMVKGTSYENMNQVSSSQENLYGTLLSENVIGVIXDHYVTFHLDMDVDGSDNSFMKVNLQRQSNSPTESPRKSYLKATKTVAKTEKDAQIKLKLYDPSEFHVINPSKKTRVGNPVGYKLVPGGTAASLLDLDDPPQKRGAFTNNQIWVTPYNKSEQWAGGLFVDQSTGEDTLAVWSNRDRPIENKDIVVWYTLGFHHIPCQEDFPIMPTVSSSFDIKPVNFFESNPILRTPPNVATDXPVCTAAASA