Gene Details:

Functional Descriptions:

  • These results demonstrated that MdARF13 together with MdIAA121 mediate auxin signaling to regulate anthocyanin biosynthesis.
  • Overexpression of MdARF13 repressed anthocyanin accumulation in the apple callus.
  • In apple, exogenous auxins repress anthocyanin biosynthesis most likely through the MdIAA121–MdARF13 signal transduction pathway.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
CDS Sequence
  • >MDP0000412781
    ATGGAAATTGATCTGAACCATGCAGTGAGGGAGGTGGAGAAGAATGCTTATTGCAATGGGGATTGTGGCGGTGTTTGTGTTTATTGCTTGTCCTCTTCAACTTCTTCATCTTCTTCCAATTCATCCTCAGCTCCTGTGGCTTCCTCAATTTATCTGGAGCTTTGGCATGCTTGTGCTGGCCCTCTCATCTCACTCCCCAAGAAAGGGAATGTGGTTGTCTACTTCCCACAAGGCCACTTGGAGCAAGTTGCCTCCTCCTCTCCTTTCTCTCCCATGGAGATGCCCACGTTTGATCTCCACCCGCAGATCTTCTGCAAGGTTGTGAATGTCCAGCTGCTTGCTAACAAGGAGAATGATGAGGTCTACACACATGTCACTTTGCTTCCTCAGCCTGAGTTGGTAGGAACAAATTTGGAAGGGAAAGAGCTTGAAGAGTTGGGAGTGGATGAGGGGGATGGAGGATCACCTACAAAATCAACCCCTCACATGTTTTGCAAAACGCTTACAGCTTCCGATACCAGTACACACGGAGGGTTTTCTGTTCCTCGGAGAGCTGCTGAAGACTGCTTTCCTCCATTGGACTATAAACAGCAGAGGCCGTCTCAAGAACTTGTTGCAAAGGACCTACACGGGGTAGAGTGGAGGTTTCGACATATATATAGAGGTCAGCCAAGGCGACATCTGCTCACTACAGGATGGAGTATTTTCATAAGCCAAAAGAATCTTGTAGCGGGGGATGCTGTGCTTTTTTTGAGGGGTGAAAACGGAGAGCTGAGGTTGGGAATTAGAAGAGCTGTTCGACCTAGAAATGGTCTTCCTGATTCAGTTGTAGGCAACCAGAATTCGTACCCTAGTGTTCTTTCTTTCGTGGCTAATGCGATATCCACCAAGAGCATGTTTCATGTATTCTACAGTCCAAGGGCAAGCCATGCAGAGTTTGTCATTCCCTACCAAAAATATGTCAAAAGCATCACTAATCCGGTGACCASYGGGACACGATTCAAAATGAGATTTGATAGGGATGATTCACCTGAAAGAAGGTGTAGTGGTGTAGTGACTGGTATCACCGACTTGGATCCGTTTCGATGGCCAAACTCAAAATGGAGATGCTTGATGGTCAGATGGGATGAAGATATAGGAAATGATCATCAAGAAAGAGTCTCGCYGTGGGAGGTTGATCCTTCTGTTTCTCTCCCACCTTTGAGCATCCAGTCTTCTCCAAGACTGAAGAAACTGCGGACAAGTCTGCAGGGAACCCCRCCCATCCCCTCCATCACTGGTACRATACTTCCCAATAACATYGCAAGCATTTTTTACATCATCATTRGTCCTCAATATGTGAATTTTCTTGCAGCTGGAGGGGCTGGGTTTAAGGACTTTGAGGAATCAGTTAAATCCTCTAAGGTCTTGCAAGGTCAAGAAAATATAGGTTTCATATCACCCCTCTATGGGGKTGATACTGTAAACCRCCCGCAAGATTTTGAGATGCACGCTCCGGCACATCTAAGTCTTGCATCAAATGCAACACAGAAGGCTACTATTGATGAGCTTATGAGGGCTCGSCGCACCCCCTACACAGGATTTGCGGAATCAGATAGATTTCCAAAAGTCTTGCAAGGTCAAGAAATATGCCCATTGAGATCGTTGACAGGAAAAGCAAATTTCACCCTAGGTGATTGGGAATCCAACAATGGTTGTGCACCTTTCAACGTTTATCAACCACCCAAACCAAATTATTTCTCTCTAGCTTCTGGATCCCTTCCAAATATGTACTTTCCTTATGGTGACWTTCACAGAGCTGGCCAAGATCCCACAATGTGCTCTAATGCTACCAACTTACCCAGAGAGAAAATGCAAATCAACCCATAYTCTATGCAGAYGGGAGTTGCAAGRAATGAAGTTGGAAGGCCAAATAAACCTTGTGAACATAAGACACAGGAGAGTACTTCTACCCTTCCCGCTTTAGTGCCAAATCCAAGAAATCCAAATGATAAAGACTATAACGGGACTGTTACTGGGTGTAAACTTTTTGGTTTTTCCTTGACCGGGGACAATCCCTCTCCAAACTCTCAGAGTTCCAGTAAGCGGAGTTGTACAAAGGTTCACAAGCAAGGCAGCTTAGTGGGAAGAGCCATTGATCTCGCAAAACTGAATGGCTATGGTGACCTGCTGACCGAACTGGAGCGGCTGTTTGGCATGGAMGGCCTTCTTCGAGATTCTGATAAAGGATGGCGGATCTTGTACACTGATAGTGAGAACGATATGATGGTTGTTGGGGATGACCCATGGCATGAATTTTGCAATGTGGTCTCCAAAATCCATATATATACCCGGGAAGAAGTGGAGAAGATGACCATCGGAATGATCAGCGATGATACTCAAAGTTGTTTGGAACATGCGCCGGTCATGCTTGAAGTGTCAAAGTCCTCATCCGTGAGCCAGCCGGATTCTTCTCCGACGGCTATCCGGGTCTAA
Protein Sequence
  • >MDP0000412781
    MEIDLNHAVREVEKNAYCNGDCGGVCVYCLSSSTSSSSSNSSSAPVASSIYLELWHACAGPLISLPKKGNVVVYFPQGHLEQVASSSPFSPMEMPTFDLHPQIFCKVVNVQLLANKENDEVYTHVTLLPQPELVGTNLEGKELEELGVDEGDGGSPTKSTPHMFCKTLTASDTSTHGGFSVPRRAAEDCFPPLDYKQQRPSQELVAKDLHGVEWRFRHIYRGQPRRHLLTTGWSIFISQKNLVAGDAVLFLRGENGELRLGIRRAVRPRNGLPDSVVGNQNSYPSVLSFVANAISTKSMFHVFYSPRASHAEFVIPYQKYVKSITNPVTXGTRFKMRFDRDDSPERRCSGVVTGITDLDPFRWPNSKWRCLMVRWDEDIGNDHQERVSXWEVDPSVSLPPLSIQSSPRLKKLRTSLQGTPPIPSITGTILPNNIASIFYIIIXPQYVNFLAAGGAGFKDFEESVKSSKVLQGQENIGFISPLYGXDTVNXPQDFEMHAPAHLSLASNATQKATIDELMRARRTPYTGFAESDRFPKVLQGQEICPLRSLTGKANFTLGDWESNNGCAPFNVYQPPKPNYFSLASGSLPNMYFPYGDXHRAGQDPTMCSNATNLPREKMQINPYSMQXGVARNEVGRPNKPCEHKTQESTSTLPALVPNPRNPNDKDYNGTVTGCKLFGFSLTGDNPSPNSQSSSKRSCTKVHKQGSLVGRAIDLAKLNGYGDLLTELERLFGMXGLLRDSDKGWRILYTDSENDMMVVGDDPWHEFCNVVSKIHIYTREEVEKMTIGMISDDTQSCLEHAPVMLEVSKSSSVSQPDSSPTAIRV*