Gene Details:

Functional Descriptions:

  • The MdMYB46 transcription factor was identified, and the stress treatment test of MdMYB46-overexpressing and MdMYB46-RNAi apple lines indicated that MdMYB46 could enhance the salt and osmotic stress tolerance in apple.
  • In transgenic Arabidopsis and apple, MdMYB46 promoted the biosynthesis of secondary cell wall and deposition of lignin by directly binding to the promoter of lignin biosynthesis-related genes.
  • To explore whether MdMYB46 could coordinate stress signal transduction pathways to cooperate with the formation of secondary walls to enhance the stress tolerance of plants, MdABRE1A, MdDREB2A and dehydration-responsive genes MdRD22 and MdRD29A were screened out for their positive correlation with osmotic stress, salt stress and the transcriptional level of MdMYB46.
  • MdMYB46 could enhance the salt and osmotic stress tolerance in apple not only by activating secondary cell wall biosynthesis pathways, but also by directly activating stress-responsive signals.

Literature:

Gene Resources:

  • NCBI ID:
  • UniProt accessions:

Sequences:

cDNA Sequence
mRNA Sequence
  • />MD03G1176000
    TTGGGAGAGAATAAGACATCCAAAAACATTACTTCTCAATTAGCTCTCTCCTTTCACCCATCACTTTCTCGTCACAATGAGGAAGCCAGAACCCTCCTCTGCACCAGCAGGCAAGAATAACAAAGAGAACAACTCTAACAGTAAGCTCCGAAAGGGTTTGTGGTCACCGGAGGAGGATGACAAGCTGATGAGCTATATGATCAACAATGGTCAAGGTTGTTGGAGTGATGTGGCAAGAAATGCTGGACTGCAGAGGTGCGGCAAGAGTTGCAGATTGCGCTGGATCAATTACTTGAGGCCGGACCTTAAGCGAGGCGCCTTTTCGCCCCAAGAAGAAGAGCTCATTATCCATTTACATTCTCTCCTTGGAAACAGGTGGTCCCAAATTGCAGCACGCTTGCCTGGGAGAACTGACAATGAAATAAAGAATTTCTGGAATTCAACAATAAAGAAAAGGTTAAAGAATTTGTCATCCTCAAATGGCTCACCAAACGCAAGCGATTCATCCTCAGAGCCTAAGGATCATTGTGTGATGGTGACCGGAGGGTTCATTACTCCCGGGCAAGAACATGGCATGTTGCCAATTTACATGGACTCAACACCATCGTTCATGCAATCTACGGTCCTCAACCACATGTTTGATCCATTGCCTATGCTCGATATAAATCATGGCGGCCTAACCTTTCCCGGCGCAGGTGGATACCACAATGCCAACCCATGCATAACACAAAGGGAGATTGAAGTTGTTGTTGGTGGTGTTGGTGATTGTTATAACTTTGGAGAAAATGGAGTGTTTGGGAGTGGAGATGTTGATATTGGGGTAGAAGGAGAGATATTTGTCCCTCCTCTTGAGAGTGTGAGCACTGAAGATCAAAATATTAAAACTGAAACCATCTATGGGGATCATAGAAACCCTAGTAGTAGTAATAATAATAATTACTACAATAATATAAATAGCATCCTCACCTGCAATAAAAATATTAAAGGTGAGAGCATAACTGGGGTTGGGAATTACTTCGATGATGATCAGGAAGAGCTCACCATGGGGGACTGGGACTTGGAGGATTTGATGAAAGATGTTTCATCTTCCTCATTTCCTTTTCTTGACTACCAAAGTTGAATAAGCCTTCAAATATTCCTCCATCTCTTTTTCTTGGATTTTATCTTTTTCATTGAGGATCCCTGCTTTATTCCTGAAGGTTGGTAGAAAATTGTTCCTAGTCATAGACTGCAGAAGTAGAAAAACAGTGTTTATTCTACTTTTATATTACCATATATGGTATCAGAAGGCAAGAGTTCAAGGGTAGCTCAGATGAAGTGGGACATGGTGGTTGAAATAAAGGTCACACTTGAGTATATATAAAGTGACAATGAAGAGTAGTCTTGTATGTATCTGCTTTTTTCATGGCGCTCAGAGGCTTCAAAGAGTGTCATATACTTTGTGAAGGAAGATGTGAATAGCTACATAAAAATGTAGGGAGAGATACATCAAGGTTAATAATAATAACTAGTTGGTATATATATCGATTGTAGTTATTATGAGATGTACAAAAAGAATAATGCATGGTGGGTGGAATTTTGTTATCAGTGGGAGATAAGTAGGTTGTACTACACATTTGATGAAGATATATAATATATTTTTGTCC
Protein Sequence
  • />MD03G1176000
    MRKPEPSSAPAGKNNKENNSNSKLRKGLWSPEEDDKLMSYMINNGQGCWSDVARNAGLQRCGKSCRLRWINYLRPDLKRGAFSPQEEELIIHLHSLLGNRWSQIAARLPGRTDNEIKNFWNSTIKKRLKNLSSSNGSPNASDSSSEPKDHCVMVTGGFITPGQEHGMLPIYMDSTPSFMQSTVLNHMFDPLPMLDINHGGLTFPGAGGYHNANPCITQREIEVVVGGVGDCYNFGENGVFGSGDVDIGVEGEIFVPPLESVSTEDQNIKTETIYGDHRNPSSSNNNNYYNNINSILTCNKNIKGESITGVGNYFDDDQEELTMGDWDLEDLMKDVSSSSFPFLDYQS