Gene Details:

Functional Descriptions:

  • DgMYB can regulate the activity of DgPOD, and at the same time, it can enhance the binding of DgATX to the regulatory regions in DgPOD by recruiting DgATX and increase the level of H3KEme3, which can promote the transcription and expression of DgPOD, increasing the activity of POD, reduce the accumulation of ROS, and then enhance the cold resistance of chrysanthemum.
  • Transcription factor DgMYB recruits H3K4me3 methylase to DgPEROXIDASE to enhance chrysanthemum cold tolerance.
  • DgMYB expression was responsive to low temperature, and overexpression of DgMYB led to increased tolerance, whereas the DgMYB mutant resulted in decreased tolerance of Chrysanthemum morifolium (Dendranthema grandiflorum var. Jinba) to cold stresses.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
  • >evm.TU.scaffold_811.343-Cmo
    ATGGGAAGATCACCTTGTTGTGAAAAGAATGGCTTAAAAAAAGGTCCATGGACTGCAGAAGAAGATCAAAAACTTATTGATTACATTCAAAAGAATGGTTATGGAAACTGGAGAACCCTCCCTAAGAATGCTGGTTTGCAAAGGTGTGGAAAGAGTTGCAGGTTAAGATGGACTAATTATCTTAGGCCTGATATCAAAAGAGGAAGGTTTTCTTTTGAAGAGGAGGAAACAATAATTCAACTACACAGTGTTTTGGGGAACAAATGGTCCGCTATCGCAGCTCGTTTACCTGGAAGAACCGATAACGAAATCAAGAATTACTGGAACACGCACATTAGGAAAAGACTTCTTAGGATGGGAATTGATCCAGTCACTCACAATCCTAGACTTGATCTACTTGATATCTCATCCATTTTGAGCTCATCTTTCTATAGCTCGTCTCACTCCAACATGTTCGGGGTTCAGCCCATGGTGAACCCCGAACTGTTGAGGTTAGCTGCCTCACTCCTCTCGTCACAACGTAATAACCCAAACCCTAATTATGCTCAACAAAATGGACAAGAAAACCAATTTGGAAATCCTCACCAAGTTCAAGAAAATCATCTAGTCCAACTTCAAAATCAAGATCACCAAACCCTAATTCAAGAAATCCCTAGTTGTGCCCCATTGAGCGACCCTAGCTGTGTTCCGTTTTCTAGTGAATGTGCCCAACTTATGGAGCCAAATGTAGACCAACTTCCATCAAGTTATTCACATTTCAACACGCAAACTTGCCAATTAAATGATTGGCAAAACAATCTTGATAACTTTATCGCAGTGGAGAACTATGGTTACCAGTCGAATTTGACTTCTAGTGACTACGATTTCAACTCACAAATATCGACCCTATCAACGCCTTCATCAAGTCCGGCTCCTCTAAACTCAAACTCAAATTCGACGAATTACATCAACGGAAGCAGCACGGAAGACGAAAAATAA
CDS Sequence
  • >evm.TU.scaffold_811.343-Cmo
    ATGGGAAGATCACCTTGTTGTGAAAAGAATGGCTTAAAAAAAGGTCCATGGACTGCAGAAGAAGATCAAAAACTTATTGATTACATTCAAAAGAATGGTTATGGAAACTGGAGAACCCTCCCTAAGAATGCTGGTTTGCAAAGGTGTGGAAAGAGTTGCAGGTTAAGATGGACTAATTATCTTAGGCCTGATATCAAAAGAGGAAGGTTTTCTTTTGAAGAGGAGGAAACAATAATTCAACTACACAGTGTTTTGGGGAACAAATGGTCCGCTATCGCAGCTCGTTTACCTGGAAGAACCGATAACGAAATCAAGAATTACTGGAACACGCACATTAGGAAAAGACTTCTTAGGATGGGAATTGATCCAGTCACTCACAATCCTAGACTTGATCTACTTGATATCTCATCCATTTTGAGCTCATCTTTCTATAGCTCGTCTCACTCCAACATGTTCGGGGTTCAGCCCATGGTGAACCCCGAACTGTTGAGGTTAGCTGCCTCACTCCTCTCGTCACAACGTAATAACCCAAACCCTAATTATGCTCAACAAAATGGACAAGAAAACCAATTTGGAAATCCTCACCAAGTTCAAGAAAATCATCTAGTCCAACTTCAAAATCAAGATCACCAAACCCTAATTCAAGAAATCCCTAGTTGTGCCCCATTGAGCGACCCTAGCTGTGTTCCGTTTTCTAGTGAATGTGCCCAACTTATGGAGCCAAATGTAGACCAACTTCCATCAAGTTATTCACATTTCAACACGCAAACTTGCCAATTAAATGATTGGCAAAACAATCTTGATAACTTTATCGCAGTGGAGAACTATGGTTACCAGTCGAATTTGACTTCTAGTGACTACGATTTCAACTCACAAATATCGACCCTATCAACGCCTTCATCAAGTCCGGCTCCTCTAAACTCAAACTCAAATTCGACGAATTACATCAACGGAAGCAGCACGGAAGACGAAAAATAA
Protein Sequence
  • >evm.TU.scaffold_811.343-Cmo
    MGRSPCCEKNGLKKGPWTAEEDQKLIDYIQKNGYGNWRTLPKNAGLQRCGKSCRLRWTNYLRPDIKRGRFSFEEEETIIQLHSVLGNKWSAIAARLPGRTDNEIKNYWNTHIRKRLLRMGIDPVTHNPRLDLLDISSILSSSFYSSSHSNMFGVQPMVNPELLRLAASLLSSQRNNPNPNYAQQNGQENQFGNPHQVQENHLVQLQNQDHQTLIQEIPSCAPLSDPSCVPFSSECAQLMEPNVDQLPSSYSHFNTQTCQLNDWQNNLDNFIAVENYGYQSNLTSSDYDFNSQISTLSTPSSSPAPLNSNSNSTNYINGSSTEDEK