Gene Details:

  • Gene ID: GH_A12G2166
  • Gene Symbol: GhERF105
  • Gene Name:
  • Genome: TM1_NBI
  • Species: Gossypium hirsutum

Functional Descriptions:

  • Silencing of GhERF105 reduced gland formation and gossypol biosynthesis.
  • Molecular cloning and characterization of GhERF105, a gene contributing to the regulation of gland formation in upland cotton.
  • Virus-induced gene silencing (VIGS) against GhERF105 caused the dramatic reduction in the number of glands and significantly lowered levels of gossypol in cotton leaves. GhERF105 showed the patterns of spatiotemporal and inducible expression in the glanded plants.
  • These results suggest that GhERF105 contributes to the pigment gland formation and gossypol biosynthesis in partial organs of glanded plant.

Literature:

Gene Resources:

Orthologs:

Sequences:

cDNA Sequence
CDS Sequence
  • >GH_A12G2166
    ATGGCATGTTCTGATGAAACATCAGCCCAGTTAGAACTTATCAGGCAACATCTCTTTACTGATTTTGCTTCCATGGAAACTCCACCACCCTTCTATCAACTCTCAAATTCCGAGTCATCTCATGTTTATAGCCCGACCCGGTTAAAACAATCGAGTCTCAGCCAACGTCGTCCTTCTATTAACGTTATGATCCCACCCACAAGTTTTAACATAAGCCCAAACCCGGTTCCAGATTCGGCTGCGGTGGCGGTTGAATCATACGAGAAAAGTCATTATAGAGGTGTTAGAAGACGACCATGGGGGAAGTTTGCGGCTGAAATTAGAGACCCTAACAAGAAAGGGGCAAGGGTTTGGCTTGGAACATTTGACACCGCCATAGAAGCGGCAAAAGCATATGATAGAGCTGCCTTTAAGCTACGCGGTAGCAAAGCTATACTGAATTTTCCTCATGAAGCAGGAAAATCAAATTTCTCAGAGTCAGGAAAAAGGAGGAGAAGTGTAGAGGAAGGAGAAGGAGAAAAGAGAGTGAGCCTGCTGGAGTGCAAAGCAGGGAGAAGAGAGGAGGAGGTAACGGTGGCGGAATGTGGAACGCCGTCGAATCAGACGGGGATCGGGGATAATGAAGATATAAATGAAATATTCGGTGGCCCACTCTTATCACCCTTATCATCGTTTCCATGGTTTGGGTATTCCAGGCTTGAGGTTATGTAA
Protein Sequence
  • >GH_A12G2166
    ATGGCATGTTCTGATGAAACATCAGCCCAGTTAGAACTTATCAGGCAACATCTCTTTACTGATTTTGCTTCCATGGAAACTCCACCACCCTTCTATCAACTCTCAAATTCCGAGTCATCTCATGTTTATAGCCCGACCCGGTTAAAACAATCGAGTCTCAGCCAACGTCGTCCTTCTATTAACGTTATGATCCCACCCACAAGTTTTAACATAAGCCCAAACCCGGTTCCAGATTCGGCTGCGGTGGCGGTTGAATCATACGAGAAAAGTCATTATAGAGGTGTTAGAAGACGACCATGGGGGAAGTTTGCGGCTGAAATTAGAGACCCTAACAAGAAAGGGGCAAGGGTTTGGCTTGGAACATTTGACACCGCCATAGAAGCGGCAAAAGCATATGATAGAGCTGCCTTTAAGCTACGCGGTAGCAAAGCTATACTGAATTTTCCTCATGAAGCAGGAAAATCAAATTTCTCAGAGTCAGGAAAAAGGAGGAGAAGTGTAGAGGAAGGAGAAGGAGAAAAGAGAGTGAGCCTGCTGGAGTGCAAAGCAGGGAGAAGAGAGGAGGAGGTAACGGTGGCGGAATGTGGAACGCCGTCGAATCAGACGGGGATCGGGGATAATGAAGATATAAATGAAATATTCGGTGGCCCACTCTTATCACCCTTATCATCGTTTCCATGGTTTGGGTATTCCAGGCTTGAGGTTATGTAA