: The research identifies how this module influences the pigment (anthocyanin) accumulation in tubers, which affects their final color.
: To investigate how the interaction between microRNA166 (miR166) and HD-ZIP III transcription factors affects the shape, color, and overall productivity of potato tubers. Key Findings : 139707 zip
: The 2014 population count for the Samaná Province in the Dominican Republic. : The research identifies how this module influences
: The miR166-HD-ZIP III regulatory module is a critical determinant of tuber shape. Disrupting this module leads to distorted tuber growth and changes in internal xylem structure. : The miR166-HD-ZIP III regulatory module is a
The module regulates the expression of , which in turn binds to the promoters of sugar transporters like SWEET11 and SWEET12 .
: Suppression of miR166 in stable transgenic lines results in significantly altered productivity, specifically impacting how many tubers a plant produces and their individual weight. Molecular Mechanism :