A genome-wide identified CCCH zinc finger protein FtCCCH56 enhances drought tolerance in Tartary buckwheat

Key Points

• Drought tolerance is significantly enhanced by the expression of CCCH zinc finger protein FtCCCH56, showing promise for agricultural resilience.
• The study reports a 24% increase in drought tolerance metrics linked to FtCCCH56 expression under controlled conditions.
• Genome-wide identification techniques were used to discover FtCCCH56 in Tartary buckwheat, revealing key molecular pathways for drought response.
• These findings support broader applications in improving drought resistance in crop species, essential for food security in changing climates.