Review highlights innovative breeding and biotechnology tools in diverse horticultural crops, suggesting sustainable strategies to replace harmful agrochemicals.
Key Points
CRISPR genome editing along with strigolactones and beneficial microbial endophytes enhances horticultural crop tolerance and yield across diverse growing environments.
Review evaluates metabolic and biochemical impacts of nanomaterials, phytohormone strigolactones, and microbial endophytes across diverse crop commodities.
Supports sustainable cultivation by incorporating safe biofertilizers and genome editing, which may decrease dependence on conventional agrochemicals.