RDT in plant

Recombinant DNA technology8 (RDT) in plants has transformed agricultural science by allowing the integration of specific traits that enhance plant resilience, yield, and nutritional profile. RDT uses gene insertion, typically through methods like Agrobacterium tumefaciens-mediated transfer or biolistic particle delivery (gene gun), to introduce new genes that confer traits like drought resistance, pest resistance, or higher nutrient content. For example, genetically engineered Bt crops express bacterial proteins that protect against insect pests, reducing pesticide reliance and environmental impact. RDT in plants is instrumental in tackling global agricultural challenges, including food security, climate change adaptation, and nutritional enhancement. By fostering the development of biofortified and resilient crops, RDT supports sustainable agricultural practices, benefiting farmers with more robust crop options and contributing to global food systems that can withstand various environmental and economic pressures.