The progressive effect of biotechnology on crop improvement is tested in this review, boosting nutritional quality and sensory features while strengthening resilience to biotic and abiotic challenges. Despite their effectiveness, conventional breeding methods are often expensive and prolonged. Crop engineering has been transformed by the emergence of modern genetic technologies, mainly CRISPR/Cas9, which allows for specific gene alteration without the creation of transient DNA. Growing disease-tolerant crops and improving traits like drought resistance and nutritional value have shown potential in this era. Transgenic processes for manipulating pests and diseases are also covered in the review, emphasizing how modified organisms can offer environmentally friendly substitutes for chemical insecticides. Moreover, metabolic engineering is investigated to enhance the nutritional value by modifying biosynthetic pathways. Through demonstrating how beneficial bacteria can improve nutrient absorption and strain resilience, the relevance of microbiome manipulation in increasing agricultural output is highlighted. The review additionally discusses the implications of artificial biology in agriculture, which allows the introduction of innovative organic systems to deal with the complicated problems driven by rising food demands and global warming. Through evidence-based decision-making and real-time tracking, the mixing of precision agriculture technology improves resource efficiency. The examination concludes with the help of reflecting on the popularity and commercialization of biotechnology crops, considering both public concerns and the potential benefits for agricultural productivity. This thorough analysis emphasizes how essential biotechnology is in shaping future sustainable farming practices.
Sameen et al. (Thu,) studied this question.