Agri. Academics

Introduction Fungal diseases are a major hazard to agriculture worldwide, affecting food security and resulting in large crop losses. Enhancing fungal resistance in plants has emerged as a key area of current agricultural research to address these issues. In order to defend themselves against fungal diseases, plants have developed a variety of passive and active

Transgenic Approaches for Bacterial Resistance In the ongoing battle against plant pathogens, scientists have turned to genetic engineering to develop crops that can resist bacterial infections. These transgenic approaches for bacterial resistance offer innovative solutions to protect plants from devastating diseases, ensuring food security and agricultural sustainability. This blog post delves into various strategies employed to confer bacterial

Reporter Genes and Plant Transformation Plant transformation is a fundamental aspect of modern agricultural biotechnology, allowing scientists to incorporate new traits into plants, such as enhanced yields, pest resistance, and tolerance to environmental stress. A crucial component of this process is the use of reporter genes, which enable researchers to confirm and visualize successful genetic