#engineered genes

Sustainable agriculture's long-term sustainability is a common concern that cuts through crop processing methods. In terms of disease control, advances in genetic engineering (GE) have paved the way for rapid entry into the fields of particular and complex resistance pathways for the management of diseases and other abiotic stresses that mimic biological processes when used appropriately. Despite the substantial benefits of GE technologies, wider challenges, such as social acceptance, must be addressed. When looking at similar issues, it's important to note that not only different GE techniques, but also different GEs and Genetic Modification (GMs) are possible, ranging from very small, selective genetic manipulation to the integration of transgenes in one species from another through cisgenics and intragenics. In this review article, the applications of Transgenic Plants (TPs) transformed for disease resistance and abiotic stress tolerance, transformed with Gene Coding (GC) for antipathogen compounds, transformed with nucleic acids that lead to resistance and pathogen gene silencing, and development of antibodies against pathogens have been analysed. Please see the link :- https://mbimph.com/index.php/AJOAIR/article/view/2106