Abstract

Advancements in plant tissue culture and genetic transformation are pivotal in advancing agricultural biotechnology, enhancing crop yields, nutritional value, and environmental resilience. Integration of sophisticated synthetic biology and precise genome editing techniques has significantly refined the accuracy of genetic modifications, enhancing crop yields, nutritional value, and resilience to environmental stresses. The burgeoning role of automation and artificial intelligence revolutionizes tissue culture processes by significantly improving both efficiency and scalability. Key challenges such as public skepticism, regulatory barriers, and technical issues like genetic stability and transformation efficacy are thoroughly discussed. It also explores ethical concerns and diverse global regulatory landscapes, highlighting factors that influence the adoption of these technologies. Case studies confirm the substantial benefits of these biotechnological advances, affirming their potential to dramatically transform agricultural productivity. The paper projects future trends that are likely to further revolutionize this field, emphasizing the necessity for ongoing innovation, ethical vigilance, and unified regulatory frameworks to fully leverage these advancements for global food security

Keywords

plant tissue culture, genetic transformation, synthetic biology, CRISPR/ cas systems, genome editing, regulatory compliance, crop improvement, agricultural biotechnology, ethical considerations, sustainable agriculture