Explore how genetic engineering transforms mammary glands into pharmaceutical factories producing therapeutic proteins in milk, with CRISPR technology and future applications.
Discover how scientists expressed the Aspergillus MAN1 gene in E. coli and characterized its enzymatic properties for industrial applications.
Explore how enzymatic hydrolysis transforms cassava starch into valuable products in this deep dive into sustainable biotechnology.
Explore how recombinant DNA technology is transforming medicine, industry, and environmental solutions through genetic engineering.
Discover how chloroplast and mitochondria engineering in plants is revolutionizing biotechnology, from molecular farming to sustainable agriculture.
Explore how artificial intelligence is transforming protein design, enabling custom proteins with revolutionary potential for medicine, energy, and sustainability.
Exploring the paradigm shift from gene editing to protein engineering and its revolutionary applications in biotechnology.
Explore how the baculovirus-insect cell expression system (BEVS) revolutionizes protein production for biotechnology and medical research.
A comprehensive review of transgenic plants, exploring their potential benefits for food security and medicine, while examining ecological risks and regulatory challenges.
Discover how researchers cloned ovine somatotropin from Kajli sheep in E. coli, revolutionizing livestock growth potential through biotechnology.