Explore the revolutionary gene editing technologies including ZFNs, TALENs, and CRISPR-Cas9, and learn about non-clinical safety considerations for gene therapies.
Explore how CRISPR-Cas9 gene editing disrupts the Phytoene Desaturase gene to create albino plants, accelerating plant biotechnology research.
Explore cutting-edge lysosomal therapies revolutionizing treatment for rare diseases and common conditions through cellular recycling systems.
Explore the scientific method as a dynamic, iterative process of discovery, from key principles to real-world applications like Fleming's penicillin breakthrough.
Explore cutting-edge methodologies reshaping life sciences including AI, gene editing, synthetic biology, and digital twin technology.
Breakthrough research demonstrates how RNA editing technology successfully repairs Rett syndrome mutations in mouse brains, offering new hope for genetic neurological disorders.
How groundbreaking genetic and archaeological discoveries are rewriting the story of our ancient Neanderthal cousins.
Discover how the wood frog survives being frozen solid during winter through remarkable biochemical adaptations and what this means for human medicine.
Explore cisplatin's anticancer mechanism, its challenges, and how cutting-edge science is refining this powerful chemotherapy drug for safer, more effective cancer treatment.
Explore how plants deploy sophisticated molecular defenses against heavy metal toxicity in soils and their potential for environmental cleanup.