Research Articles
CRISPR Scissors: How Genetic Editing is Defeating a Devastating Plant Virus
Discover how CRISPR-Cas9 gene-editing technology is being used to create complete resistance against Cotton Leaf Curl Virus in plants, revolutionizing agricultural disease management.
The Hidden Cost of Mental Flexibility: Why Adaptable Thinking Comes at a Price
Exploring the neurological trade-offs of cognitive flexibility and why our brain's adaptability comes with biological costs
From the Lab to the Leditor: How Academics Are Shaping Wikipedia
Discover how academics are transforming Wikipedia into a reliable knowledge platform through expert contributions, bridging the gap between academia and public knowledge.
The Experiment Paradox: Why We Resist Testing Alternatives and How to Fix It
Exploring the A/B effect phenomenon and how to overcome resistance to testing alternatives in science, policy, and business.
Unraveling Alzheimer's: A Journey into the Brain's Silent Battle
Explore the fascinating science behind Alzheimer's disease pathogenesis, from classic theories to cutting-edge discoveries reshaping our understanding of this devastating condition.
Genome Editing and Polygenic Risk Scores: Finding the "Just Right" in Genetic Medicine
Exploring the intersection of genome editing technologies and polygenic risk scores in advancing precision medicine and genetic interventions.
The Genetic Scissors: A New Era of Genome Editing and Safety Considerations
Explore the revolutionary gene editing technologies including ZFNs, TALENs, and CRISPR-Cas9, and learn about non-clinical safety considerations for gene therapies.
Genetic Scissors and the Case of the Albino Plant: How CRISPR-Cas9 is Revolutionizing Plant Science
Explore how CRISPR-Cas9 gene editing disrupts the Phytoene Desaturase gene to create albino plants, accelerating plant biotechnology research.
Beyond the Cellular Stomach: The Revolutionary Therapies Targeting Your Body's Recycling System
Explore cutting-edge lysosomal therapies revolutionizing treatment for rare diseases and common conditions through cellular recycling systems.
The Scientific Method: The Dynamic Blueprint for Discovery
Explore the scientific method as a dynamic, iterative process of discovery, from key principles to real-world applications like Fleming's penicillin breakthrough.