Research Articles
The Ghost in the Machine: How Your Brain Keeps (and Lets Go of) the Ones We Love
Exploring the neuroscience behind how we remember and process memories of lost loved ones, with insights from brain imaging studies.
The Burnet Revolution: How One Scientist Rewrote the Rules of Immunity
Explore how Sir Frank Macfarlane Burnet transformed immunology between 1940-1960, introducing revolutionary concepts like self-tolerance and clonal selection that paved the way for modern medicine.
The Invisible Error: How Two Little Words Warp Virus Discovery and Why It Matters
Exploring how the misuse of 'virus' and 'novel' in virology creates confusion and impacts public health responses.
The Gut-Mercury Connection: How Your Microbiome Shields Your Brain from Toxic Assault
Discover how gut microbiota protects against methylmercury neurotoxicity through microbial detoxification and gut-brain axis interactions.
The Solar Revolution: How 2025's Cell Innovations Are Rewriting Our Energy Future
Explore the groundbreaking solar cell innovations of 2025 that are transforming energy efficiency, from tandem cells to ultra-thin films.
The Translational Bridge: How the EORTC Turns Lab Discoveries Into Lifesaving Cancer Treatments
How the European Organization for Research and Treatment of Cancer integrates translational research to transform lab insights into clinical breakthroughs for cancer patients.
The Immunology of Intimacy: Can Science Illuminate the "Two-in-One-Flesh" Mystery?
Exploring how modern immunology reveals a biological basis for the ancient 'two-in-one-flesh' concept through immune tolerance in heterosexual union.
The CRISPR Revolution: When Chemistry, Biology & Physics Dance to Redraw Life's Blueprint
How the multidisciplinary convergence of chemistry, biology and physics led to the CRISPR-Cas9 gene editing breakthrough.
The Invisible Web: How Ecology Revolutionized Our Fight Against Infectious Diseases
Explore how disease ecology transformed our understanding of infectious diseases through ecological relationships between hosts, pathogens, and environments.
The Double-Edged Sword: Dual Targeting of BTK and CD52 in High-Risk Leukemia
Phase I trial reveals dual targeting of BTK and CD52 achieves MRD negativity in high-risk CLL but with significant infection risks