Research Articles
Association vs. Causation: Bradford Hill's Enduring Legacy in Epidemiology
Exploring Bradford Hill's framework for distinguishing correlation from causation in epidemiology and its modern applications.
The Hidden Genetic Switch Making Laryngeal Cancer More Aggressive
Discover how microRNA-9 influences laryngeal cancer aggressiveness and racial health disparities in treatment outcomes.
Skp2 Overexpression: The Cellular Accelerator Driving Aggressive Myxofibrosarcoma
Explore how Skp2 overexpression drives aggressiveness in myxofibrosarcoma and serves as an independent prognostic marker for poor patient outcomes.
Crossing the Bridge: The Journey to Bring Biomarkers from Lab Benches to Patient Bedsides
Exploring the biomarker translation gap and innovative strategies to bridge the journey from research discovery to clinical implementation in modern medicine.
Visualizing the Molecular World: 20 Years of Molecule of the Month
Explore 20 years of the Molecule of the Month series - a pioneering science communication feature that transformed molecular visualization and education.
Life in Cosmic Silence: How Fruit Flies Are Revealing Radiation's Secret Role in Biology
Discover how fruit fly research in underground laboratories is revealing radiation's essential role in biological systems and DNA repair mechanisms.
The New Wonder Materials: Engineering Reality at the Atomic Scale
Explore the groundbreaking world of engineered materials that are reshaping our technological horizon through atomic-scale engineering.
RNA BioMolecular Electronics: The Tiny Wires Within Us
Exploring RNA Biomolecular Electronics - a revolutionary field merging biology with nanotechnology to study RNA's electronic properties for medical diagnostics and computing.
How Tumor DNA Transforms Cells: From Junk DNA to Cancer Cures
Explore how tumor DNA drives cancer development and how science is turning this knowledge into revolutionary diagnostic tools and targeted treatments.
Nano-Warriors: The Tiny Revolution Fighting Liver Cancer
Explore how engineered nanoparticles are revolutionizing hepatocellular carcinoma treatment through precision targeting, improved imaging, and combination therapies.