Research Articles
The Algae's Secret Whiskey Gene: A Mutant's Guide to Survival Without Air
Discover how a mutant strain of Chlamydomonas reinhardtii with a broken ADH1 gene restructures its metabolism to survive without oxygen, revealing insights for biofuel research.
The Silent Hijacker: How a Common Parasite Rewires Your Cells' Oxygen Sense
Discover how Giardia parasites manipulate cellular oxygen sensing and metabolic pathways to survive in the human gut.
Rewiring Cancer's Engine: How Targeting Metabolism is Revolutionizing Therapy
Exploring the paradigm shift in cancer treatment through metabolic reprogramming, featuring key research from the 2nd International Conference for Cancer Metabolism and Therapy.
The HIF Switch: How Cancer Hijacks Our Body's Oxygen Sensor
Explore how cancer exploits the HIF oxygen sensor through systems biology to survive and thrive in low-oxygen environments.
The Energetic Dog: Unraveling Why Smaller Breeds Live Longer
Explore the science behind why smaller dog breeds live longer than larger ones through field metabolic rate research and energy trade-off theories.
The Childhood Crossroad: How the Age of Obesity Onset Predicts Future Health
Research reveals that when a person becomes obese may be just as important as how obese they are for predicting future metabolic complications.
The Sweet Symphony of Blood Glucose: How Your Body's Sugar Dance Shapes Your Health
Explore the fascinating science of blood glucose dynamics, from fundamental mechanisms to cutting-edge research that's reshaping medicine's understanding of this vital biological process.
The Stealth Toxin: How S-(1,2-Dichlorovinyl)-L-Cysteine Sneaks Through Mice and Why It Matters
Exploring the journey of S-(1,2-dichlorovinyl)-L-cysteine (DCVC) through mice and its implications for human health risks from TCE exposure.
The Green Warriors: How City Plants Develop a Force Field Against Pollution
Discover how scientists use computational biology to uncover the molecular secrets of pollution-tolerant urban plants and how they defend our cities.
Choking Cancer's Fuel Supply: How a Novel Drug Starves Tumors by Hijacking Their Metabolism
Discover how ICL-CCIC-0019, a novel CHKA inhibitor, starves cancer cells by disrupting phosphatidylcholine synthesis and triggering metabolic collapse.