Research Articles
Redox Homeodynamics vs. Homeostasis: A Paradigm Shift for Precision Medicine and Drug Discovery
This article explores the critical paradigm shift from the static concept of redox homeostasis to the dynamic model of redox homeodynamics.
Decoding the Redox Code: Principles of Cellular Organization and Their Therapeutic Implications
This article explores the Redox Code, a set of principles defining the spatiotemporal organization of biological redox systems.
Forging Fire and Fury: The Quest to Build Selenodiazoles
Explore the fascinating world of selenodiazoles - unique selenium-nitrogen heterocycles with applications in medicine, materials science, and catalysis.
Nature's Tiny Recyclers: How Compost Microbes Are Powering Our Green Energy Future
Discover how compost microbes and their specialized enzymes are revolutionizing biofuel production by breaking down plant materials efficiently.
Blue Crystals on Mars: Ancient Clues to a Habitable Red Planet
Discovery of rare iron-phosphate minerals in Jezero Crater provides definitive evidence of ancient habitable environments on Mars that could have supported life.
The Metabolic Switch: How Cold Exposure Rewires Your Fat at the Molecular Level
Discover how cold exposure triggers molecular switches in brown adipose tissue through cysteine redoxome changes, offering potential treatments for metabolic diseases.
Catching Invisible Threats: How Nano-Scavengers Detect Antibiotics in Our Water
Advanced electrochemical sensor using functionalized reduced graphene oxide detects trace antibiotics with remarkable sensitivity for environmental monitoring.
Biomolecule-Driven Smart Drug Delivery: The Future of Precision Medicine
Explore the revolutionary field of biomolecule-driven smart drug delivery systems that are transforming precision medicine through intelligent, targeted therapies.
The Ferrocene Revolution: How a Simple Iron Molecule is Supercharging Medicine
Discover how ferrocene, a simple iron-containing molecule, is revolutionizing medicine through innovative conjugations with biological molecules for enhanced cancer therapy and beyond.
The Powerhouse Failure: How Cellular Energy Crisis Leads to Osteoporosis
Emerging research reveals that osteoporosis may originate from mitochondrial dysfunction within our cells. Explore how cellular powerhouses impact bone health.