Research Articles
The Silent Siege: How Pathogens Wage War Inside You
Exploring the intricate process of pathogenesis - how microbes like bacteria, viruses, and fungi cause disease through multi-stage campaigns within the human body.
The Invisible Battlefield: How Infections Hijack Our Cellular Defenses
Exploring how pathogens exploit reactive oxygen species (ROS) in infections and the long-term consequences on human health through redox biology.
Zinc Guardians: How Your Liver's Molecular Defenders Combat Oxidative Stress
Explore how zinc and metallothionein form a dynamic defense system protecting liver cells from oxidative damage and their potential clinical applications.
The Crimson Codebreakers: How Graphene and Hemoglobin Are Revolutionizing Biosensors
Exploring the revolutionary graphene-zinc sulfide nanocomposites paired with hemoglobin creating next-generation electrochemical biosensors for medical diagnostics.
The Double Life of Nitric Oxide: From Primordial Poison to Life's Essential Messenger
Explore the paradoxical journey of nitric oxide (NO) from its toxic origins in Earth's early atmosphere to its essential roles in human physiology and modern medicine.
The Silent Guardians: How Tree Proteins Master the Art of Redox Regulation
Exploring the structural and functional characterization of redox-regulating proteins in trees and their implications for forest science and climate resilience.
Electrochemistry's Next Frontier: Seven Herculean Tasks for a Sustainable Future
Exploring the seven critical challenges in electrochemical research that will shape our sustainable future from energy storage to space exploration.
The Green Engine: How Photosynthesis Research is Powering Our Future
Breakthroughs in photosynthesis research from gene-edited super plants to artificial leaves are revolutionizing food security, bioenergy, and climate change solutions.
The Iron Surge: How Materials Chemistry is Weaponizing Cell Death Against Cancer
Exploring how materials chemistry is leveraging ferroptosis to combat drug-resistant and metastatic cancers through innovative therapeutic approaches.
The Invisible Sentinels: How Nanotubes and Nanopores are Revolutionizing Detection Science
Exploring how nanosensors using carbon nanotubes, nanopores and nanoclusters are transforming detection capabilities at molecular levels