Exploring how electrochemical microsensors are transforming biofilm research by revealing microbial communication, metabolism, and antibiotic resistance in real-time.
Discover how pyrimidine-based drugs are transforming HIV treatment through innovative molecular design and targeted viral inhibition.
Research on how hexavalent chromium (Cr(VI)) disrupts the glutathione redox balance in mouse duodenum, revealing mechanisms of oxidative stress and cellular defense.
Exploring the potential of biohydrogen as a sustainable energy source through nature's hydrogen production mechanisms.
Exploring how hepatitis C virus suppresses the protective enzyme HO-1 in fatty livers, accelerating liver damage through oxidative stress.
Explore how multiscale molecular dynamics simulations reveal the secrets of active self-assembling materials that could revolutionize nanotechnology.
Exploring how soil microbes transform toxic selenium into harmless gases through dimethylselenide (DMSe) production
Explore how body size and shape influence breast cancer risk through metabolic and redox pathways, with data visualizations and key findings.
Exploring how heavy metals from industrial and urban sources impact salt marsh ecosystems, from cellular defenses to ecosystem collapse.
Exploring the critical knowledge gaps in mangrove science and the urgent need for research to protect these vital coastal ecosystems.