Discover how scientists are using cutting-edge techniques to protect karst aquifers that supply water to nearly 800 million people worldwide.
Exploring how ruthenium and gold compounds are revolutionizing medicine through targeted cancer therapies and catalytic applications.
Discover how rotenone, a classic inhibitor of mitochondrial Complex I, unexpectedly illuminates Leishmania's backup power systems including a remarkable electron transport highway across their outer membrane.
Explore the complex interactions of oral microbiome communities and how scientists calculate these microbial relationships to understand oral health.
Discover how manipulating NAD+ metabolism could unlock powerful new ways to defend against infections by re-energizing our immune defenses.
Explore the groundbreaking promise of three-dimensional physiological function imaging using near-infrared (NIR) transillumination in medical diagnostics and research.
Discover how bacterial assimilatory nitrate reductases like NarB are electrochemically tuned for nitrogen assimilation through spectropotentiometric analysis.
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.