Exploring how oxygen, carbon, and strontium isotopes in seawater reveal Earth's tectonic and climatic history over 500 million years.
Exploring the sophisticated mechanisms plants use to degrade glutathione and its conjugates for detoxification and survival under stress conditions.
Explore how nanostructured metal oxides are transforming enzymatic electrochemical biosensors for advanced disease detection and environmental monitoring.
Exploring how magnetotactic bacteria and their magnetosomes could transform precision drug delivery in cancer therapy and beyond.
Explore the cutting-edge field of electrosorption at functional interfaces where electricity meets smart surfaces to revolutionize clean water and energy storage.
Discover how metal nanoparticles are transforming disease detection through precise biological thiol analysis.
Discover how hydrogen sulfide (H₂S) transformed from toxic compound to essential signaling molecule in human physiology and its therapeutic potential for diseases like pulmonary hypertension and Alzheimer's.
Exploring how SOD1 mutations disrupt the monomer-dimer equilibrium leading to ALS, with detailed analysis of mutation classes, aggregation pathways, and therapeutic strategies.
Discover how bioactive compounds in herbs and spices are being validated by modern science as potent antioxidants and anti-inflammatory agents with therapeutic potential.
Explore how resonant elastic X-ray scattering (REXS) illuminates the hidden world of electron behavior and atomic structures in advanced materials.