Breakthroughs in photosynthesis research from gene-edited super plants to artificial leaves are revolutionizing food security, bioenergy, and climate change solutions.
Exploring how materials chemistry is leveraging ferroptosis to combat drug-resistant and metastatic cancers through innovative therapeutic approaches.
Exploring how nanosensors using carbon nanotubes, nanopores and nanoclusters are transforming detection capabilities at molecular levels
Breakthrough research on degradable polymer-based nanoassemblies for precise breast cancer targeting without harming healthy cells.
Exploring how C. elegans and plant flavonoids are revolutionizing our understanding of aging through redox-sensitive signaling pathways.
Exploring the versatile applications of Schiff base complexes in catalysis, medicine, and material science, from drug discovery to smart materials.
Exploring high-valent manganese-oxo intermediates and their role in biological systems, nanotechnology, and molecular catalysis.
Exploring the hidden world of reductive stress, the neglected half of the redox equation now emerging as a critical player in health and disease.
Exploring how smart materials and nanotechnology are revolutionizing medicine through adaptive, responsive therapies.
Exploring Raman nanosensors and their revolutionary applications in cellular studies and medical diagnostics.