Explore how synthetic biology is creating smart cell therapies that could revolutionize medicine by engineering living circuits within human cells.
Explore how scientists are battling lipid oxidation to preserve the nutritional value and freshness of fatty foods through innovative preservation techniques.
Explore how green-synthesized copper, zinc, and titanium oxide nanoparticles combat drug-resistant pathogens and environmental pollution through sustainable nanotechnology.
Explore how engineered Saccharomyces cerevisiae produces polyhydric alcohols through microbial synthesis for sustainable manufacturing
Discover how controlled ice nucleation enhances cryoprotection by managing ice recrystallization through innovative biomimetic approaches.
Explore the transformative potential of smart polymers and how modern science is making them smarter through precise regulation and programming of their intelligent responses.
Explore how FRET technology revolutionizes supramolecular research, enabling scientists to visualize molecular interactions and energy transfer at the nanoscale level.
Explore the fascinating world of germ cells, the foundation of life, and the groundbreaking research revolutionizing reproduction and fertility treatments.
Explore how PPARγ, a nuclear receptor originally studied for metabolism, has emerged as a promising cancer therapy target through its dual role in tumor regulation.
Exploring natural xanthine oxidase inhibitors from plants as potential treatments for gout disease, their mechanisms, and research findings.