Explore the frontier of mammalian designer cells where biology and engineering converge to create programmable living cells for advanced therapies and biomanufacturing.
Discover how amorphous nanoparticles transform into complex mineral structures through non-classical crystallization pathways in nature and laboratory settings.
Explore how leptin localization in Chinese alligators reveals insights into energy regulation, reproduction, and seasonal adaptation in this ancient species.
Explore how synthetic biology is revolutionizing plant engineering through standardized biological tools, creating sustainable solutions for food production, medicine, and environmental restoration.
Explore how biogenetically-inspired synthesis is revolutionizing the creation of complex alkaloids like ETPs, with potential applications in cancer treatment.
Explore the science behind natural food colorants, their health benefits, and market trends in this comprehensive article.
Explore how the convergence of chemistry, biology and nanotechnology is transforming medicine through interdisciplinary approaches, innovative diagnostics, and targeted therapies.
Explore how cold plasma technology is transforming materials fabrication across medicine, agriculture, and manufacturing with its unique non-thermal properties.
Explore the fascinating relationship between promoter strength, gene expression, and cellular growth rate in this engaging scientific article.
Explore the science of hydrocolloids - the invisible molecules that create texture and stability in modern foods from yogurt to plant-based meats.