Discover how digital design, chemical synthesis, and biological testing are converging to create new medicines from Isatin molecules through computational drug discovery.
Discover how allelochemicals enable plants to communicate, defend themselves, and wage multi-kingdom warfare through sophisticated chemical signaling.
Explore how plants, fungi, and bacteria create nanoparticles through biogenic synthesis - the green future of nanotechnology.
Explore the groundbreaking research on cobalt-based antibiotic candidates and their potential in fighting antimicrobial resistance.
Explore how template synthesis enables precise creation of organic microtubules for revolutionary applications in medicine, filtration, and nanotechnology.
Exploring how control engineering principles are being applied to program living cells in synthetic biology, creating predictable biological systems.
A comprehensive analysis of infection risks comparing abatacept and TNF inhibitors in rheumatoid arthritis patients based on a nationwide cohort study.
How scientists redesigned a fundamental plant partnership to command growth with unprecedented precision through a super strong engineered auxin-TIR1 pair.
Explore how different bone graft materials influence the healing process through Osteopontin and VEGF expression in critical bone defects.
Explore how scientists across disciplines are uncovering the fundamental relationship between form and function, from evolutionary biology to AI-driven mathematical discoveries.