Explore how CRISPR gene editing is transforming medicine in 2025 with breakthrough therapies, AI-designed tools, and ethical challenges.
Exploring how Calotropis gigantea, a traditional medicinal plant, shows remarkable potential in protecting and regenerating pancreatic β-cells for diabetes treatment.
Exploring the fascinating world of antimicrobial peptides (AMPs) and their role in immunity, brain function, and potential medical applications.
Discover how ruthenium catalysis revolutionized O-to-S alkyl migrations through pseudoreversible radical pathways, enabling unprecedented control in synthetic chemistry.
Discover how PAMAM dendrimers are revolutionizing the fight against deadly gut pathogens with their precise antibacterial action and low toxicity to human cells.
Explore how microfluidics technology is revolutionizing drug delivery through precise control at microscopic scales, enabling breakthroughs in personalized medicine and rapid diagnostics.
Discover how Catharanthus roseus (Tapak Dara) plant compounds show promising antibacterial effects against E. coli, offering potential solutions to antibiotic resistance.
Exploring how crystallography and biophysical research in core facilities revolutionize drug development by decoding atomic structures of medicinal compounds.
Explore the dual role of Clara Cell 16-kDa Protein (CC16) as both a lung protector and biomarker for respiratory diseases like COVID-19 and asthma.
Investigating the pharmaceutical equivalence of generic antiretroviral drugs in Asian settings through the PEDA Study