How genetic breakthroughs and targeted contraception could finally control New Zealand's possum ecological nightmare
Exploring the fundamental principles of molecular biology and how basic science drives medical breakthroughs and technological leaps.
New research reveals how glioblastoma cells escape IL-13Rα2-targeted therapy and why these escapees become less aggressive, offering new therapeutic opportunities.
Explore how transcription factors and epigenetic modifications coordinate immune cell development and function, with implications for treating diseases like autoimmunity and cancer.
Explore how single-cell RNA sequencing is revolutionizing Drosophila research by revealing cellular diversity and hidden biological mechanisms.
Exploring how COVID-19 created new biological hierarchies through immunitarianism, vaccine distribution, and triage algorithms that determined survival priorities.
Discover how standardized diets like AIN-93 revolutionize cardiac research by revealing the heart-protecting secrets of nutrition in lab rats.
Explore how artificial intelligence and computational biology are transforming vaccine design, from cancer neoantigen hunting to mRNA optimization and personalized CRISPR therapies.
Exploring the revolutionary PNEI paradigm revealing how your mind talks directly to your heart through biological pathways.
Exploring biomolecular diffusion in nanofluidics and the revolutionary Nanofluidic Scattering Microscopy technique for label-free single-molecule observation.