Exploring the resurgence of pleomorphism in modern biology and its implications for understanding cellular plasticity in microbiology and cancer research.
Explore the groundbreaking research of Professor Stefan Hohmann and his work with yeast that revealed fundamental biological processes applicable to human disease and biotechnology.
Explore how inverse problems are transforming biological research, from cardiac mapping to neurodegenerative disease breakthroughs.
Explore how Philip Nelson's Physical Models of Living Systems bridges biology and physics to illuminate life's complexities through mathematical modeling.
Discover how emergent properties in biological systems create complexity that cannot be predicted from individual components alone, from cells to ecosystems.
Exploring how in silico simulations are revolutionizing biological research and accelerating discoveries in medicine and life sciences.