Exploring how evolutionary biology is transforming our understanding of cancer development, treatment resistance, and therapeutic strategies.
Exploring why biological systems evolve non-optimal architectures through evolutionary constraints, trade-offs, and computational models.
Discover how jumping genes, once dismissed as junk DNA, are powerful drivers of evolutionary innovation and genetic diversity.
Exploring the interdisciplinary puzzle of how life emerged from non-living matter on Earth and what this reveals about life in the universe.
Explore how artificial intelligence is revolutionizing biodiversity science by integrating massive data streams with evolutionary knowledge to protect Earth's ecosystems.
Exploring how modularity in biological systems drives innovation and its applications in evolutionary computation and synthetic biology.
How bioinformatics is revolutionizing our understanding of evolutionary biology through computational analysis of genetic data.