Explore how evolutionary processes across billions of years have shaped human vulnerability to diseases, from ancient biological systems to recent genetic adaptations.
Explore how two-hybrid systems map protein interactions, revealing cellular networks and enabling breakthroughs in disease research and drug discovery.
Explore the evolution of mammalogy from ancient observation to modern high-tech science, including paleontological discoveries, research methodologies, and scientific tools.
Explore how genomics, transcriptomics, proteomics, and metabolomics are transforming our understanding and treatment of diabetic kidney disease through multi-omics approaches.
Discover how the Anf gene found in Pacific lamprey reveals the evolutionary origins of the vertebrate brain and telencephalon development.
Explore the revolutionary field of Printing Biology, where advanced printing techniques create dynamic biological constructs using living cells and biomaterials.
How supercomputers are turning scientific fantasy into technological reality in computational materials science.
Explore how molecular systems biology and bioethics are transforming our understanding of life and addressing ethical challenges in biological research.
Explore how nutrient balancing shapes evolution and cancer metabolism through cutting-edge research and experiments.
Explore the extraordinary microbial ecosystems of Cuatro Ciénegas, where ancient bacteria challenge evolutionary theories through cooperation and DNA predation.