Exploring the science, ethics, and societal implications of CRISPR embryo editing technology
Explore the evolution of the selfish gene theory through mathematical challenges, ant colony research, and modern evolutionary biology tools.
Discover how DNAH3 gene mutations cause male infertility by disrupting sperm motility and structure in humans and mice.
Discover how maize communicates with underground microbes through genetics, forming symbiotic relationships that could revolutionize sustainable agriculture.
Explore the revolutionary CRISPR-Cas9 technology, from bacterial defense mechanism to precise gene-editing tool transforming medicine and biology.
How groundbreaking genetic and archaeological discoveries are rewriting the story of our ancient Neanderthal cousins.
Discover how numerical taxonomy transformed our understanding of junk DNA and revealed hidden genetic treasures essential for mammalian development.
Exploring the complex relationship between race, genetics, and modern governance through scientific research and historical context.
Explore how scientists are developing innovative in vitro platforms to model infertility-causing SNPs, combining computational biology with gene editing to revolutionize reproductive medicine.
Explore James A. Shapiro's groundbreaking perspective on evolution, challenging traditional views of random mutations with evidence of natural genetic engineering.