Explore how ecological genomics merges ecology and genetics to understand how organisms adapt to their environments and predict ecosystem changes.
Explore how CRISPR gene editing technology works, its applications in medicine and agriculture, and the ethical considerations of this revolutionary genetic tool.
Explore the fascinating world of phenotype research and discover how scientists are unraveling the complex connections between genes and observable traits.
Explore how quantitative trait loci (QTLs) interact with complex environments to shape evolution, adaptation, and genetic diversity in natural populations.
Exploring biochemical and molecular-genetic markers that determine adaptability and quality in cereal plants through modern science and ancient wisdom.
Exploring how molecular biology reveals the genetic secrets of Neotropical fish and aids in their conservation.
Exploring the complex interplay between genetics and environment that drives the dispersal strategies of the two-spotted spider mite, a major agricultural pest.
Explore the fascinating world of DNA - its structure, replication process, and the groundbreaking Meselson-Stahl experiment that proved semi-conservative replication.