The story of Rosalind Franklin, the brilliant scientist whose meticulous work revealed the structure of DNA but whose contribution was nearly lost to history.
Explore how homogeneous fluorescent chemistries enable real-time PCR to detect and quantify DNA amplification through fluorescence, revolutionizing molecular diagnostics.
Groundbreaking analysis of a 5,700-year-old tomb reveals the world's oldest family tree, providing insights into Neolithic kinship patterns and social structures.
Discover how a 1982 workshop in Ratzeburg revolutionized genetics using laboratory mice as models for human disease research.
Explore how molecular biology provides models of life through DNA, the Central Dogma, and groundbreaking experiments like Meselson-Stahl.
Explore the fascinating world of chromosomes - the dynamic architects of our genetic destiny that influence everything from brain aging to cancer development.
An introduction to CRISPR and gene editing technology, exploring how it's reshaping medicine and our understanding of genetics.
Explore how epigenetic networks function as the conductor of our genetic symphony, responding to environmental cues and shaping health outcomes.
Explore how epigenetics—molecular modifications atop our DNA—acts as an intricate interpreter between our genes and experiences, shaping our biological identity.
Exploring how cutting-edge genetics is transforming our understanding of identity, ancestry, and politics in the 21st century.