Explore how G3: Genes|Genomes|Genetics has revolutionized genetic research over the past decade, bridging traditional genetics with modern genomics.
Discover how the Zif268 protein uses translocation to find specific DNA sequences at incredible speeds, revolutionizing our understanding of genetic regulation.
Explore how structural analysis reveals the hidden molecular architectures that shape our world, from DNA to advanced materials and pharmaceuticals.
Explore how biolegality - the intersection of biology and law - is transforming social relationships, identity, and justice in the 21st century.
Discover the fascinating world of gene regulation and how your DNA's hidden switches control cellular functions, from the lac operon to modern medical applications.
Discover how scientists are using gene editing to transform 'junk DNA' into medical breakthroughs, with insights from landmark sickle cell disease research.
Explore TALEN gene editing technology - a precise molecular scissor that navigates to specific genome locations for targeted DNA modification.
Discover how dormant viral DNA segments called Long Terminal Repeats (LTRs) awaken and orchestrate gene expression in classical Hodgkin lymphoma, driving cancer growth and opening new treatment avenues.
Discover how homogeneous fluorescent chemistries transformed DNA detection through Real-Time PCR, enabling scientists to watch DNA amplification in real-time.
Explore how genomics is transforming our understanding of evolution through DNA sequencing, transposable elements, and structural variations