Explore the revolutionary discoveries in cancer genetics, from inherited mutations to cutting-edge treatments and prevention strategies.
Exploring the groundbreaking basic science discoveries from AHA 2011 Scientific Sessions that revolutionized cardiovascular genetics research
Discover how RNA molecules form social networks within our DNA habitats, revolutionizing our understanding of evolution and genetic regulation.
Discover how Z-DNA's unique C2'alpha-hydroxylation is transforming our understanding of genetics and gene regulation.
Discover how genetic analysis of 16S ribosomal RNA reveals hidden frog diversity in South and Southeast Asia, uncovering cryptic species and evolutionary relationships.
Exploring the fascinating relationship between somatic TP53 mutations and 17p13 loss of heterozygosity in adrenocortical cancer
Explore the fascinating roles of Dib1, Prp31, Prp6 and U5 snRNA in pre-mRNA splicing, the cellular process essential for proper gene expression and human health.
Explore James A. Shapiro's groundbreaking theory of evolution as an active, sophisticated process where cells engineer their own genetic destiny.
Exploring how modifier genes and computational analysis are revealing the complex network behind cardiomyopathy, moving beyond single-gene explanations to personalized treatments.
Explore the fascinating genetics of ADHD through human studies and mouse models, understanding the complex interplay of genes in this neurodevelopmental condition.