Uncovering How Cells Prevent Telomerase Interference with Double-Stranded Breaks
New research reveals how cells prevent telomerase from interfering with double-stranded breaks, crucial for genomic stability. A study led by cell biologist Titia de Lange unveils the role of the protein ATR in preventing telomerase interference, offering insights into genomic instability in diseases like cancer.
Groundbreaking Study Reveals Potential Targets for Prevention of Degenerative Diseases
Groundbreaking study led by UC Santa Cruz professor Carol Greider and her team reveals potential targets at chromosome ends for the prevention of degenerative diseases. Published in Science, the study challenges existing understanding of telomere lengths and their impact on human health, offering hope for advancements in healthcare and disease management.
Aerobic Exercise in Later Life Prevents Genomic Instability, Study Finds
Study from the University of Utah suggests that regular aerobic exercise in later life can prevent DNA damage and telomere dysfunction, potentially reducing the risk of cardiovascular disease-related mortality. The study, presented at the American Physiology Summit, highlights the positive impact of exercise on genomic stability and vascular health.