Explore the fascinating world of FOXP genes - from the fictional FOXP5 to real scientific breakthroughs in speech, evolution, and Huntington's disease treatment.
Explore how in silico approaches are revolutionizing our understanding of APOB gene variants and their impact on cholesterol metabolism and heart health.
Exploring the revolutionary read-write genome theory that challenges our understanding of DNA as a static blueprint and reveals it as a dynamic, modifiable system.
Discover the fascinating world of genes - the biological blueprint that makes you unique. Learn about DNA, inheritance, and the groundbreaking experiments that revealed how genes work.
Explore how open-source DNA is revolutionizing genetic research, from DNA search engines to ethical considerations in the genetic age.
Discover how the naked mole rat's genetic secrets are revolutionizing longevity research and what it means for human health.
Explore how the Collaborative Undergraduate Research Laboratory (CURL) uses yeast molecular genetics to train the next generation of scientists through hands-on CRISPR research.
Explore how the discovery of DNA's double helix structure revolutionized molecular genetics and transformed agricultural practices worldwide.
Explore the fascinating genetic exchange between wolves and dogs, revealing how hybridization impacts conservation and evolution.
Discover how Baruj Benacerraf and Hugh McDevitt's 1972 discovery of HLA's role in autoimmune diseases revolutionized medicine and continues to impact research today.