Discover how the HS2 enhancer activates genes regardless of orientation, position, or distance, rewriting fundamental rules of genetics.
Discover how scientists constructed the first genetic linkage map of Japanese gentian, revolutionizing traditional breeding methods for this beautiful flower.
Discover how gene-gene interactions shape complex traits through transcriptome-wide analysis and learn about the future of personalized medicine.
Explore the genetic mystery of Hereditary Vitamin D-Resistant Rickets and how a single 'ochre' mutation disrupts bone development in children.
Discover how scientists created a normalized canine retinal cDNA library to unlock the genetic secrets of vision and combat hereditary blindness in dogs and humans.
Explore the genetic and physical analysis of the chicken thymidine kinase (TK) gene and its significance in DNA replication, medical research, and agricultural applications.
Discover how your genetics control the OATP1B1 liver transporter, influencing your response to common medications like statins and antibiotics.
Discover how fruit flies serve as genetic models to understand learning, memory, and thermal tolerance through multi-parental population studies.
Discover how yeast DNA replicates in mouse cells and forms novel chromosomes, challenging fundamental understanding of genetic inheritance and chromosome biology.
How Runs of Homozygosity analysis is revolutionizing Aberdeen Angus cattle breeding for healthier, more productive beef cattle.