Exploring how genetic variations and epigenetic markers determine susceptibility to oral mucositis in pediatric cancer patients undergoing chemotherapy.
Discover how upstream open reading frames (uORFs) act as biological thermostats, regulating protein production and contributing to genetic diversity and disease susceptibility.
Exploring the legacy of Jurassic Park and its relevance to modern de-extinction science, evolutionary genetics, and the science-society interface.
Discover how Evelyn M. Witkin's accidental discovery of the SOS response transformed our understanding of DNA repair mechanisms in bacteria.
Discover how the D19S246 genetic locus reveals new insights into lung adenocarcinoma susceptibility through genome-wide surveys.
Explore how DNA barcoding is revolutionizing species identification and democratizing genetic research worldwide through standardized genetic markers.
Explore how genomics and the Human Genome Project are revolutionizing psychiatric diagnosis and treatment through groundbreaking genetic discoveries.
Explore the fascinating genetics behind synesthesia, a neurological condition where senses blend, and discover why some people taste words and see sounds.
Exploring the fascinating XY₁Y₂ sex chromosome system in common sorrel (Rumex acetosa) and its implications for understanding chromosome evolution and sex determination mechanisms.
Discover how scientists are using genetics to redesign the humble peanut into a more nutritious and stable food source through mutation breeding and gene editing.