Explore how chemical imaging revolutionizes biological research through advanced techniques, AI-driven processing, and transformative applications.
How Nobel Prize-winning geneticist H. J. Muller's work with irradiated fruit flies influenced the development of modern high school biology curricula.
Discover how fruit fly research in underground laboratories is revealing radiation's essential role in biological systems and DNA repair mechanisms.
Explore the fascinating concept of homeorhesis - the dynamic resilience that allows living systems to maintain stable trajectories through change and perturbation.
Exploring the connection between attachment styles, stress responses, and physical health through the lens of biological mechanisms.
Exploring how tumor biology can override traditional TNM staging in cancer prognosis and treatment decisions.
Exploring how electromagnetic fields from our devices interact with biological systems and the potential health implications.
Exploring the biological pathways connecting psychological stress to cancer progression, disparities in outcomes, and potential interventions.
Discover how living organisms actively influence nuclear reactions within their tissues, creating unique biological signatures that disappear at death.