Explore the nuanced relationship between epilepsy and ADHD, focusing on the shared neurobiological underpinnings and the functional impact of this dual diagnosis.
Examines the pharmacological relationship between modafinil and nicotine, exploring how their shared action in the brain produces complex and varied outcomes.
Discover how the mouse prostate serves as a critical research tool, offering insights into the biological mechanisms of human prostate health and disease.
Explore the career of biologist Paul Kammerer, whose work on inherited traits led to a career-ending scandal and a complex legacy re-evaluated by modern science.
Learn how a light-activated dye induces a precise vascular occlusion, offering a controlled and reproducible framework for investigating ischemic injury.
Learn how genetic predisposition for coronary artery disease interacts with your lifestyle, and how understanding this connection can guide your health.
Understand the complete picture of football spinal cord injuries, from the on-field physics to the complex medical journey and the evolution of player safety.
Explore the structured approach for translating a biological signal into a reliable clinical tool that improves patient outcomes and informs treatment.
Explore the subtle shifts in heart and vessel function that define cardiovascular aging, a process distinct from disease but influenced by how we live and monitor our health.
Understand the body's adjustment after groin lymph node removal, including potential lasting physical changes and proactive strategies for long-term wellness.
Examining the mouse forebrain reveals key principles of mammalian brain organization, providing a foundation for understanding human neurology and disease.
The endometrial complex, the uterine lining seen on ultrasound, is a key indicator of health. Its thickness reflects normal cycles or signals potential issues.
Understand the journey of a kidney transplant, from the biological requirements for a successful match to the lifelong care needed to maintain the new organ.