Gain insight into lenalidomide therapy for multiple myeloma, covering its unique biological action, its strategic place in treatment, and patient monitoring.
Explore the distinct neurological and biological factors that influence female sleep architecture and how these patterns evolve throughout a woman's life.
An overview of the immunotherapy atezolizumab, examining its scientific basis and the complex clinical history of its use in triple-negative breast cancer.
Derived from the long pepper plant, this article provides a balanced review of what current research indicates about piperlongumine's activity and safety profile.
The parasympathetic system governs your body's state of calm. Learn to recognize the signs of healthy function versus symptoms that may indicate an imbalance.
An imbalance of blood fats like cholesterol is a common factor in cardiovascular wellness. Understand how these lipid levels are measured and effectively managed.
Learn how Polymerase Chain Reaction works, a process using controlled temperature cycles and key biological components to exponentially amplify a target DNA sequence.
Mantle irradiation was a significant historical cancer therapy. This article examines the delayed health effects and outlines the modern approach to lifelong patient care.
Understand the long-term health implications of treatment, including the nuanced risk of a new cancer, to ensure proactive and informed survivorship care.
An overview of the scientific pursuit to go beyond symptom management, exploring research into slowing disease progression and restoring function in Parkinson's.
This article reviews the Alzheimer's drug Memantine, examining the data behind its connection to weight changes and the considerable risks of its off-label use.
Learn how the body’s adaptive immune system develops a targeted defense, using specialized cells to recognize and remember specific pathogens for long-term protection.
Understand how diabetes can impact the nervous system's control over your heart, altering its pace and signaling potential cardiovascular complications.
Autonomous wheelchairs move beyond simple powered control, using intelligent navigation to grant users greater independence and safety in complex environments.