Unlike the DNA sequence, the epigenetic patterns that regulate gene activity can be modified. Discover the science behind this reversibility and its potential.
Learn how nitric oxide, a key molecule in the body, became a focus of COVID-19 research, and what the clinical evidence currently suggests about its role.
Learn how the unique trauma landscape of the Afghanistan war shaped the experience of PTSD for veterans and explore the available pathways to well-being.
The rhythmic rise and fall of calcium inside our cells is a fundamental code that directs vital life processes and underlies the basis of health and disease.
Learn how cryoneurolysis uses targeted cold to temporarily interrupt nerve signals, providing relief while preserving the pathway for natural regeneration.
An intense fear of rats, or musophobia, is more than a simple dislike. Learn how this specific phobia develops and explore professional therapeutic pathways to manage it.
Learn how topoisomerase 2 manages DNA topology via a double-strand break mechanism, a process essential for cell division and a critical target in cancer therapy.
The effectiveness of ED medication for men with paralysis is highly nuanced, depending on the body's response and the specifics of the underlying injury.
Delve into ancient India's medical legacy, a system where a philosophy of personal balance was integrated with advanced anatomical and surgical knowledge.
Ovarian cysts can have impacts that extend beyond physical discomfort, influencing mood and mental well-being through hormonal and physiological pathways.
Explore how olanzapine can assist in anorexia recovery by addressing psychological barriers and aiding weight restoration within a structured, monitored treatment plan.
Explore the fundamental process of neural communication, a precise system where electrical impulses and chemical signals work together to power thought and action.
This guide explains the dynamics of a hepatitis outbreak, detailing transmission, symptom recognition, and the roles of both health officials and individuals.
The CCR7 receptor orchestrates T cell movement to lymph nodes, a fundamental process that governs how the immune system initiates attacks and remembers past threats.
Learn why lupus can target blood vessels, leading to specific forms of damage. This overview explains the diagnostic journey and modern therapeutic approaches.