Explore a dynamic form of DNA methylation that is actively maintained to preserve genomic integrity and regulate gene expression across diverse organisms.
This article reviews the scientific basis for claims about onions and erectile health, evaluating their potential effects on the body's vascular system.
Explore the link between the blood pressure medication hydrochlorothiazide and skin cancer to help you balance treatment benefits with dermatological risks.
Gain insight into the Luspatercept treatment experience, from the expected timeline for a response to the clinical markers that measure its effectiveness.
An overview of ethylmalonic encephalopathy, a rare inherited disorder caused by a faulty enzyme that impacts brain, vascular, and digestive system function.
Often misidentified as a plant, red sea grass is a widespread algae. Its unique pigments allow it to thrive in deep water, forming a foundational habitat for marine life.
Discover a therapeutic approach that works by disabling a cell's natural RNA editing, provoking the immune system to launch a targeted internal response.
Explore how an autoimmune response targeting nerve cell proteins can lead to neurological disorders. Learn about the underlying mechanism, diagnosis, and treatment strategies.
Learn how scleroderma's systemic nature can affect your vision. This guide covers the link between the condition, ocular health, and proactive management.
A clinical comparison of teclistamab and talquetamab, focusing on how their distinct molecular targets influence patient selection and therapy sequencing.
Discover how measuring electrical brain activity in mice provides a crucial window into the mechanisms of neurological disorders and aids in preclinical drug assessment.
Discover the ratchet effect, a core principle explaining how cumulative change within a system often becomes irreversible, preventing a return to a prior state.
Learn how seasonal pollen can worsen COPD symptoms by inflaming airways. Explore ways to manage this specific trigger and maintain better respiratory control.
Understand the tooth's ability to create a natural, mineralized barrier after severe injury, a biological response that insulates and protects the inner pulp.