How COVID Hijacks and Takes Over a Cell
Explore the cellular interactions behind a COVID-19 infection, detailing how the virus manipulates a host cell's functions to ensure its own replication.
Brain 2D Models: What They Show and What They Don’t
Explore how simplified brain visuals aid understanding, yet reveal only a fraction of its true, intricate nature and dynamic complexity.
Graves’ Orbitopathy: Causes, Symptoms, and Treatment
An overview of the autoimmune process causing Graves' Orbitopathy, detailing its progression through distinct phases and the tailored approaches for management.
Prolactin Function in the Body: More Than Just Milk
Explore the diverse roles of prolactin, a pituitary hormone whose influence extends beyond its primary functions to affect systemic health in both men and women.
Phenotypic Screening: What It Is & How It Works
Explore a scientific strategy that finds active compounds by focusing on a desired biological outcome, without a preconceived molecular target.
The MT-ND3 Gene: Function, Inheritance, and Diseases
Discover how the MT-ND3 gene, inherited from the mother, is essential for cellular energy and how variations can impact neurological and muscular health.
The Human Spinal Cord: Anatomy, Functions, and Injuries
Understand the spinal cord's role as the central pathway for information between the brain and body, governing both sensation and coordinated movement.
What Is a Freshwater Leech and Is It Harmful?
Uncover the truth about freshwater leeches, understanding their natural role, common interactions, and practical advice for safe encounters.
The Chemical Structure of Estrogen and Its Function
Uncover the intricate chemical structure of estrogen and how its unique design precisely governs its essential biological roles.
What Is Anti-Spike Action Against the Spike Protein?
Explore the scientific basis for neutralizing the SARS-CoV-2 spike protein, from its biological function to the pathways involved in its clearance.
What Are Pyrazines? The Science of Food and Nature’s Aromas
Delve into the science of pyrazines, the aromatic compounds that define the scents of cooked foods, raw plants, and serve crucial roles in nature.
Meniscal Root Tear MRI: Key Signs and Findings
Gain insight into how an MRI reveals a meniscal root tear, detailing the specific visual markers and their effect on overall knee joint integrity.
What Is GAPDH? Its Role in Energy, Research, and Disease
Beyond its role in energy production, the enzyme GAPDH serves as a complex and sometimes variable benchmark for research and cellular health.
Breast Cancer Shoulder Pain: Causes and Connections
Learn to distinguish between shoulder pain caused by breast cancer itself and discomfort that can develop as an aftereffect of medical treatments.
What Is a Melatonin Peptide and How Does It Work?
Explore the science of a peptide that influences the body's natural melatonin cycle and cellular health, distinct from the well-known sleep hormone.
Erythritol and Diabetes: The Risks and Benefits
A look at the sugar substitute erythritol, weighing its favorable effect on blood glucose against considerations from emerging health research.
Freshwater Sponge: Identification, Habitat, and Importance
Explore the life of the freshwater sponge, a resilient organism whose presence reveals water quality and supports a complex aquatic micro-ecosystem.
What Is an Autism Fixation or Special Interest?
An autistic special interest is more than an intense hobby. Explore the fundamental role these passions play in providing regulation, structure, and identity.
What Is Endosomal Escape and Why Is It Important?
Learn about the shared biological challenge facing both medical therapies and viruses: how to navigate a cell's internal defenses to function effectively.
Precision Psychiatry: What Is It and How Does It Work?
Learn how mental health care is shifting from symptom-based diagnoses to a more personalized approach using an individual's unique biological data.