Fecal Transplant for Autism: What the Science Says
Examines the scientific evidence for altering the gut microbiome to address symptoms in autism, including its status as an investigational treatment.
What Are Asari Clams and How Are They Used in Cooking?
Explore the sweet and briny flavor of the Asari clam. This guide covers the essential knowledge needed to properly select and prepare these clams at home.
Biological Drugs: What They Are and How They Work
Learn about biologics, a class of medicine derived from living systems that provides a targeted approach to treating complex health conditions.
Fazirsiran: A Treatment for Alpha-1 Liver Disease
Examines fazirsiran, an RNAi therapeutic for Alpha-1 liver disease, and its mechanism for reducing the protein accumulation that can lead to liver fibrosis.
The H2O2 Molecule: Its Structure, Properties, and Uses
Explore the science of H2O2, from its unique molecular shape to the chemical instability that defines its properties and versatile applications.
Hevolution: The Foundation Pushing Healthy Longevity
An overview of the Hevolution Foundation, a well-funded non-profit accelerating global geroscience research to improve how we age.
Small Intestine Cancer Survival Rates by Stage and Type
A clear overview of small intestine cancer prognosis, explaining what survival statistics mean and the various factors that shape an individual's outlook.
What Is smFISH and How Is It Used to Visualize RNA?
smFISH provides a direct view of gene expression by enabling scientists to precisely count single RNA molecules and map their location within a cell.
Why Chlorhexidine Staining Happens and How to Remove It
Learn about the chemical interaction causing tooth discoloration from chlorhexidine and how professional care and daily habits can manage this side effect.
What Structure Is Highlighted? How to Identify It
Learn a systematic approach for identifying any highlighted structure in a diagram. This guide provides a framework for finding the answer on your own.
What Is a Latching Mechanism and How Does It Work?
Learn how simple physical principles like interference, friction, and force are used to create the mechanisms that temporarily fasten objects together.
What Is the Link Between MTHFR and Anxiety?
A common genetic variation can impact how your body processes key nutrients for mood, potentially creating a biological basis for feelings of anxiety.
Tebentafusp: Use, Side Effects, and Clinical Outcomes
A review of tebentafusp, a bispecific fusion protein that improves survival in certain metastatic eye cancers by engaging the patient's own T-cells.
The Biology of Human Speech: How We Evolved to Talk
Explore the biological underpinnings of vocal communication. Learn how our unique anatomy and neural circuitry work in concert to produce the sounds of human speech.
What Is Electro Stimulation and How Does It Work?
Understand how applying targeted electrical currents can interface with the body's nervous system to manage physiological responses and enhance physical function.
Maxillary Lip Tie: Signs, Diagnosis, and Treatment
Learn how the tissue connecting an infant's upper lip to the gum is evaluated based on function and its impact on feeding, not just appearance.
Striated Muscle Tissue: Function, Types, and Location
Explore the fundamental biology of striated muscle. Learn how its organized structure powers both conscious physical movement and the constant work of the heart.
What Is Pipeline Embolization for Brain Aneurysms?
Explore how a minimally invasive device treats complex brain aneurysms by altering blood flow, which promotes healing and allows the aneurysm to shrink over time.
What Is Erectile Tissue and How Does It Work?
Delve into the biology of erectile tissue, a specialized vascular structure found throughout the body, and the physiological mechanisms that govern its function.
What Is an Earth System Model (ESM)?
Discover the complex simulations that function as a digital twin of our planet, integrating atmosphere, oceans, and life to project climate evolution.