Learn how combining genetics and light allows for precise control of cells, transforming our understanding of brain circuits and future medical therapies.
The angle a water droplet forms on a surface reveals its core properties, a principle that explains natural effects and guides the creation of new materials.
Explore a lab technique that isolates molecules with high precision, using size-based separation in a gel to yield exceptionally pure DNA, RNA, or protein samples.
The HPV genome's genetic instructions guide both viral replication and cancer risk. Explore how understanding this molecular blueprint is key to medical prevention and detection.
Explore the characteristics of heterogeneous arterial plaque. Learn how its mixed composition contributes to instability and increases the risk of a heart attack or stroke.
An overview of Spontaneous Bacterial Peritonitis, detailing its development in advanced liver disease, the diagnostic process, and essential medical management.
Noribogaine, a primary metabolite of ibogaine, is being investigated for addiction treatment. Learn how it may alter brain chemistry without the parent drug's psychoactivity.
Anterior vertebral body tethering is a surgical option for scoliosis that guides spinal correction throughout a patient's growth, preserving natural motion.
Examine the biological properties of the AAV9 vector that determine its therapeutic reach, from its molecular interactions to factors influencing its delivery.
Understand how observing the same individuals over many years allows researchers to identify the origins and progression of long-term health conditions.
Back pain is a common COVID-19 symptom. Understand the connection between the viral infection and muscle aches and what makes this type of pain different.
Explore why digestive problems can persist or develop after gallbladder surgery. Learn about the underlying factors and the steps toward diagnosis and relief.
Uncover the principles behind Xiao Yao San, a classic TCM herbal formula for addressing the body's response to stress and promoting emotional well-being.
Explore the scientific link between breath odor and cellular health. Learn how metabolic byproducts may indicate disease and are shaping future diagnostics.