An overview of bioprinting, a process using biological materials to fabricate living tissue and its impact on medical research and therapeutic development.
Friction burns are more than a simple scrape. Understand how to properly clean and care for these injuries at home to prevent infection and support healing.
Discover the temporary ovarian structure that produces key hormones, governing the uterine environment and determining the outcome of the menstrual cycle.
Lingering tobacco residue creates an unseen risk in your home. Learn how this exposure occurs and why infants are uniquely susceptible to its health effects.
Understand a research method that analyzes population-level data to find correlations and guide further scientific inquiry, avoiding common interpretation errors.
This article examines the fastigial nucleus, a deep brain center that processes sensory information to regulate balance, posture, and coordinated motion.
A comprehensive overview of the Rituxan (rituximab) treatment journey, balancing clinical information on the process with real-world patient experiences.
Learn how deactivating the B2M gene alters a cell's immune visibility, a critical step in developing universal therapies and understanding disease evasion.
Learn to identify horse-flies and deer-flies by understanding their biology, from their distinct physical traits to the behaviors that drive their interactions.
Explore Still's disease, a rare systemic inflammatory arthritis. Understand how it's identified via a diagnosis of exclusion and the goals of modern treatment.
Explore *Syntrichia caninervis*, a desert moss whose cellular strategies for surviving extreme dryness are vital for its ecosystem and for scientific innovation.
Learn how the body's immune system can cause cardiac inflammation and the integrated approach used to manage both the immune response and heart function.
The GPR139 receptor translates dietary amino acids into neural signals, making it a key focus for developing novel neurological and psychiatric therapies.
Discover why designer drugs exist in a legal gray area. Understand how their constantly changing chemical structures lead to unpredictable and dangerous effects.