Learn how your risk for cirrhosis is shaped by more than just lifestyle. This article explores the nuanced role genetics play in long-term liver health.
Understand how a key group of oral bacteria contributes to gum disease and impacts systemic wellness. Learn about managing and preventing their effects on health.
Body Surface Area (BSA) provides a more precise view of heart health than weight, leading to more accurate clinical assessments and personalized treatments.
Eupnea describes the body's default state of quiet, unlabored respiration. Explore the features of this automatic process and how it contrasts with other breathing patterns.
Learn the science of how the brain converts conscious effort into automatic physical skills, transforming deliberate practice into unconscious, fluid movement.
Understand how degenerative changes in the cervical spine can cause progressive muscle weakness and atrophy in the arms, a condition known as spondylotic amyotrophy.
An evidence-based overview of neurofeedback, assessing the quality of research for this brain-training therapy and its practical role in modern treatment.
Triple X syndrome is a common genetic variation in females with a wide range of effects. Learn about its origins and the supportive care that helps individuals thrive.
PET imaging allows researchers to observe the brain's chemical and metabolic activity, providing critical insights into the biological basis of schizophrenia.
Explore the neural process that integrates physical sensation with motor commands, enabling the body's fluid, purposeful interaction with its environment.
Understand the strategic use of bacteriophage mixtures to overcome bacterial resistance and provide a highly specific treatment for complex infections.
Investigate the shared biological pathways, including inflammation and hormones, that link endometriosis with recurrent yeast infections and their management.
Discover aporphine alkaloids, a class of natural compounds, and understand the link between their chemical structure and their pharmacological significance.
Discover the physiological origins of deep exhaustion. This article explores how your body's energy supply and internal signaling contribute to persistent fatigue.