An overview of the clinical pathway for neonatal HIE, a brain injury caused by oxygen loss at birth, from its origins through intervention and long-term outlook.
Learn how an integrated plan of medical, therapeutic, and supportive care helps manage the symptoms of spinocerebellar ataxia and support daily function.
Explore the intricate science of creating medicines for the central nervous system, from persistent biological hurdles to the advanced strategies now accelerating progress.
GPR174 is a cellular receptor that fine-tunes immune suppression. This crucial role explains its connection to both autoimmune disorders and cancer progression.
Explore the biochemical mechanism by which ketamine influences the brain's glutamate system, leading to enhanced neural flexibility and therapeutic potential.
A gene test analyzes your DNA to provide information for medical decisions. Learn how this tool works and the context required to interpret the findings.
Explore the evolving approach to heart care, where individualized data informs more precise, proactive, and less invasive treatment and prevention plans.
Learn how the natural process of bone remodeling maintains bone health and understand the factors that can cause this delicate system to become unbalanced.
Learn about common eye deposits, their connection to underlying conditions like dry eye, and why professional removal is only needed when symptoms arise.
Learn about the Kashmir musk deer, a unique Himalayan species. Its prized musk gland, valued in perfumery, has led to poaching and its endangered status.
Discover MALAT1, a non-coding RNA that acts as a fundamental regulator of cellular activity. Learn how its function is connected to disease and therapeutic development.
Learn how guided visual exercises use motion to recalibrate the brain's link to the vestibular system, improving balance and reducing visual dizziness.
Gain a clearer understanding of how products work by focusing on the key ingredient that provides the main effect and the purpose of the other components.
Explore the antibody's hinge region, a unique molecular tether whose structural design dictates the flexibility required for effective antigen binding and immune signaling.
A bird's lightness is no accident. Explore the interconnected evolutionary adaptations across a bird's entire anatomy that minimize weight for efficient flight.