Learn how medical imaging provides a clear path for diagnosing intussusception and how a specialized X-ray technique can often resolve the condition non-surgically.
Learn how the vast majority of your serotonin works within the gut to regulate digestion and indirectly signal the brain, impacting your overall well-being.
A finding of clonal plasma cells raises questions. Explore how these immune cells develop and why their presence requires careful medical evaluation and monitoring.
Explore the complex factors affecting bumblebee populations, their critical function in our ecosystem, and the role our choices play in their survival.
Beyond their shared purpose as herbicides, glufosinate and glyphosate have distinct chemical profiles that guide their use, efficacy, and regulatory standing.
By isolating the cell's nucleus, researchers gain an unfiltered view of the genome, enabling a precise understanding of gene expression, health, and disease.
Learn how medical devices deliver antibiotics to a specific infection site, a strategy used to enhance treatment efficacy and minimize systemic drug exposure.
Explore how EEG neurofeedback works as a non-drug ADHD treatment, using brainwave data to guide the brain toward improved self-regulation and function.
A hypopyon is an accumulation of inflammatory cells in the eye, pointing to a significant underlying issue requiring swift diagnosis and targeted therapy.
Explore the molecular mechanics of how the FLS2 receptor acts as a cellular sensor, triggering the signaling cascade that launches a plant's immune defense.
A pT3 finding on a pathology report is a crucial step after surgery. Learn how this detail helps define your full diagnosis and guide your plan for care.
Learn about hydrosyringomyelia, a neurological condition involving a fluid-filled cavity in the spinal cord, and the key approaches to managing its progression.
Explore the scientific reality of eye transplantation, from the biological hurdles preventing whole-eye procedures to the sight-restoring surgeries possible today.
Discover how analyzing rare cancer cells from a blood test provides minimally invasive, real-time insights to help monitor disease and guide treatment decisions.
Learn how investigational anti-TIGIT therapy enhances the immune system's cancer-fighting ability by blocking a key inhibitory signal, often with other immunotherapies.