Learn how BAC transgenesis creates mouse models that incorporate large DNA fragments, ensuring more physiologically accurate gene expression for research.
Discover the collective power of plankton. These microscopic drifters form the base of marine life and are a fundamental driver of planetary processes.
Learn about the apical side of a cell, a key aspect of cell polarity that allows tissues to create functional barriers and manage environmental interactions.
Understand transpedicular decompression, a targeted surgical approach for relieving nerve pressure and its place among other spinal decompression options.
Learn how short, repeating DNA sequences create a unique genetic profile. Understand the science behind this fundamental tool for human identification.
Understand the fascial system, the body's network of connective tissue that impacts everything from movement and flexibility to unexplained aches and pains.
Understand how nonsteroidal anti-inflammatory eye drops work to relieve pain and swelling, and learn about their specific role in ophthalmic treatment.
Explore the protein content of potatoes, an often-overlooked source. Learn about its quantity and the high biological value of this plant-based protein.
Understand the dynamic nature of ecosystems, where temporary disruptions are not an end but a vital process for renewal, diversity, and long-term resilience.
Understand how the herpes virus can be present without symptoms. This overview explains the transmission process and ways to navigate sexual health responsibly.
Explore the genetic factors behind increased hereditary cancer risk in the Ashkenazi Jewish population and how this knowledge informs proactive health decisions.
Learn how an ear thermometer provides a core temperature reading and the steps needed to ensure the measurement you take is both meaningful and accurate.
An overview of Ewing sarcoma in the spine, detailing how the tumor's location influences the entire course of care from diagnosis to long-term recovery.
Discover how metronomic chemotherapy uses a low, continuous dosing strategy to manage cancer by influencing the tumor's environment and the immune system.
Modafinil's cognitive effects arise from a dual mechanism: boosting excitatory neurotransmitters while also indirectly easing the brain's inhibitory GABA system.