Discover the biological process of skin repair and why scar tissue is fundamentally different from the skin it replaces, from its cellular makeup to its appearance.
An overview of TrophAmine, an IV amino acid formula for pediatric nutritional support, detailing its function and the necessary clinical oversight for safe use.
Explore how the brain constructs the sensation of pain from physical signals, creating a unique experience shaped by our thoughts, emotions, and personal history.
Explore the biology of the trypanosome, a parasite that travels from insect vectors to human hosts, causing distinct illnesses in different parts of the world.
Uncover the functions of 2-oxoglutarate, a natural molecule that connects cellular energy generation with the control of genetic and structural integrity.
Explore how the integration of digital tools is shifting healthcare toward more personalized patient experiences, while addressing key data security considerations.
Understand Rhizophagus intraradices, a soil fungus that forms a critical partnership with plants, improving nutrient exchange, stress tolerance, and soil health.
Explore the management of spontaneous bacterial peritonitis, from initial antibiotic and albumin therapy to long-term strategies for preventing recurrence.
Understand the cellular mechanism that allows scientists to use insect cells to manufacture the complex proteins vital for developing vaccines and therapeutics.
These microscopic glands are essential for protecting our airways, but their malfunction is a key factor in the development of chronic respiratory conditions.
The piggyBac transposon system allows for the precise and stable integration of genetic material, providing a controlled method for advanced gene editing.