Gain a clear understanding of juvenile ALS, a rare neurological condition. This article provides insight into its unique characteristics and the comprehensive approach to care.
Learn how the structural loss of eyelid glands can disrupt your tear film, leading to eye discomfort, and explore strategies to manage and support gland function.
Benchtop sequencing brings genetic analysis from large centers to individual labs, enabling faster, more focused applications in research and medicine.
Researchers are exploring curcumin's potential for eye health, but challenges in delivery and formulation currently limit its practical, safe application.
Explore the natural history of the Indian Rock Python, from its biology as a powerful constrictor to its ecological role and modern conservation challenges.
Understand the environmental connection between rice cultivation and methane emissions, and explore the agricultural practices being developed to address this climate challenge.
Explore HANDL syndrome, a rare neurological condition where temporary, stroke-like events are identified through a process of exclusion for a benign outlook.
For persistent heel pain, plantar fasciitis care is evolving. Learn about advanced non-surgical and minimally invasive options beyond traditional methods.
Explore the amide bond, a single chemical structure whose stability is fundamental to the architecture of life's proteins and modern synthetic materials.
Olfactory dysfunction involves more than just smell loss; it can also distort scents. Learn how this condition is evaluated and the approaches used for management.
Explore the next phase of robotic surgery, where system advancements enhance surgeon control, improve procedural outcomes, and broaden access to advanced care.
Gain insight into basal breast cancer, a subtype defined by its molecular makeup. Understand how this profile influences its behavior, therapy, and long-term path.
Explore Lysophosphatidylethanolamine (LPE), a key signaling lipid derived from cell membranes that helps regulate cellular activity in health and disease.
Understand the physiological point where shock becomes irreversible, characterized by a failure to respond to therapy due to systemic cellular collapse.
Discover how the mouse striatum coordinates action and motivation, and how studying its neural circuits provides crucial insights into human brain disorders.
Explore the capabilities of magnetic resonance imaging, detailing how it reveals both indirect signs of nerve compression and direct evidence of nerve pathology.
A newborn's body composition has a purpose. This overview explains the factors behind birth size and provides context for a baby's health and growth after birth.