Explore the clinical view of executive function challenges. Learn how these difficulties are recognized within the DSM-5 and assessed as part of other conditions.
Learn how scFv phage display connects an antibody fragment's gene to its function, enabling the selection of highly specific binders from vast libraries.
Gain insight into why the aorta's base may widen, how this condition is monitored, and the comprehensive medical strategies used to manage its progression.
Discover how treatments for genetic conditions are advancing, moving beyond symptom management to approaches that address the underlying biological mechanisms.
Explore how specific proteins serve as markers for brain connections, enabling scientists to measure synaptic health and its link to learning and disease.
Explore IGF2BP2, a protein that controls genetic information. Its activity is linked to both metabolic regulation and the progression of cellular disorders.
Explore the scientific view on Vitamin D's role in cellular protection. Learn how it supports the body's antioxidant network beyond its classic functions.
Learn how abnormal brain activity can alter one's perception of space and physical surroundings. Explore the neurological basis and the medical journey for this condition.
Explore the melanoblast, the embryonic precursor to pigment cells. Learn how its developmental journey informs our understanding of both coloration and melanoma.
Examine the biological rationale and early research on intermittent fasting for Parkinson's, balancing potential effects with crucial safety considerations.
Understand the anatomy of the tooth crown, the visible portion above the gumline. This guide explains its layered structure and its essential role in daily function.