Tag: plaque rupture

The human vascular system relies on a network of flexible, unobstructed tubes to transport oxygen-rich blood to vital organs, but this system can be compromised by the gradual progression of arterial disease. This article analyzes a comparative diagram of a normal artery versus a diseased artery, highlighting the structural changes caused by cholesterol accumulation and the acute danger of thrombus formation. Understanding these anatomical differences is essential for recognizing the risks associated with cardiovascular conditions such as atherosclerosis and coronary artery disease.

Atherosclerosis is a chronic inflammatory disease characterized by the progressive buildup of plaques within arterial walls, a process often initiated by endothelial dysfunction. This detailed article elucidates the intricate stages of atherosclerosis, tracing its development from initial, histologically subtle changes to advanced, complicated lesions that pose significant cardiovascular risks. Explore the mechanisms, timeline, and clinical correlations of each stage in this pervasive disease.

This article explores the microscopic features of calcific atherosclerosis, a significant component of arterial disease, as illustrated by the provided image. We will delve into the anatomical layers of an artery and specifically examine the pathological changes associated with calcium deposition within atherosclerotic plaques. Understanding these intricate details is crucial for comprehending the progression and clinical implications of this widespread condition.