Heart Attack Due to Atherosclerosis (Full version)

Shalina TV Content Type
Diseases and Conditions
Interests
Cardiology
Emergency Medicine
Surgery
Internal/Family Medicine
Speciality
Cardiology
Surgery
Emergency Medicine
Internal/Family Medicine
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Event Data
{"title":"Heart Attack Due to Atherosclerosis (Full version)","url":"https:\/\/go.openathens.net\/redirector\/shalina.com?url=https:\/\/ebscosafe.smartimagebase.com\/view-item?ItemID=32039","id":"ANC00192","category":null,"therapy_area":["Cardiology"," Emergency Medicine"," Surgery"," Internal Medicine"],"keywords":null,"description":"This 3d medical animation illustrates the story of a heart attack (myocardial infarction) from a blocked coronary artery due to atherosclerosis, which is chronic inflammation of the blood vessels. Beginning with damage to the endothelial arterial wall, the animation shows how a white blood cell entering the wall of the artery differentiates (changes) into a macrophage, grabbing and digesting cholesterol. As the cell does its job, it transforms into a foam cell, which, unfortunately, becomes part of the plaque within the blood vessel wall. Ultimately, over a period of years, the plaque grows and ruptures the blood vessel wall, spilling into the blood stream and eventually blocking the left anterior descending coronary artery (LAD) supplying the left ventricle. The animation ends showing an external view of the heart with dark area representing the death of the ventricle wall."}
ISSN
ANC00192
IS_Ebsco
true
Description

This 3d medical animation illustrates the story of a heart attack (myocardial infarction) from a blocked coronary artery due to atherosclerosis, which is chronic inflammation of the blood vessels. Beginning with damage to the endothelial arterial wall, the animation shows how a white blood cell entering the wall of the artery differentiates (changes) into a macrophage, grabbing and digesting cholesterol. As the cell does its job, it transforms into a foam cell, which, unfortunately, becomes part of the plaque within the blood vessel wall. Ultimately, over a period of years, the plaque grows and ruptures the blood vessel wall, spilling into the blood stream and eventually blocking the left anterior descending coronary artery (LAD) supplying the left ventricle. The animation ends showing an external view of the heart with dark area representing the death of the ventricle wall.

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