Arteriosclerosis. A diseasecharacterizedbyhardeningand narrowing of the arteriesdueto fatty and cholesterol plaques, whichreducesblood flowandincreasesthe riskof heart attack, cerebrovascular accident,and other cardiovascularcomplications.
Atherogenic plaque rupture is a critical event where a fatty plaque
breaks, forming a clot that blocks blood flow and increases the risk
of heart attack and stroke, requiring urgent medical care.
Atheroma plaque rupture is a critical event where a cholesterol
plaque breaks, forming a clot that blocks blood flow and increases
the risk of heart attack and stroke, requiring urgent medical care.
Analysis of atherosclerosis. Evaluation of the accumulation of
plaques in arteries formed by lipids and inflammatory cells, which
reduce blood flow and increase the risk of cardiovascular diseases,
being key for diagnosis and prevention.
Atherosclerotic plaque and atherothrombosis. Rupture of a plaque
cholesterol in the artery that generates a clot, blocking the flow
blood flow and increasing the risk of having a heart attack and stroke
cerebrovascular, requiring urgent attention.
A bicameral pacemaker usestwowirestocoordinatethe atrium andthe ventricle. By stimulatingbothchambersin sequence, it
mimics and improvesthe naturalrhythmof the heart and optimizes
blood pumping.It ismore advancedthan a camera.
Biventricularpacemakersservea generalfunctioninthe improvementof cardiacsynchronization. In addition, it isa
deviceimplantableelectronicsdesignedtotreatinsufficiency, advancedcardiacarrest, anduncoordinated heartbeat
The cardiac atrial appendage has a general function related to
atrial dynamics. Moreover, under normal conditions, it may
contribute to left atrial contraction. Additionally, it may act as
a temporary blood reservoir.
Cardiopulmonary anatomy describes how the heart,
lungs, and blood vessels work together to circulate
oxygen, remove carbon dioxide, and support cellular
metabolism and physiological balance.
The cardiopulmonary system integrates the heart and
lungs to circulate oxygen, remove carbon dioxide, and
deliver nutrients throughout the body, supporting cellular
function and maintaining physiological balance.
Cardiopulmonary system anatomy describes how the heart,
lungs, and blood vessels work together to transport oxygen,
remove carbon dioxide, and support circulation and
respiration.
Cardiorespiratory anatomy describes how the heart and
lungs work together to circulate oxygen, remove carbon
dioxide, and support cellular metabolism and body balance.