coronary circulation
The correct answer is faintness, dizziness.
Obstuction of blood flow to the heart resulting in damage/death of heart muscle tissue.
In infarct is an area of dead tissue due to lack of blood flow. Such dead tissue is a myocardial infarct or myocardial infarction when found in the myocardial tissues.
Pulmonary circulation (between the heart and lungs) Systematic circulation (between the heart and the rest of the body) Coronary circulation (the heart's own blood supply/supply to cardiac tissue)
The heart is primarily composed of three types of tissue: cardiac muscle tissue, connective tissue, and epithelial tissue. Cardiac muscle tissue enables the heart to contract and pump blood effectively. Connective tissue provides structural support and helps maintain the heart's shape, while epithelial tissue lines the heart chambers and forms the endocardium, playing a role in regulating blood flow and preventing clot formation.
Connective tissue flows through the heart and blood vessels.
The flaps of tissue that allow blood to flow in only one direction are called "valves." In the context of the cardiovascular system, they are crucial for ensuring that blood moves efficiently through the heart and blood vessels.
The heart.
The pressure of blood in the arteries, known as arterial blood pressure, is crucial for driving blood flow from the heart to the tissues. Higher pressure facilitates the delivery of oxygen and nutrients by creating a sufficient gradient that pushes blood through the circulatory system. If arterial pressure is too low, blood flow can be inadequate, potentially leading to tissue hypoxia and impaired function. Conversely, excessively high pressure can strain the heart and damage blood vessels, affecting overall circulation.
The type of blood flow that is needed for muscle tissue is skeletal muscle blood flow. Skeletal muscle blood flow is important for both voluntary and involuntary muscles.
Angina is chest pain cause by reduced blood flow to the heart.
Arteries. AORTA carry blood from the heart {left ventricle} to the tissue.