Frank Starling's law of the heart refers to a length-tension relationship of cardiac muscle cells. As ventricles fill with blood, the extra blood causes a stretch of the muscle cells known as end diastolic volume. The greater the stretch, within limits, the greater the contractile force, and therefore the greater the ability to eject blood from the ventricles (end systolic volume) to the great vessels, pulmonary trunk or aorta.
Valves and blood vessels control the flow of blood through the heart. The aorta governs the functioning of these structures by being the main artery in the cardiac system.
No. These two are independent cardiac pathophysiologic phenomena.
Cardiac muscle forms the muscular wall of the heart. Cardiac muscle is involuntary muscle.
Cardiac muscle fibers.
Cardiac Muscle tissue =)
The term cardiac means 'related to the heart' and comes from Greek for heart.
"Cardiac" is an adjective that refers to the heart, e.g. cardiac muscle (aka the heart). A synonym (one of few), would be "heart-related."
fish and chips
The heart. The term cardiac (as in cardiology) means "related to the heart" and comes from the Greek καρδιά, kardia, for "heart."
No, an ulcer is a abcess not a cardiac muscle which is by the way related or part of the heart.
The heart.The term cardiac (as in cardiology) means "related to the heart" and comes from the Greek καρδιά, kardia, for "heart."
to control injury-related bleeding from the heart, cardiac compressions to restore a normal heart rhythm, or to relieve pressure on the heart caused by cardiac tamponade
The term "cardiac" generally refers to the heart. It is often used in medical contexts related to the heart's structure, function, or diseases.
A Cardiac MRI is used for diagnosing and assessing many conditions related to the heart and major blood vessels. These can include heart disease and heart valve problems.
The root word is actually cardio and it means heart
Cardiac physiology is the study of how the heart works, including its structure, function, and mechanisms of action. It involves understanding how the heart beats, pumps blood, and regulates blood flow throughout the body. Understanding cardiac physiology is essential for diagnosing and treating heart-related diseases.
Valves and blood vessels control the flow of blood through the heart. The aorta governs the functioning of these structures by being the main artery in the cardiac system.