highly perfused organs in the body include heart, brain, kidneys. I'm not sure about the lungs. highly perfused organs in the body include heart, brain, kidneys. I'm not sure about the lungs.
No because your heart is a muscle so there are no muscles within the heart.
The muscle that the heart is made out of is called the cardiac muscle. There are terms that represent heart attack and the heart muscle, but there isn't an exact scientific name for "heart". It's simply called heart.
Cardiac muscle forms the muscular wall of the heart. Cardiac muscle is involuntary muscle.
Cardiac muscle is found in the heart. The other two types of muscle are smooth and striated (skeletal) muscle.Cardiac muscle, the third kind of muscle (the other two being skeletal and smooth muscle.
Yes. Muscle is always perfused because cardiac output is constant ... That is unless the heart stops working. The other mechanism by which a muscle would cease to be perfused is if a tourniquet is applied or the blood supply is severed (i.e. trauma). Isometric exercise does not allow relaxation of the muscle. This causes rapid depletion of ATP. The cells begin to undergo anaerobic metabolism to keep up with energy requirements. This is why muscle tires quickly and begins to burn during isometric maneuvers.
highly perfused organs in the body include heart, brain, kidneys. I'm not sure about the lungs. highly perfused organs in the body include heart, brain, kidneys. I'm not sure about the lungs.
Your heart is a muscle. It is also called the myocardium. The muscle cells in the heart muscle are called myocardiocytes.
the heart is made out of a special type of muscle called cardiac muscle
The heart is a muscle.
The heart is a cardiac muscle
The muscle layer of the heart is the myocardium (or cardiac muscle).
The heart is a muscle so the heart is made of the cardiac muscle.
The heart IS a muscle.
The muscle of your heart MUSCLE would be your heart.
No because your heart is a muscle so there are no muscles within the heart.
The heart is made of smooth and cardiac muscle