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Blood vessels come in three types: arterial, capillary, venous; and a fourth is the unidirectional flow of the lymphatic fluid in the lymph vessels.
Capillaries, having diameters between about 0.0005 to about 0.008 inches, are the smallest blood vessels.
Capillaries are the smallest blood vessels.
Arterioles are the smallest vessels of the arterial system, with a diameter of about 1/3 millimeter or smaller. There is much smooth muscle in their tunica media, which causes vasocontrictionwhen it contracts, and vasodilation when it relaxes. Such vasoconstriction and vasodilation plays two important roles in the cardiovascular system.controls of distribution of blood flow to different parts of the bodydetermines the total peripheral resistance
Capillaries are the smallest blood vessels, and they allow for gas exchange in the tissues.
capillaries are the smallest of the blood vessels. They connect the arterial system to the venous system and are the site of interaction between the blood and the rest of your body
Blood vessels come in three types: arterial, capillary, venous; and a fourth is the unidirectional flow of the lymphatic fluid in the lymph vessels.
WhaT is the major distribution sequence of vessels of the arterial blood from heart to brain
There are mainly two parts in Cardiovascular system. 1. Heart. & 2.Blood vessels. Blood vessels contains arterial system(aorta-artery-arteriols-capillary) & Venous system (venacava-vein-venules-capillary)
There are mainly two parts in Cardiovascular system. 1. Heart. & 2.Blood vessels. Blood vessels contains arterial system(aorta-artery-arteriols-capillary) & Venous system (venacava-vein-venules-capillary)
The smallest blood vessels in the body are capillaries.
Capillaries - they are the smallest vessels that serve as arteries and veins.
The smallest blood vessels are called capillaries.
The smallest blood vessels are the capillaries.
An arteriogenesis is an increase in the diameter of existing arterial vessels.
The answer is the arteriole
Conductance vessels distribute blood to and from the tissues. Arterial vessels also damp the pulse prssure, and veins contribute to venous capacitance.