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A venule is a very small blood vessel. It drains a capillary bed and meets up with other venules which drain blood into larger vessels called veins.
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∙ 11y ago
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What kind of vessel gives blood to a capillary?
Either a arteriole on the artery side or a venule on the vein side of the bed.
What does Klebsiella look like?
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Which one of the following sets of structures correctly lists the sequence of blood flow in the human body?
atrium, ventricle, artery, arteriole, capillary, venule, vein
What do periodic oscillations look like?
They look like blurs
What does Henderson look like?
what does Logan groove look like
What is a venule what is its length?
A venule is a smaller version of a vein.
What is the difference between a vein and venule?
A vein is larger than a venule. It is also closer to the heart and farther from the capillaries than a venule.
Why arterioles6 times thicker than the average venule?
The arterioles wall contains smooth muscle and elastic fibers and is six times thicker to handle the higher pressure in the arterioles. The venule is like a giant capillary.
What structure within a capillary bed shunts blood from arteriole to venule?
Artery -> Arteriole -> Capillary -> Venule -> Vein
Where does the thoroughfare channel end?
venule
The flow of blood from an arteriole to a venule is called what?
Microcirculation
What is the difference between arteriole and venule blood flow?
An arteriole transports oxygenated blood from the arteries to the capillary beds and a venule transports de-oxygenated blood from the capillary beds to the veins.
How does blood flow from capillary to venule?
By the process of diffusion.
Is a venule is a tiny tube which gathers blood returning from the capillaries?
true
What is a venule?
a smaller version of a vein.
What do venule do?
it is a part in the heart which reforms the bases of the muscle contamination in the heart.
What is responsible for gaining ECF from blood at the arteriole end and venule end?
Hydrostatic pressure is the force the gains the ECF from blood at the ends of the arteriole and venule. This process depends heavily on gravity for it to work properly.
