A venule is a small vein. A vein always carries blood to the heart and usually carries oxygen poor blood. Since the circulatory system is circular, all of the vessels connect at some point. That happens in capillary beds, which are where venules (small veins) and arterioles (small arteries) meet. Arteries carry blood away from the heart and are usually oxygen rich. Venules fuse to form veins that bring the blood back to the heart where it can get oxygenated and deliver it to body tissues where the whole cycle starts again.
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No, an function only contains a certain amount of vertices; leaving a logarithmic function to NOT be the inverse of an exponential function.
A venule is a smaller version of a vein.
A vein is larger than a venule. It is also closer to the heart and farther from the capillaries than a venule.
Small postcapillary venules consist entirely of endothelium just like capillaries (the larger venules have smooth muscle and thin externa as well). Also both capillaries and venules have no elastic tissues. Postcapillary venules are extremely porous which makes them more like capillaries then veins, and fluid and WBC's move easily into the bloodstream through these walls.
Artery -> Arteriole -> Capillary -> Venule -> Vein
venule
Microcirculation
Capillaries send blood to both arteries and veins.
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.
By the process of diffusion.
true
a smaller version of a vein.
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.