remove the debris such as bacteria from the blood as it flows. It empties into the central vein, and the blood drains from the liver via the hepatic veins.
They line the sinusoids.
Kupffer cells are phagocytes which line the sinusoids of the liver.
In the liver from hepatocytes (liver cells) in to the Hepatic sinusoids.
You have capillaries in the gastrointestinal tract. The capillaries unite to form the veins. You have again formation of the capillaries in the liver. Here the blood has to pass through the sinusoids to the central vein. The blood is accompanied by blood from the hepatic artery. The portal blood carry the nutrients. The hepatic artery carry the oxygen. The liver cells are metabolically active. They need both to perform the desired function. So you have very unique arrangement in the liver. So you have capillaries - veins - capillaries in portal circulation.
The nutrient arteries near the epiphyseal cartilage are nonanastomosing, thereby allowing any blockage to produce tissue necrosis and the sinusoids (venous side of capillary) have slow, turbulent flow predisposing to thrombosis.
Fourier series is the sum of sinusoids representing the given function which has to be analysed whereas discrete fourier transform is a function which we get when summation is done.
liver
sinusoids
yes
They line the sinusoids.
Hepatic macrophages are special phagocytic cells, also called Kupffer cells, that line the sinusoids and remove debris from the blood.
Sinusoids
maternal sinusoids
Macrophages that do not move, they are attached to wide blood vessels (sinuses or sinusoids).
Kupffer cells
Macrophages that do not move, they are attached to wide blood vessels (sinuses or sinusoids).
Kupffer cells are phagocytes which line the sinusoids of the liver.