hepatic sinusoid
liver sinusoid

These vessels ultimately empty into the hepatic sinusoids to supply blood to the liver.

In contrast, hepatic sinusoids have a low reflection coefficient as they are quite permeable to protein.

This leads to increased portal vein and hepatic sinusoid pressures as the blood flow stagnates.

Microthrombi and scattered bacteria were present in hepatic sinusoids, and heterophils were in some renal tubules.

Rather, it is part of a portal venous system that delivers venous blood into another capillary system, namely the hepatic sinusoids of the liver.

Histopathology showed hemorrhage, intravascular microthrombi and necrosis in the upper dermis, renal glomeruli, lungs, and hepatic sinusoids.

Ductus venosus - A sphincter in the ductus venosus constricts so that all blood entering the liver passes through the hepatic sinusoids.

The normal hepatic sinusoid consists of a fenestrated endothelial capillary, behind which, and adjacent to the border of the hepatic pallisade, is the space of Disse.

The belief that pathology in schistosomiasis is wholly egg-centred requires reassessment in light of the report of 'capillarization' of hepatic sinusoids in infected mice before the onset of egg production (J.-A.

PCFT is expressed to a lesser extent elsewhere in the small and large intestine along with the canalicular membrane of the hepatic sinusoid and in the apical brush-border membrane of the proximal tubule of the kidney.

The hepatocyte is a complex and multifunctional differentiated cell whose cell response will be influenced by the zone in hepatic lobule, because concentrations of oxygen and toxic substances present in the hepatic sinusoids change from periportal zone to centrilobular zone10.

The term hepatojugular reflux was previously used as it was thought that compression of the liver resulted in "reflux" of blood out the hepatic sinusoids into the great veins thereby elevating right atrial pressure and visualized as jugular venous distention.

Liver sinusoids, which help hepatocytes transport a small number of molecules to and from the blood stream.

Blood flows through the liver sinusoids and empties into the central vein of each lobule.

They receive the blood mixed in the liver sinusoids and return it to circulation via the hepatic vein.

These blood vessels subdivide into small capillaries known as liver sinusoids, which then lead to a lobule.

After draining into the liver sinusoids, blood from the liver is drained by the hepatic vein.

Venous blood from the ileum goes straight into the portal vein and then into the liver sinusoids.

Some are used to make plasma proteins, but most leave through liver sinusoids to be used by body cells to construct proteins.

The liver sinusoids are lined with two types of cell, sinusoidal endothelial cells, and phagocytic Kupffer cells.

Liver sinusoids are different from the rest of the body's sinusoids since they have macrophage cells intercalated in between their endothelial cells.

After migration of hepatoblasts into the septum transversum mesenchyme, the hepatic architecture begins to be established, with liver sinusoids and bile canaliculi appearing.

Zahn infarcts are unique in that there is collateral congestion of liver sinusoids that do not include areas of anoxia seen in most infarcts.

Between the hepatocyte plates are liver sinusoids, which are enlarged capillaries through which blood from the hepatic portal vein and hepatic artery enters via the portal triads, then drains to the central vein.

Trapping of bacteria under flow has been imaged directly in flow chambers in vitro and intravital microscopy demonstrated that bacterial trapping occurs in the liver sinusoids and lung capillaries (sites where platelets bind neutrophils).

A liver sinusoid is a type of sinusoidal blood vessel (with fenestrated, discontinuous endothelium) that serves as a location for mixing of the oxygen-rich blood from the hepatic artery and the nutrient-rich blood from the portal vein.

While it was originally proposed that NETs would be formed in tissues at a site of bacterial/yeast infection, NETs have also been shown to form within blood vessels during sepsis (specifically in the lung capillaries and liver sinusoids).