Bile Ducts Intrahepatic

Bile ducts Intrahepatic

The bile ducts are part of the liver and serve to transport bile from liver cells (hepatocytes) to the intestines. They are long tubes that pass through the liver tissue. They fall into two main categories:

**Biliary

The bile ducts are intrahepatic or **bile canaliculi**, connecting the gallbladder to the liver, and are the main depositor of bile in the organ. The sewer system contains such large components as the gall bladder, hepatic and gastrointestinal canals. Each of them is directly connected to a strictly defined area of ​​liver tissue. They have different sizes (microscopic), a branched surface (heterogeneous) and an extension that is not constant. The specific anatomical shapes of the branching tubules ensure the correct secretion of bile by the liver and its absorption from the intestine. In the liver tissues, they form a kind of sponge and are a microscopic intermediate link between the unstable communications of the gallbladder and hepatic capillaries.

A feature of the chemistry of the internal structure of the **intrahepatic bile ducts** is that in addition to the fact that carbohydrate metabolism occurs in the liver, an additional exchange of phospholipids and cholesterol occurs. The microscopic number of canal viscera does not increase the functional parameters of biological fluids: in feces, fecal fluid does not change its concentrations of urea, bile acid and other plasma components. A feature of the anatomical structure of the ducts is that hepatocytes scattered inside the channel are capable of transforming into mature liver cells. This property allows the liver to produce large quantities of blood clotting factors and receive a constant flow of connective tissue elements. Not all bile ducts receive the same protein content, which leads to the development of stromal pathology of the organ, and then turns into pathological deformations - cirrhosis, oncological deformation. The liver contains many essential sources of amino acids with a high content of keratins, vitamins and carbohydrate complex, so more attention should be paid to the individual characteristics and functional reserves of the human liver. Gastrointestinal and biliary epithelial ducts of intrahepatic analysis are associated with general cirrhosis and calculous cholecystitis. Severe inflammation of the bile flow develops, reaching the deep tissues of the liver, which is manifested by severe fibrosis and cirrhosis of the organ. It is important to determine the individual enzyme characteristics of the liver. Enzymes are most difficult to remove from people suffering from syphilis.