Veins of the Liver Lobules

The veins of the liver lobules (v. lobulorum hepatis) are vessels that provide blood circulation in the liver and also connect the liver lobules. They are branches of the hepatic vein, which collects blood from each lobule and directs it to the common hepatic duct.

The veins of the liver lobules have a thin wall consisting of endothelium, connective tissue and muscle fibers. They pass through the liver lobule and connect with each other to form venous vessels that form the hepatic vein.

One of the main functions of the veins of the liver lobules is to ensure blood circulation in the liver. Blood coming from the intestines passes through the liver lobules and is saturated with oxygen and nutrients. It then returns to the general bloodstream through the hepatic vein, where filtration and cleansing of toxins occurs.

In addition, the veins of the liver lobules play an important role in liver metabolism. They are involved in the metabolism of proteins, fats and carbohydrates, as well as in the production of bile necessary for the digestion of fats.

However, if the veins of the liver lobules become damaged or blocked, this can lead to poor circulation in the liver and the development of various diseases such as cirrhosis, hepatitis and others. Therefore, it is important to monitor the condition of the veins of the liver lobules and undergo regular medical examinations.