Blood circulation Artificial

Artificial blood circulation (lat. circulatio artificialis, artificialis circulatoria) is a treatment method in which blood circulates outside the human body and then returns back to the circulatory system through special devices. This method is used in medicine to treat various diseases, such as heart, lung, kidney and liver diseases, as well as to perform operations on blood vessels and other organs.

Artificial circulation can be performed in a variety of ways, including the use of special machines such as artificial lungs or hearts. These devices allow you to keep the patient alive during surgery or treatment.

One of the main advantages of artificial circulation is that it allows you to treat patients who cannot be treated by other methods. In addition, this method can be used to perform complex operations on the heart and blood vessels, which can be life-threatening for the patient.

However, artificial blood circulation also has its disadvantages. For example, it can lead to disruption of the patient's immune system, as well as the development of infections and other complications. In addition, it can be an expensive and complex process that requires highly skilled specialists.

In general, artificial circulation is an important treatment method in medicine, which can save the lives of many patients. However, before using this method, you must carefully evaluate all the risks and benefits.

Artificial circulation (artificial circulation, translated from Latin - “artificial circulation” or exocrine regulation): this is a mechanical circulator that operates outside the vascular bed and replenishes the functions of impaired blood circulation in the body by transferring blood from one decompression tank through the artificial circulation apparatus, after which blood flows into other decompression tanks. Artificial blood circulation has been used since the beginning of the 20th century, when it became possible to administer anesthesia using barbiturates through this device. The device has two chambers and two parallel channels with water jet pumps