Serebryansky Yuri Evstafievich

Intravenous laser blood irradiation in the international clinic Medica24

In the international clinic Medica24, intravenous laser blood irradiation is actively used in comprehensive rehabilitation programs after operations and for other restorative, therapeutic, and preventive purposes.

Intravenous laser blood irradiation

In the international clinic Medica24, intravenous laser blood irradiation is actively used in complex rehabilitation programs after operations and for other restorative, therapeutic, and preventive purposes.

Serebryansky Yuri Evstafievich

Serebryansky Yuri Evstafievich

The range of indications of this method is very wide. This is due to the fact that it triggers biochemical reactions that affect the rheological properties of blood, oxygen transport, and the functioning of the immune system.

ILBI procedures in our clinic will give you the opportunity to fully enjoy the benefits of this procedure.

Intravenous laser blood irradiation (ILBI) has proven itself in restorative medicine on a scientific evidence basis. This method, developed in the 20th century by the works of German, American and Soviet scientists, can be said to be lucky. The effectiveness of ILBI was quickly proven and rarely questioned. Compared to many other new, progressive methods of treatment, intravenous laser blood irradiation quickly entered clinical practice and is now widely used throughout the world, including in advanced, leading medical centers.

Operating principle

In fact, this is one of the ways to purify the blood. The principle of operation is based on the positive effect of laser light energy when it is absorbed by blood cells. To do this, an optical fiber is introduced into the venous bed, which serves as a conductor of laser light.

The blood flowing through the venous bed is exposed to light. By absorbing light energy, the cells release calcium ions, the electrical charge of erythrocytes changes, and the ability to deform increases. This triggers complex biochemical processes, resulting in a complex effect.

Intravenous laser blood irradiation

Cellular metabolism improves, the synthesis of useful nucleic acids, enzymes necessary for the body, ATP (adenosine triphosphoric acid), the release of nitric oxide, and a number of other positive changes occur. In particular, the fluidity of the blood increases, which improves the delivery of oxygen to organs and tissues. The procedure stimulates activity, the production of interferons.