Vacuum-Electrophoresis

Vacuum Electrophoresis: A combination of medicinal electrophoresis and reduced air pressure in physiotherapy

Physical therapy is an important field of medicine that uses physical therapies to improve the health and functional status of patients. One of the innovative methods of physiotherapy is vacuum electrophoresis, which combines medicinal electrophoresis and reduced air pressure in the area where electrodes are applied. This method provides unique advantages and opportunities for effective treatment of various diseases.

Vacuum electrophoresis is based on the use of electric current and reduced air pressure to deliver medications to the patient's body. The procedure involves the use of special electrodes that are applied to the patient's skin in the desired area. A vacuum field is then created around the electrodes, which leads to a decrease in air pressure. In this case, medications applied to the electrodes are infiltrated into the deep layers of the patient’s tissues under the influence of electric current.

Vacuum electrophoresis provides a number of advantages over traditional drug delivery methods. Firstly, reduced air pressure helps to increase the penetration of drugs into tissues, which allows for a deeper and more effective effect on problem areas. Secondly, electrophoresis enhances the penetration of medicinal substances due to the electric field, which contributes to a more uniform distribution of the drug in tissues and increases its bioavailability. Thus, vacuum electrophoresis allows one to achieve better therapeutic results in comparison with other methods.

Vacuum electrophoresis is used to treat various diseases and conditions, such as myofascial syndrome, osteochondrosis, arthritis, radiculitis, sports injuries and other pathologies of the musculoskeletal system. It can be used in complex therapy, including other methods of physiotherapy, as well as as an independent procedure. Vacuum electrophoresis has minimal side effects and contraindications, which makes it a safe and affordable treatment method.

In conclusion, vacuum electrophoresis is a modern and effective method of physical therapy that combines drug electrophoresis and reduced air pressure. This method has unique advantages, such as enhanced penetration of drugs into tissues and increased bioavailability. Vacuum electrophoresis has found wide application in the treatment of various diseases of the musculoskeletal system and is a safe and effective method of physiotherapy.

Vacuum electrophoresis (VEFT) is increasingly playing a key role in the active treatment of patients with skin diseases. This technique is based on the combined effect of a negative electric charge and vacuum on the skin. The intensity of the development of the disease is directly related to impaired blood circulation; accordingly, the skin is the first place where the lack of nutrients affects. Hypoxia and tissue innervation gradually develop - atrophy progresses. Oxygen deficiency disrupts the activity of physiological structures located in the affected areas of the skin, and the condition gradually worsens. The vacuum-electric method eliminates degenerative processes, normalizes the functioning of nerve endings, and enhances the functioning of receptors. Feature: Electro