Galvanopuncture

Galvanopuncture: Research and Applications

Galvanopuncture, derived from the combination of the words "galvano" and "puncture" (from the Latin punctura, meaning "puncture"), is a method of treatment and diagnosis based on the application of a weak electrical current through needles, tips or electrodes that are inserted into specific points on the patient's body.

This method has a long history and has been used in various cultures for centuries. Probably one of the best known examples of galvanic puncture is in Chinese traditional medicine, where it is known as “acupuncture.” However, galvanopuncture has also been studied and used in other medical systems such as Ayurveda and Tibetan medicine.

The principle of galvanopuncture is based on the assumption that in the human body there is a system of energy channels known as meridians or nadis. It is theorized that these meridians connect various organs and areas of the body and that blockage or imbalance of energy in the meridians can lead to disease and dysfunction.

During galvanopuncture, thin needles, tips or electrodes are inserted into specific points on the patient's body that correspond to specific meridians or organs. A weak electrical current is then passed through these electrodes. The intensity and duration of the current depend on the specific problem being treated.

The electrical current is believed to stimulate energy flows in the meridians, helping to restore balance and resist disease. It can also have an analgesic (pain-relieving) effect, affect blood circulation and the general condition of the body.

Galvanopuncture is widely used in modern medicine and alternative medicine to treat various conditions and diseases. It can be used to relieve pain, improve organ function, relieve stress and tension, improve immunity and overall well-being. In some cases, it can also be used to diagnose and evaluate a patient's condition.

However, despite the widespread use of galvanopuncture, its effectiveness and mechanisms of action still cause debate among the scientific community. Some studies support its beneficial effects, while others do not find sufficient evidence of its effectiveness.

It is important to note that galvanopuncture should be performed by experienced and qualified professionals, as improper use of this method can lead to unwanted side effects or tissue damage.

In conclusion, galvanopuncture is a treatment and diagnostic method based on the application of a weak electrical current through needles or electrodes inserted into specific points on the patient's body. It is widely used in various medical systems and alternative medicine, but its effectiveness and mechanisms of action remain the subject of research and debate. When using galvanopuncture, it is necessary to contact experienced specialists and observe safety precautions.

Galvanopuncture therapy is a method of influencing the body by introducing galvanic currents into bioactive points (acupuncture points). This is an electrotherapeutic method, a type of galvanization according to the Vermeule method or electroanalgesia. The impact is carried out using special medical devices - galvanic skin devices such as PON-3, 2-ESMA, Potok, Ion.

As a power source and stimulation tool, galvanic currents come from different components:

- direct current for biotron therapy; - low frequency sinusoidal current for pulse therapy.

The main characteristics of the effect are the value of the current and the duration of galvanotherapy. When turning on the galvanic current, it is necessary to establish such indicators that cause only a slight tingling or mild burning sensation in the patient. Next, the duration of the impact is recorded, i.e. duration of the procedure. Prolonged galvanic procedures that cause an unbearable burning sensation are unacceptable. The current must be turned on for 40-90 seconds.

Therapy can be carried out in several ways. The method of applying electrodes directly to the skin is often used, and the area will be limited to biological points; other areas cannot be affected. In this case, the current acts only locally, providing a targeted effect. In some cases, special sets are used, for example, Decl electrodes with rings. They are suitable for the treatment of cervical osteochondrosis, since they tend to increase the intervertebral distance. By lengthening the bone bends (for example, with intercostal neuralgia), the conductivity of the electrical current will improve.