- Diadynamic current

Mechanism of Action:

It has been proven that electrical stimulation leads to the inhibition of sensory nerve pathways, and in such cases, the release of inhibitory neurotransmitters has been successfully demonstrated. This plays a role in pain relief. Various types of stimulation currents were tested to determine which is most effective for pain relief, leading to the creation of, among others, the Bernard-type diadynamic current. The most commonly used diadynamic current form in our practice is LP, which has an analgesic effect.

Treatment Procedure:

The patient is comfortably positioned on the treatment bed, and the electrodes are placed according to the physiotherapist's instructions. A tingling sensation and temporary skin redness develop on the treated area. During the treatment, the current intensity is adjusted based on the patient's feedback. As a result of the treatment, blood circulation improves in the treated area, the absorption of harmful tissue fluids caused by inflammation accelerates, muscle tension decreases, and pain is alleviated. Since it causes local hyperemia, which results in skin redness, scratching is not recommended, and it is advisable to apply a small amount of body lotion after the treatment!

This current form is also suitable for iontophoresis.

Treatment Duration:

10-15 minutes.

Indications:

It can be considered for all musculoskeletal disorders where pain relief is desired. Such as degenerative diseases of the spine and/or large joints, as well as inflammatory rheumatic conditions (RA, SPA, tendinitis, tendovaginitis, bursitis, epicondylitis) for pain relief.

Contraindications:

Feverish conditions, acute infections, during menstruation in the lumbar spine area, thrombosis, damaged or inflamed skin, pregnancy, heart failure, cancerous conditions, implanted metal or prostheses in the treatment area, patients with pacemakers cannot receive high-frequency treatment, severe high blood pressure, severe arrhythmia. In the case of pacemakers or prostheses, the current must not be conducted through the affected area.