QRT operates at the cellular level by improving various physiological processes. It has been observed to decrease inflammation, mitigate pain, and reduce swelling. The therapy enhances blood circulation, augments cellular energy production, elevates cellular activity, promotes lymphatic flow, boosts collagen synthesis, and enhances muscle strength and flexibility. This contributes to tissue regeneration and repair. Moreover, the therapy’s ability to regulate neurotrophic factors and stimulate neurogenesis can enhance neurological recovery after injuries or lesions.

PEMF in QRT works at the cellular level by inducing electrical changes within cells and tissues. This process leads to increased cellular activity and improved blood flow, which enhances oxygen and nutrient delivery to cells. The enhanced cellular metabolism supports tissue repair, reduces inflammation, and accelerates the body’s natural healing processes.

Magneto-Mechanical Oscillations (MMO) refer to the specific mechanical coupled with magnetic oscillations produced by the handheld device used in QRT. When applied to musculoskeletal tissues, these oscillations induce a mechanical response that promotes relaxation, pain relief, and reduction of fatigue levels. Additionally, the MMO device facilitates lymphatic drainage, thereby mitigating swelling and preventing muscular tension. This phenomenon aligns with Faraday’s law of electromagnetic induction, which explains how oscillating magnets can induce microcurrents within tissues, thereby contributing to the restoration of cellular metabolism and intercellular communication.

Quantum Resonance Therapy is a breakthrough therapy that plays a major role in physiotherapy treatment, especially for orthopaedic, neurological and non-healing conditions, offering significant benefits for patients.

QRT accelerates rehabilitation by promoting cellular healing and reducing inflammation, pain, and swelling, resulting in quicker recovery for patients.

Through the combined application of MMO and PEMF, QRT can promote lymphatic drainage, reducing swelling and preventing muscle degradation caused by disuse. This effect contributes to overall tissue health and fluid balance.

QRT achieves pain relief by modulating nerve cell membrane potential. By hyperpolarizing the membrane potential, QRT raises the threshold required for releasing neurotransmitters that transmit pain signals. This effectively blocks pain signals from being transmitted, providing relief to individuals undergoing QRT.

Yes, QRT complements with other physiotherapy treatments effectively. Its ability to accelerate healing and reduce pain makes it a valuable addition to comprehensive rehabilitation programs.