What is EMTT?

Extracorporeal Magnetotransduction Therapy (EMTT) stands as a revolutionary technique to addressing musculoskeletal conditions, supplying a non-invasive technique for regeneration and rehabilitation. This therapeutic technique employs high-energy electromagnetic pulses directed towards affected areas, distinguishing itself through a particular combination of higher oscillation frequency and magnetic field strength, called effective transduction power. The underlying belief is that these distinctive properties can significantly augment the body’s natural healing processes.

In the EMTT treatment process, high-energy magnetic pulses are transmitted to specific tissues at exceptionally high oscillating frequencies, ranging from 100 to 300 kHz. The penetrating capacity of these waves extends up to 18 cm beneath the skin, reaching challenging anatomical structures such as tendons, muscles, bones, and nervous tissues. The key lies in the synchronization of EMTT with the body’s magnetic fields, creating a disturbance that triggers a regenerative response.

The administration of EMTT is facilitated through a handheld or freestanding applicator, ensuring no direct contact with the patient’s body. Electromagnetic transduction is harnessed to produce a magnetic field in a high-speed generator, emitting impulses at a frequency of 3 Hz. Each nanosecond-released impulse induces an electrophysical reaction without causing an increase in tissue temperature. Importantly, EMTT is characterized by its relatively painless nature, minimal discomfort, and the absence of known negative side effects. Throughout the outpatient procedure, which typically lasts between 5 to 20 minutes, the patient remains fully clothed, and the applicator avoids direct contact with the skin. This underscores the versatility and patient-friendly aspects of EMTT as a promising modality for musculoskeletal care.

How is EMTT intended to be used?

Extracorporeal Magnetotransduction Therapy (EMTT) has been specifically crafted to address musculoskeletal conditions by offering a non-invasive approach to regeneration and rehabilitation. This therapeutic method harnesses high-energy electromagnetic pulses targeted at affected areas, distinguishing itself through heightened oscillation frequency and magnetic field strength, denoted as effective transduction power. The unique attributes of EMTT are anticipated to amplify the body’s inherent healing processes.

In the application of EMTT therapy, high-energy magnetic pulses are meticulously directed toward specific tissues at exceptionally high oscillating frequencies ranging from 100 to 300 kHz. This targeted approach enables the penetration of deep tissues, reaching up to 18 cm beneath the skin’s surface. EMTT is designed to effectively address challenging anatomical structures, including tendons, muscles, bones, and nervous tissues. Its therapeutic efficacy is intricately linked to its ability to synchronize with the body’s magnetic fields, thereby creating a disturbance that stimulates a regenerative response.

EMTT is intended for use through a handheld or freestanding applicator, ensuring that there is no direct contact with the patient’s body. Employing electromagnetic transduction, EMTT generates a magnetic field in a high-speed generator, releasing impulses at a frequency of 3 Hz. These nanosecond-released impulses induce electrophysical reactions without causing a temperature increase in the treated tissues.

Crucially, EMTT is designed to be a relatively painless procedure, minimizing discomfort and presenting no known negative side effects. The patient remains fully clothed during treatment, and the applicator avoids direct contact with the skin. This outpatient procedure typically spans between 5 to 20 minutes, with the duration varying based on the specific condition being addressed. EMTT, with its patient-friendly attributes, emerges as a targeted and promising therapeutic intervention for musculoskeletal conditions.

How does EMTT work?

In the process of EMTT therapy, high-energy magnetic pulses are transmitted to targeted tissues at exceptionally high oscillating frequencies ranging from 100 to 300 kHz. The waves generated have the capability to penetrate deep tissues, reaching depths of up to 18 cm beneath the skin’s surface. This targeted approach allows EMTT to address challenging anatomical structures like tendons, muscles, bones, and nervous tissues. The therapeutic effectiveness of EMTT hinges on its ability to synchronize with the body’s magnetic fields, creating a disturbance that prompts a regenerative response.

EMTT is administered through a handheld or freestanding applicator, ensuring no direct contact with the patient’s body. Employing electromagnetic transduction, EMTT generates a magnetic field in a high-speed generator, emitting impulses at a frequency of 3 Hz. Each impulse, released in nanoseconds, induces an electrophysical reaction without causing a rise in the temperature of the treated tissues.

What are the typical treatment areas?

The treatment area for EMTT is usually deep tissues beneath the skin’s surface which can include tendons, muscles, bones, nervous tissues, and joints.

How is EMTT different from other musculoskeletal treatments?

Extracorporeal Magnetotransduction Therapy (EMTT) distinguishes itself from other musculoskeletal treatments by virtue of its unique characteristics and patient-friendly approach. Unlike some magnetic field therapies, EMTT is specifically tailored for the regeneration and rehabilitation of musculoskeletal conditions. The core differentiator lies in its non-invasive nature, employing high-energy electromagnetic pulses directed at affected areas without necessitating physical contact with the patient’s body.

One key feature setting EMTT apart is its higher oscillation frequency and magnetic field strength, referred to as effective transduction power. This distinctive attribute is believed to play a pivotal role in enhancing the body’s natural healing processes, marking a departure from conventional magnetic therapies. EMTT therapy involves the transmission of high-energy magnetic pulses at exceptionally high oscillating frequencies, ranging from 100 to 300 kHz. This targeted approach enables the waves to penetrate deep tissues up to 18 cm beneath the skin’s surface, effectively addressing challenging anatomical structures such as tendons, muscles, bones, and nervous tissues.

The treatment methodology of EMTT further sets it apart, as it is delivered via a handheld or freestanding applicator that does not come into direct contact with the patient’s body. Electromagnetic transduction is harnessed to generate a magnetic field in a high-speed generator, emitting impulses at a frequency of 3 Hz. The precision of each impulse, released in nanoseconds, elicits an electrophysical reaction that doesn’t increase the temperature of the treated tissues. This meticulous approach contributes to the therapy’s relative painlessness, ensuring minimal discomfort and a lack of known negative side effects.

Moreover, the patient-friendly aspects of EMTT extend to the treatment process itself. The outpatient procedure, lasting between 5 to 20 minutes, is conducted with the patient fully clothed, and the applicator maintains a non-contact stance with the skin. This stands in stark contrast to some conventional musculoskeletal treatments, emphasizing EMTT’s effectiveness, comfort, and suitability for diverse patient needs.

How many treatments will I need?

The number of treatments for EMTT to have optimal results can vary on an individual’s health, but the typical number of sessions range from 6 to 12. Your healthcare provider will assess and discuss your health condition accordingly.

How long is the typical treatment?

EMTT treatment itself takes no longer than 30 minutes.

Is the recovery time long?

There’s no downtime with EMTT, so you can get the treatment, walk out of our office and get on with your day!

Is EMTT considered surgery?

No, EMTT is a non-invasive and non-surgical treatment!

What are the potential side effects?

EMTT has no side effects!