Sound Therapy Research, Vibroacoustics Research, and Techniques

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Sound Beds

John Stuart Reid is an English acoustics engineer, scientist, and inventor. He has studied the world of sound for over 30 years and speaks extensively on his research findings to audiences throughout the United States and the United Kingdom. Inventor of the CymaScope Pro, John's work is inspired by acoustic pioneers, Ernst Chladni, Mary D. Waller and Hans Jenny and has taken their findings to a new level. His primary interests lie in investigating sound as a formative force and discovering why sound heals.

https://www.cymascope.com/contactus.html

 

John Stuart Reid has made amazing discoveries through his research of sound frequencies using blood samples and more, working with scientists and doctors, and cutting-edge equipment. Below are some of his amazing finds:

Many of the biological mechanisms are activated by specific sound frequencies and by music, including:

  • Enhances nitric oxide (NO) production through active and passive acoustic stimulation of the nasal cavities and lungs by specific sound frequencies and music, resulting in a broad range of health benefits.

  • Nitric oxide production is essential for overall health because it allows blood, nutrients, and oxygen to travel to every part of your body effectively and efficiently.

  • Promotes pain mediation through stimulation of the body’s large A-beta fibers or A-alpha fibers in the area experiencing pain, thus causing the pain ‘gate’ to close. Also mediates pain by the ‘Descending Inhibition of Pain’ system, also referred to as the ‘top-down’ modulation of pain. Such effects can be initiated by music (or white noise) as a result of activating endogenous opioids.

  • The vagus nerve is stimulated via ‘sonopuncture’, particularly via the ears and voice, thus regulating internal organ functions, including digestion, heart rate, and respiratory rate, as well as promoting vasomotor activity and anti-inflammatory effects. Specific very low (sub-audible) frequencies may also be applied by full ear headphones, combined with music.

  • Increases the availability of oxygen binding to hemoglobin molecules by low-frequency sound pressure, thus breaking the pain-spasm-pain cycle or ‘splinting cycle’ by increasing the availability of oxygen to affected tissues.

  • Increases the availability of oxygen binding to hemoglobin molecules by low-frequency sound pressure, thus aiding tissue repair mechanisms.

  • Promotes stress reduction with a consequent reduction in blood pressure and cortisol levels, and induces a state of joy with a consequent increase in dopamine levels, leading to a proliferation of leukocytes, thus boosting immune system efficiency.

  • Stimulates the brain binaurally—by binaural beats—to create changes in brain state, with physiological benefits.

  • Stimulates cells that are ‘sleeping’ in the G0 phase, encouraging them to return to the normal cell cycle.

 

Clinical Research in Hospitals and Institutions:


Ongoing since 1995, the National Institutes of Health runs the most extensive program in the U.S. for vibroacoustic pain and symptom reduction, treating over 50,000 patients per year. In measuring the physiological and behavioral effectiveness of these interventions with 267 patients, Dr. Patrick George found over a 47.36% to 60.97% reduction of pain and symptoms.

 

Tests done with cancer and chemotherapy patients at the Jupiter Medical Center in Florida found similar results: 62.8% reduction of anxiety, 61.6% reduction of fatigue and between 61% to 74% decrease of pain for 27 patients in 41 vibroacoustics sessions.

 

A study at Duke University Medical Center also reported significant pain reduction for 20 women who had surgery for various cancers. Also at Duke, vibroacoustics was tested in physical therapy following total knee replacements, showing an increased range of motion. Heart surgeons using vibroacoustics therapy during cardiac surgery recovery found significant decreases in patients' use of sedative and pain medication, time spent on the ventilator, time spent in the cardiac unit, and overall time spent in the hospital.

 

These are but a few of the many studies on vibroacoustics. Many point to the effectiveness of the therapy in triggering the Relaxation Response. Physiologically, the relaxation response initiates the following changes:


• Reduces oxygen consumption 
• Decreases blood pressure
• Slows heart rate
• Slows respiration rate
• Relaxes muscles


Mentally, deep relaxation:

  • Changes brainwave frequencies (generally slowing down from beta to alpha and alpha to theta

      or delta)
   • Clears the mind from anxiety
   • Creates a feeling of calm and peacefulness

 

As an additional benefit, vibroacoustics can help people to learn to recognize the state of relaxation and, over time, become able to reach relaxation at will. Vibroacoustics is a great way to learn how to relax and develop relaxation as a daily habit!