HistoryHow It All BeganIn the late 1980's, Dr. Benjamin Gavish ("Beny"), a biophysicist (and part-time ballroom dance teacher) began researching a biological phenomenon known as vasomotion - the slow and rhythmic oscillation of small blood vessels within the body, which is of vital importance. While research had shown that vasomotion was reduced in those with vascular diseases, Beny was also intrigued by the fact that vasomotion was altered when a person smoked a cigarette or told a lie and he became interested in how vasomotion was affected by stress levels. It was this curiosity that led him to develop a technique to better study vasomotion quantitatively. Two bigger questions began to dawn on him: Could one amplify the blood vessels' vasomotion in a controlled manner? And if so, would such a change be beneficial to health? Little did Beny know that his breakthrough would come when his wife, Dr. Leah Gavish (biologist and part-time dance teacher), was complaining of a headache. She happened to visit him at the lab while he was in the middle of a vasomotion experiment. On a whim, he mounted sensors on her fingers and observed that she was experiencing a normal vasomotion rhythm of 6-per-minute. Thinking back to his dancing hobby, Beny recalled people's natural tendency to follow musical rhythms. He turned on a sound synthesizer that could create tones based on a selected rhythm and played a pattern for Leah. What happened next was amazing. Her breathing pattern "locked" on the sound pattern for 10 minutes and her vasomotion increased considerably. Beny's visualization of the "blood vessel dance" which he had just created was interrupted by Leah announcing that her headache was gone! This was only the beginningDr. Gavish began experimenting with guided breathing in a gym in Jerusalem. With the help of a gifted group of experts in digital music, he was able to measure people's response to changes in a musical rhythm. Beny and Leah tested the ability to guide people's breathing from a normal rate to as-slow-as-possible-but-still-comfortable levels using enjoyable sound patterns. The results of the experiments were striking! People who listened to the changing rhythm displayed blood pressure reductions within ten minutes accompanied by frequent sensations of "floating," "weightlessness," and "deep relaxation." Those that attempted to relax simply by listening to pre-recorded, commercial music did not show the same results. Having faith that he was onto a major finding, Beny set up a "garage-operation" and began to develop the first prototype of what would later become RESPeRATE, a completely unique device. This non-drug solution is now clinically validated by 10 published clinical trials, has received regulatory clearance in major markets around the world, and is currently in use by over 100,000 people. It is safely and effectively lowering their blood pressure through device-guided breathing. |
My Commitment to Your Health![]() "I have spent the last 17 years researching and developing RESPeRATE from the initial concept through 7 clinical trials to FDA clearance, so I have a personal commitment to ensuring that RESPeRATE works for you."
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Join in on interesting and helpful discussions in our vibrant online community. You’ll learn how others are dealing with their hypertension and gain valuable insight on controlling your own blood pressure. Take a look at the most recent post from our User Forum:
Forum - RESPeRATE Features and Suggestions
Topic - sensor belt sizing
Since there are several different sized members of our household that use the Resp@rate, I've had some trouble getting the sensor belt accurately resized when I go to use it. I would think if the belt had some sort of hash marks with numerical labeling, it would be of great...
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Your questions about high blood pressure are answered by our board certified doctor. Browse through hundreds of helpful answers or ask your own question in our Ask Dr. Rowena page. Here’s a recent question:.
Treating diabetes with and without high blood pressure.
Topic - Diabetes
Q: Is there a difference between treating someone with diabetes that has high blood pressure and one that only has high blood pressure? A: High blood pressure is one disease and diabetes is another. Together they put an individual at even greater risk for heart disease and stroke. The principles of treatment remain the same but different medications may be used to treat hypertensive diabetics to help prevent kidney disease. The addition of RESPeRATE to prescribed medications can help obtain better blood pressure control in both diabetics and non-diabetics. A new study showing the effectiveness of RESPeRATE in lowering blood pressure...
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For an interesting collection of information, blogs and news about hypertension, visit our All About Hypertension page. Take a look at a recent snippet:
Understanding high blood pressure
Topic - Understanding high blood pressure
Many people don’t understand blood pressure and what their goal blood pressure should be. Here’s a primer: Systolic blood pressure is the pressure in the arteries when the blood is being pumped to the body. Normal systolic pressure is <120 mmHg (which stands for millimeters of mercury). Readings between 120 - 139 mmHg are considered prehypertension. Diastolic blood pressure is the pressure in the arteries when the heart is at rest or relaxed, between beats. Normal diastolic pressure is <80 mmHg. Readings between 80 – 89 mmHg are considered prehypertension. When blood pressure exceeds either 140 systolic, 90 diastolic or both, it is...
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