Press Release

Innovative Pain Treatment and Medical Device Created

by the Brooks Center

 

Based on recent research, the Brooks Center and its founder Ron Brooks have developed a new pain treatment and medical device. The center’s neurovascular restructuring treatment and Neurovasc device technology were created to address, control and cure symptoms of physical pain and stress.

Westlake, CA (PRWEB via PRWebDirect) May 24, 2007 -- Ron Brooks, founder of the Brooks Center (www.brooksptcenter.com) in Thousand Oaks, California, has developed an innovative pain treatment and medical device as the result of a recent research program. The company is currently considering different private equity funding options to commence manufacturing and marketing of its neurovascular restructuring treatment and Neurovasc device technology.

During his 30 years of practice, Brooks became frustrated with the inability to control and cure the symptoms of pain, which hinders the rehabilitation process. He began to see a correlation between a specific pain pattern and the superficial structures of the body. Research in this area spawned the Brooks Center’s neurovascular restructuring pain treatment.

A direct result of this research program was the development of the neurovasc, a unique vacuum device that restructures the superficial components of the body. The neurovasc eradicates pain by lifting and separating the layers of injured tissue, releasing entrapped nerves that cause pain. According to Brooks, the treatment also influences patients’ brain chemistry and allows them to regain control over their lives when acute and chronic pain is relieved. With lower pain levels, patients report reduced stress, depression and anxiety levels; this also facilitates reducing patients' dependency on caffeine, alcohol and/or medication.

“Pain and stress compounded with substance abuse will eventually kill you,” Brooks says. “The very tragic event involving high profile celebrities has focused public attention on this issue. The emotional factors that contributed to these celebrity deaths were compounded by the abuse of some powerful medications. Perhaps this explains some of the bizarre behavior we saw before their subsequent overdose and death. This sequence of events is being played out in our country on a daily basis. We need to recognize that behaviors like this are a reflection and manifestation of a chemical imbalance in the brain.”

Without finding ways to control pain and stress, the result is often a downward spiral from the accumulated effects, Brooks says. This often leads to increased dependency on caffeine, over-the-counter medications, drugs and alcohol to cope with pain and stress.

The Brooks Center is focused on the treatment of adults with physical pain and stress, and has recently expanded to become active in the field of adult and youth sports injuries. The Brooks Center is looking for partners to help build a network of offices to bring its neurovascular restructuring treatment to the public across North America.


  -----------------------------------------------------------------------------------

 
A Working Paper
 
 
The Development of a New Breakthrough

Treatment Methodology

to

Relieve Pain and Stress

 

Ron Brooks, P.T.-  Director

Michael Prior, Ph.D.

Brooks Physical Therapy Center

1333 E. Thousand Oaks Blvd.

Thousand Oaks

CA. 91362

 

                                        

 

Pathway to a New Innovative Methodology to Relieve Pain and Stress

 

 

The Stress of Daily Life

 

Stress in the 21st century is at an all time high!  We see it every day in our practice and on the face of people in the streets; we see it in every man, woman and child we meet. Our lifestyles have become far too productive, with multi-tasking and trying to occupy as much of our awake time as possible with some sort of stimulation. Today we believe the average person spends 12-14 hours at work, 4 hours at home to relax, and only 6 hours left try to  sleep. We are constantly bombarded by negative news from all types of media. We watch violent TV programs. We are over-stimulated by our computers and overwhelmed by exposure to an ever growing network of information.

Many of us have started to loose our ability to think clearly due to stress and pain…we have lost our edge (2).We need to seek out ways to lower our pain and stress levels and develop methods that will enable us to balance our brain chemistry if we are to regain our ability to function in our fast paced lives (3 & 4) .  In today’s environment of super-active lifestyles we can not ignore the fact that we have to do more in the same 24 hour time period than ever before. If we don’t find ways to adapt, the result is often pain and stress which can lead to some type of drug dependency; using over-the-counter medication or prescription drugs to help us sleep, to keep us awake, fight depression, calm us down and to dull the sensation of pain. We need to find proactive healthy ways to balance our lives ensure our mind and body are each functioning at their maximum potential.


Pain a Major Form of Stress

            Stress comes in many forms, such as work overload, financial responsibilities, raising children, and relationships, just to mention a few; but none more potent than pain. Most of us experience some sort of pain in our everyday life, be it physical or emotional. The common remedy is either drug therapy which only serves to mask the pain and does not cure it; or surgery, which is not always successful and can create additional trauma from tissue scarring. Pain is defined as an unpleasant sensation, occurring in varying degrees of severity. The magnitude of pain is dependent on the varying levels and combination of stresses generated as a consequence of injury, disease or emotional disorder (5).How many times have you heard a person say, “my doctor told me the pain in all in my head” or “ my doctor says that my pain isn’t that bad and I don’t need the medication anymore”, the truth is, the pain is all in your head.

            Many people have everyday pain and adapt and cope with it almost unconsciously.  Rarely do we take medication for this type of pain. It is a discomfort we just deal with, we get on with our lives with a “grin and bear” it attitude. But this type of pain also creates stress, effects our patience, sleep patterns, and ability to concentrate and function normally. Compound  this with the daily stress of living and this type of pain begins to take control of our lives without us even knowing it!  In many cases our body automatically makes adjustments; such as walking a different way to avoid back pain; or turning our shoulders instead of our head to avoid neck pain. Unfortunately these and other adaptations don’t solve the fundamental problem , they just serve to create secondary areas of unconscious pain.


Pain Theory and Brain-Chemistry Research

There has been some very exciting new information uncovered in the last few years that supersedes some of the old models of pain theory. Researchers at Michigan State University (MSU) have recently come to appreciate the power of our brain’s own anti-pain system, and how this system, through neurotransmitters, modulates sensory and emotional experience. As a result of their research we now have a better understanding of how pain is felt and controlled. Specific endogenous opioids, such as the so-called endorphins, enkephalins and various kinds of opioid receptors that connect neurons help to manipulate and control the pain process within the brain. The MSU studies have even pieced together the process of chemical cascades within the neurons that result from the binding of an opioid molecule to its receptor this then triggers the neuron to stop sending a pain message – an effect know as anti-nociception .The mu opioid receptor in particular has been found to be a major target site for both the bodies own pain control mechanism and for drugs from outside the body; such as heroin, morphine, methadone, synthetic pain medications and anesthetics (6).The good news is that the body’s own natural pain control mechanism is ten times stronger and does not build up a tolerance to this (7).All are capable of numbing pain, and in the case of drugs of abuse, produce pleasurable sensations during use (8).  Studies have also shown that there are both genetic predisposition to pain and a gender difference (9).It turns out that women with low estrogen levels have more difficulty coping with pain, but if estrogen levels are high, as during pregnancy, women do quite well coping with pain (10).


So How Does Physical Pain Manifest Into Depression?

            The mechanism of pain is actually an extremely complex sequence of events involving the central nervous system, endocrine system, and immune system. The modulation of pain stimuli begins at the skin, with the sensory nerves, from here the signal is transported to the spinal cord, where signals are regulated, for transport to the brain. This part of the process is referred to as the  “Gate Theory” which was put forward by Ronald Melzack and Patrick Wall in 1962 (11) , and again in 1965 (12),  They proposed  that physical painis not a direct result of activation of pain receptorneurons, but rather the perception of pain is modulated by interaction between different neurons.This theory has been used to control pain through the skin, with transcutaneous nerve stimulation and acupuncture. Researchers at the time could only speculate why these treatments were actually beneficial.

We now know that the brain has neurons that are correctly programmed to produce, send, and receive a specific biochemical. Each biochemical, called neurotransmitters, travels along a different nerve pathway, resulting in a variety of physical processes. The pain signal comes into the brain and is processed by different parts of the brain for responses. The body’s anti-pain system is activated and at the same time the chemical dopamine is released which acts as interface between stress and emotions. The flow of these chemicals is the essence of our wellbeing. If there is excess, the nerve shuts down and the signal can’t conduct the electrical impulse to the next neuron. If there is a deficiency the reverse process occurs, the nerve shuts down. This is how the brain regulates the biochemical balance. Think of this process as a crowd of people at a ball game, each person is a neuron, the signal is given and people begin to lift their arms, people next to them follow suit, and amazingly it appears as a rhythmic wave. If this biochemical wave is excessive or deficient the wave motion and flow will stop, this can lead to physical illness and/or mental instability (13). Of course this is only a brief glimpse of this process, but hopefully we can begin to understand why it is important for the public and the medical community to be aware of this physical and psychological mind body connection.


What is the Source of Physical Pain?  

The majority of pain that we experience on a day to day basis originates in the superficial tissues of our bodies.These tissues include the skin, lymph vessels, blood vessels, nerves, fascia and muscle. These structures are arranged in layers and normally exhibit a great deal of plasticity, which allows the layers to slide back and forth on each other, giving us freedom of movement. When trauma is introduced into these tissues, pain causes a chemical response from the brain, which marshals all its repairing resources from several different systems. The body exhibits an almost over-reaction, the end result is the formation of scar tissue. This in turn causes the tissues to become hard and loose plasticity (14). We have found in our practice that as nerves become entrapped along with the lymph vessels and blood vessels, it creates what we describe as the “Hydraulic Effect” which causes the tissue to become engorged, putting even more pressure on the nerves and creating the sensation of pain.
 

Neurovascular Restructuring : a Revolutionary Pain Treatment is Born

Neurovascular Restructuring, is a new procedure developed for treating pain and reducing stress. This new procedure was slowly developed over years as a result of  being frustrated with what was available to treat pain in our practice in Thousand Oaks, California. Every time a new medication came out, there was a promise of no addiction. Every time a new pain modality or procedure was developed there were high hopes, but each time the results were disappointing. Finally, we decided to begin our own research program. Our objective was to develop an innovative non-surgical method of treating pain and reducing stress. In the initial stages of this research, we found that we could actually decompress the nerves in areas of scar tissue. We achieved this by manipulating the soft tissue by hand in a specific manner to alleviate pressure on the nerve. Next we combined two types of therapeutic treatment, we used a standard vasopump in conjunction with cryotherapy. This new methodology made it much easier for us to  manipulate the tissue. We found that in the majority of cases the tissue was returned to its normal state. As treatments progressed our patients reported lower pain levels, reduced stress, reduced depression and lower anxiety levels. The process of manipulating and releasing our patient’s entrapped nerves appeared to stimulate the brain to release natural pain-killing chemicals which helped to reset the brain’s own “anti-pain system”.

At this time in our research program we began to look at all of the available mechanical devices used for soft tissue manipulation. We tried these without success. Finally, we discovered an existing vacuum device used in the esthetics business, called Eureduc. We began to use this device in conjunction with cryotherapy and vasopump, and immediately found we could reduce the “Hydraulic Effect”.  This made it much easier to decompress the tissue. The upward force of the vacuum was also considerably more comfortable for the patient than the pressure from manipulating the tissue by hand.

During the process of researching the physics of our vacuum device, we found that as the size of the vacuum cup decreased the power of the vacuum cup also decreased. In order for us to maintain the integrity of the procedure we needed to develop a more effective method to control the vacuum pressure. A second pump was added to the device which effectively enabled us to maximize the vacuum pressure while using various sizes of cups to regulate the vacuum on the tissue. This new technology enabled us to treat all parts of our patient’s body with much faster results. Thus “neurovasc”  the machine, and “neurovascular restructuring”, the methodology was born.


Neurovascular Restructuring (NVR) is Now Available to You

As a result of the research program we have developed is a breakthrough in pain treatment technology and treatment methodology which has significantly contributed to the treatment of pain and the field of pain research. The result of our research and patient treatment has been so encouraging that our center in Thousand Oaks, California is now focused exclusively on the treatment of pain. Recently, we had the opportunity to treat some of the countries top young tennis players and have had great success with rehabilitating their injuries. We have now expanded our practice to become very active in field of youth sports injuries. The NVR treatment process allows us to control pain very rapidly and enables these young athletes to get back into competition with minimal time out of their sport. Seeing these results has been personally rewarding for our organization. Many parents have told us how this has changed their children’s overall attitude and elevated their competitive edge.
 

The Future Expansion of Neurovascular Restructuring

We have a patent pending for our device technology and treatment methodology and have built both a clinical and home based model of the “neurovasc” device. The company is currently considering different private equity financing, manufacturing and distribution options to commence marketing these devices to both the professional medical community and direct to the public. Physical therapists, chiropractors, acupuncturists, massage therapists and sports medicine practitioners will soon have access to this revolutionary new technology to reduce pain and stress. At the same time they will also be able work much closer with a patient’s personal physician so that they can better control and prescribe the level and duration of drug medication. We are currently in the process of designing a seminar program to build awareness of the effects of stress and pain in the corporate environment. With the growing drug dependency problem in our society, we hope this innovative technology and pain treatment methodology will help to reduce the level of dependence and offer an alternative that really works. 

 

 Research References

1. The University of Utah, Genetic Science Learning Center. (2007). Beyond The Reward Pathway. Accessed on 03 April, 2007 at http:/learn.genetics.utah.edu/units/addiction/rewards/pathways.cfm

2. Tennant, V.( 2007). The Powerful Impact of Stress and Calm on Health, Behavior and Learning. Accessed on 03 April, 2007 at http://www.newhorizons.org/spneeds/inclusions/teaching/tenant.htm

3. Field, T.; Grizzle, N.; Scafidi, F.; Abrams, S.; Kunn, C.; & Schanberg, S. (1996). Massage Therapy for Infants of Depressed Mothers. Infant Behavior and Development. Vol.19, Number 1, Jan. 19.

4. Chard, P. (2006). Bain Chemistry at Root of Treatment. Accessed on 04 April. 2007 at http://jsonlin.com/story/index.aspx?id=521900

5. The American heritage dictionary of the English language. (1969). Boston, MA. Houghton-Mifflin.

6. Gavin, K. (2001). Brainpain. University of Michigan. Accessed on 03 April, 2007 at http://med.umich.edu/opm/newspage/2001/brainpain.htm

7. Khalsa, D.S. (2007). The pain cure: The Proven Medical Program That Helps End Your Chronic Pain. Accessed on 4/8/07 at  http://www.ofspirit .com/tw-thpaincure.htm

8. Gavin, K. (2001). Brainpain. University of Michigan. Accessed on 03 April, 2007 at http://med.umich.edu/opm/newspage/2001/brainpain.htm

9. Gavin, K. (2003). Paingene. University of Michigan. Accessed on 03 April, 2007 at  http://med.umich.edu/opm/newspage/2003/paingene.htm

10. Gavin, K. (2003). Painbrain. University of Michigan. Accessed on 03 April, 2007 at http://med.umich.edu/opm/newspage/2003/painbrain.htm

 11. Wall, P.D. and  Melzack, P. (1962)  On Nature of Cutaneous Sensory Mechanisms.  Brain, 85:331, 1962.

12.Wall, P.D. and  Melzack, P. (1965). "Pain Mechanisms: A New Theory," Science, 150:171-9, 1965.

13. Braverman, E.R. (2005). The edge effect. New York, NY.  Sterling Publishing Co.

14. NIDCR, (2003). Panel on Pain Research. Accessed on 03 April, 2007 at http://www.nidcr.nih.gov/Research/LongRangeResearchOpportunities/PanelOnPainResearch.htm

                       

Ron Brooks  P.T.      – Director

Michael Prior  Ph.D.

Brooks Physical Therapy Center

1333 E. Thousand Oaks Blvd.

Thousand Oaks

CA. 91362

Ph. (805) 487 2294  

 

 

 

 

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