Neuropathy Mystery Solved

David B. Phillips

OUTLINE:

What is the mystery?

  1. Why can neuropathy produce symptoms of both pain and numbness?
  2. Not all diabetics have neuropathy and not all neuropathy suffers have diabetes:  why?
  3. Can common prescription drugs cause neuropathy?
  4. What else could be responsible for my neuropathy?
  5. How many kinds of neuropathy are there, and what are their symptoms?

How should healthy nerves work?

  1. Quick anatomy lesson
  2. Little known facts

The cellular response that is responsible for neuropathy symptoms

  1. A nerve cell is like a rubber band
  2. The “spark gap” loses it conductivity
  3. The lumps on the myelin sheath short each other out
  4. The “thermostat” is mis-set too high or too low
  5. Starving for oxygen and/or food

The triggers that stimulate neuropathy

  1. Excess sugar in the blood displaces oxygen
  2. Excess in the blood upsets the anterioles ability to turn on and off properly
  3. Pressure on nerves and blood vessels restrict blood and oxygen
  4. Low back muscle spasms squeeze sciatic nerve and blood supply
  5. Black mold in old houses can trigger neuropathy
  6. Agent Orange and other pesticides can wreak havoc
  7. Inflammation in carpel and tarpel tunnels can squeeze nerves

The electrical solution

  1. Duplicates a healthy nerve signal
  2. More intense signal
  3. Guides and directs the signal purposely
  4. Reverses polarity to avoid polarization
  5. Opens up blood vessels in feet to feed more blood to nerves in skin 
  6. Strengthens muscles in calves to provide more blood 24/7
  7. Strengthens calf muscles for better balance and mobility
  8. Provides all-over pain relief

What’s wrong with current therapies?

  1. Drugs like Neurontin, Cymbalta, Lyrica
  2. Surgical procedures
  3. If I do nothing, won’t it just go away on its own?
  4. Physical therapy alone
  5. Other electrical gadgets
  6. Nutritional supplements can help, but which ones are appropriate?

The ReBuilder: The perfect at-home solution

  1. ReBuilder satisfies all the physiological needs
  2. ReBuilder is easy to use
  3. ReBuilder is affordable
  4. ReBuilder is used by doctors and therapists
  5. Pricing
  6. Specifications
  7. No risk to try it

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What is the mystery?

A. How can neuropathy produce symptoms of both pain and numbness? Many people with neuropathy feel like their doctors do not believe them when they say they have two seeming unrelated symptoms like pain and numbness.  If your nerves are overly sensitive, they can send signals for everything they sense, no matter how strong and not discern between significant and insignificant sensations.  Also, if your nerves are blocked, the normal signals can accumulate like water behind a dam, and then suddenly break loose all at once causing the searing or stabbing pain.

Numbness can be perceived between these gaps in the transmission of the nerve signals. If your brain cannot have confidence in the integrity of the signals it is intermittently receiving from your hands and legs, it begins to ignore them like you might tend to ignore a whining child. This is perceived as numbness and tingling.

B.  Not all diabetics have neuropathy, and not all neuropathy suffers have diabetes:  Why?  Many things can trigger peripheral neuropathy.  Most people, when they discover that they have neuropathy, are asked if they have diabetes because 65% of those who suffer with diabetes will eventually develop symptoms of neuropathy.  However, in our experience, over 60% do not have diabetes.  Most have issues with their lower backs, or with complications from drugs, heavy metals or insecticides.

C.  Can common prescription drugs cause neuropathy? Yes, in particular, the statins, like Lipitor, used to control cholesterol, can have side effects that imitate or cause neuropathy.  When these drugs remove cholesterol deposits in the arteries and veins, after a while, when there are no more deposits to work on, they begin to etch away the cholesterol from the myelin sheath of the nerve cells.  Prescriptions to lower blood pressure can lower the blood pressure too much and reduce the amount of blood delivered to the extremities.  Many times physicians will prescribe according to a universal pattern, and not consider that men may weigh more than women, some people have a higher metabolism rate, etc.  If you are currently taking statins, check with your doctor to see if there is still a need continue or if you can safely reduce the dosage.

If you are taking medicines to lower your blood pressure, have your physician check your blood pressure at the wrist and ankle to make sure that for your individual physiology, you are not taking too much. Most clinicians only take your blood pressure at the upper arm, at the same level with your heart.  Pain medicines can numb your nerves to the point where they stop transmitting all signals, not just pain, and thus you may feel numbness or tingling.

D.  What else could be responsible for my neuropathy?  Chemotherapy, used to treat cancers, cause neuropathy in 30% of those patients using it.  Obviously this may be a necessary trade off, but these powerful agents are designed to attack fast growing tumor cells and other fast growing or fast acting cells like hair and nerves can also be attacked.  Many oncologists are now prescribing the electrical stimulation therapy of the ReBuilder preventively and simultaneously with the chemotherapy, so that they can administer the maximum dose and experience the least risk of developing neuropathic symptoms.  Compression of the tunnels through which nerves are threaded, impingement of the nerves in the spine or buttocks, heavy metal or pesticide poisoning, black mold from old  damp basements, poor surgical techniques, trauma and cardiac problems like peripheral artery disease can all play a role.  Sometimes it is the simultaneous merging of two or more of these triggers that can be the precipitating factor.

  1. How many kinds of neuropathy are there, and what are their symptoms

Peripheral neuropathy means neuropathy in the hands or feet, because they are the farthest away from the heart.  Nerve signals originate in your extremities have the most distance to travel, so they have the most opportunity to be misdirected or inhibited.  Diabetic peripheral neuropathy is neuropathy that is caused by diabetes, idiopathic neuropathy means of unknown origin.  Autonomic neuropathy means that the symptoms have spread to the trunk and/or head.

In peripheral neuropathy, symptoms can range from burning sensations on the bottom of the feet, to walking on cardboard.  Sharp pain, and dull aching, can be symptoms. Tingling, pins and needles feelings can result from poor blood flow from peripheral artery disease (PAD).  Extreme sensations of coldness and not knowing quite where your feet are (additional symptoms of neuropathy) can be perceived.

How should healthy nerves work? Nerves should work by sensing pressure, pain or pressure and sending that information in the form of electrical impulses to the lower spine or to the brain for interpretation. If there is any dysfunction, these signals do not follow the correct path or they are interrupted.

A. Quick anatomy lesson. A nerve is very similar in function to a wire in an electrical circuit: it transfers a signal from one end to the other, from one input device to another device.  Unlike a simple wire, however, it also has the characteristics of an insulator, a capacitor, a resistor, a thermostat, and a transistor. This means that the nerve is a complex structure.  It can slow down a signal when appropriate like a resistor, it can collect smaller signals and then transmit them all at once like a capacitor, it can determine when to fire at all, on and off like a thermostat, and it can amplify a smaller incoming signal into a larger out-going signal when appropriate.

  1. Nerve cell facts. Some nerve cells are less than the size of an “O” on a typewriter, while others are as long as three inches. The nerve cell consists of three primary parts; the spaghetti-like dendrite that picks up a sensory signal, a spaghetti-like axon that passes on the signal to the next nerve, and the cell body which is between the axon and the dendrite, is thicker and rounded middle part.

  1. The axon and dendrite are covered by a fatty sheath called the myelin sheath that acts similar to the rubber or plastic on the outside of a wire: it insulates and separates the nerve from adjacent tissues, and helps direct the nerve signal to its appropriate destination. This sheath is knobby.  The knobby hills carry a positive electrical charge and the valleys (isles of Ranvier) carry a negative charge when at rest. When stimulated, this signal makes the first hill change from positive to negative and creates an electrical imbalance in the cell.  To compensate, the next valley changes to positive and this process keeps on going until the signal reaches the end of the line at the axon.  In order to continue, it must jump across a gap (synaptic junction) between this nerve cell and the adjacent nerve cell, just like the spark plug in your car or lawn mower.  Normally nerve cells use the Krebs cycle or oxidative reduction cycle to create the energy they need to function.  This means that nerve cells use oxygen. Under stress, however, they have the ability to switch to a glucose reductive system convert to using sugar or glucose as their fuel.  Oxygen is a faster form of metabolism and glucose is slower.  The result of a change in metabolism upsets the equilibrium of the nerve cell and it behaves unpredictably.   

The cellular response that is responsible for neuropathy symptoms

A. A nerve cell is like a rubber band.  Imagine a line of stretched out rubber bands, placed end to end, with about a quarter of an inch between each rubber band.  This is what a normal nerve cell looks like.  One end, for example, the right side, corresponds to the dendrite that picks up a sensory signal and the other end (the left end), corresponds to the axon that is responsible for transferring the signal to the next nerve.  When the nerve is damaged, or over stimulated, or loses its supply of available oxygen, it reduces it exposure to its environment in order to survive, by shrinking, just as a rubber band might shrink.  This atrophy or temporary shrinking allows the nerve cell to go dormant, and still stay alive, but function with less oxygen or nutrition. The distance between the nerves gets bigger, just as the gap between the rubber bands gets bigger.  This makes it harder for a nerve signal of normal intensity to jump across this gap (synaptic junction), just like a spark plug gap that is too large stops the gasoline engine from running.  Only the largest signals can jump across. This is perceived as a sharp jab or a shooting pain.

B.  The “spark gap” loses its conductivity when not used.  In order to be

Electrically conductive, the fluid in this gap must hold minerals in tension and suspension.  Pure water does not conduct electricity.  If you try to conduct electricity through distilled water, the water acts as an insulator and will not let the electricity pass. Only when you stir in some minerals such as calcium, sodium or other mineral does it become an electrolyte and become conductive.  Imagine if you put some minerals in a glass of distilled water.  As you put in more and more, eventually some of it would begin to settle.  If you put in a large spark, these particles would become a colloid, and be evenly dispersed into the fluid like a jar full of marbles.  The problem is that it takes energy to hold them there and when a synaptic junction is unused (as when the nerve cell goes dormant), the electrical tension dissipates, and the minerals leech out.  (See illustration).  Fortunately, when a large enough signal is supplied to a dormant nerve cell, it can jump this enlarged, less conductive gap and this new charge can provide the electrical tension necessary to recharge the fluid with more minerals that are absorbed from the surrounding cellular fluid and blood.

  1. The lumps on the myelin sheath short each other out

Remember, the axons and dendrites have lumps (isles of Ranvier) that carry opposing electrical potentials.  When the nerve cell shrinks, then these lumps can compress and touch each other, thus shorting out any electrical potential.  The result is an inhibition of the incoming nerve signals.  Fortunately, when a dormant nerve is awakened, it stretches out again and these lumps can separate and become functional again.

  1. The “thermostat” is set too high or too low

If all the sensations that your feet sense were to be sent up the nerves constantly, it would overload the nerves because they need  time to recover after each signal is propagated and reorganize themselves.  Also, your nerve endings in your skin sense temperature, pressure, vibration, glucose levels, breaks in the skin, and a myriad of other inputs.  Each cell has its own ability to filter out the lesser signals and only let through the bigger, more important ones. Some of the things that trigger neuropathy can upset this “thermostat” and let everything through resulting in a perception of burning or pain, or stop almost all signals, resulting in numbness or tingling.  Sometimes a nerve set points toggle, out of balance like a child’s top beginning to wobble before it comes to a stop and it will let its set point fluctuate wildly, so that some nerves are getting too many signals and others are getting too few.  This can cause both pain and numbness simultaneously.

  1. Starving for oxygen and/or food.

When a nerve is starved for oxygen or food, it can shrink also, but this is usually a much more temporary situation.  Remember sitting on your foot as a child and your leg went “asleep?”  You squeezed the blood flow off and your nerves supply of oxygen was depleted. The symptoms closely resemble the initial stages of neuropathy, numbness and tingling.  What did you do?  You moved off your foot restoring blood flow and then you thumped your foot on the ground. This thumping sent a larger than normal up the leg, which awakened the “sleeping” nerves. We will refer to this natural therapy in a few moments.  Some muscle wasting diseases such as Myasthenia Gravis, Lou Gehrig’s Disease, Lupus, and Multiple Sclerosis can all cause muscles to lose their tone, and then these muscles can no longer perform one of their functions: to help the venous blood flow back to the heart. This means that the local tissues get less blood and oxygen. This results in neuropathy.

F. Excess glucose in the skin cells, resulting in less oxygen and more glucose (sugar). The nerve cells sometimes slowly switch to this glucose as fuel and everything slows down and the function becomes unpredictable.  The junction between your arteries, which take blood from the heart and the veins which return the blood back to the heart are connected via arterioles.  These are tiny tubes, some only large enough for one cell at a time to get through.  These junctions act as valves.  When they are immersed in too much glucose, as in diabetes, they cannot operate properly, and blood flow to the tiny microscopic nerve endings in the skin can suffer.  This can result in neuropathy and a slower rate of healing Gangrene and amputations can follow. This is primary mechanism whereby diabetes causes neuropathy.

  1. Auto immune issues.

When the immune system goes awry, it can attack its own cells. When it attacks the cartilage in the joints it is called arthritis.  When it attacks the T cells in the blood it is called AIDS, and when it attacks the myelin sheath of the nerve cell, it can cause neuropathy. Multiple Sclerosis (MS) and other such diseases can have this unfortunate symptom. This is why immune therapies such as IVIG can often help neuropathy.  Multiple Sclerosis (MS) and other such diseases can have the same results.

Some of the triggers that can stimulate or cause neuropathy are:

·        Excess sugar in the blood that displaces oxygen

·        Excess in the blood upsets the anterioles ability to turn on and off properly

·        Pressure on nerves and blood vessels restrict blood and oxygen

·        Low back muscle spasms squeeze sciatic nerve and blood supply

·        Black mold in old houses can trigger neuropathy

·        Agent Orange and other pesticides can wreak havoc

·        Inflammation in carpel and tarpel tunnels can squeeze nerves

·        Lyme’s disease

·        Free radicals neutralize free oxygen

·        Sleep apnea reduces air flow to lungs, thus less oxygen

·        Auto-immune response

The electrical solution

A nerve cell is quite specific in the waveform that it will accept as an input and pass along.  Just as a pacemaker imitates the waveform of a healthy heart, a suitable therapy for peripheral neuropathy must imitate a healthy peripheral nerve signal. The ReBuilder was designed around this specific, patent pending signal. The specific waveform looks different than an EKG signal and different than an EEG signal. This specific, matched signal is readily accepted, and readily transferred along damaged or dormant nerve cells.

In order for this electrical signal to get across the larger gaps between the peripheral nerves, it must of necessity be amplified. The ReBuilder amplifies this signal approximately 10 times. This amplification is user adjustable with a back up biofeedback system built-in that makes automatic adjustments 10 times per second. The ReBuilder monitors the electrical parameters and integrity of the nerves being treated, and then adjusts the output signal for maximum efficiency. No other device has this patent pending technology.

Once a duplicate signal is created and administered, and amplify it, you must direct the path appropriately to re-educate the nerve paths, preparing them for subsequent signals that are of normal intensity.  When the nerves are damaged or dormant, sometimes the signals can stray from the normal paths. For example a signal from the big toe should go to the nerve junctions in the ball of the foot, and then to the ankle and then to the knee.  If the gaps are enlarged, then it is possible for a signal to be misdirected from the big toe to the little toe, and then to the central nervous system, When this occurs, the brain thinks that the pain, temperature or pressure signal is coming from the little toe and tries to take corrective action.  Of course this is futile, and sometimes, when the nerve paths are sufficiently mis-aligned, this outgoing, corrective signal from the brain can be misdirected to the ankle or other target site and can cause problems there.  It is very important to make sure that any corrective, therapeutic signal is routed properly and the nerve paths re-educated.  The ReBuilder sends its positive polarity signal to one extremity (the foot or the hand) and its negative polarity signal to the other extremity. In order for this electrical circuit to be complete, the ReBuilder signal must go from the big toe to the ball of the foot to the ankle, to the knee, across the nerve roots in the lower back and then all the way down to the other big toe.

The nerve cell has a resting potential that is disrupted when a new, incoming signal is applied to the sensing dendrite.  If a therapeutic signal is constantly applied with the same polarity, the nerve signal cannot reset itself and will stop functioning.  For this reason any such therapy must reverse its polarity after each burst to avoid the nerve cell accommodating and resisting this healing signal.  The ReBuilder automatically reverses its potential with every other impulse.  This feature is also patent pending.

Newly awakened nerves will require more nutrients and oxygen in order to support the increased demands caused by the increased metabolism.  Nutrients and oxygen are brought to the cells via the blood, so any therapeutic system must address this issue and cause more blood to be delivered immediately and it needs to promote vasogenesis, which means to cause new blood vessels to grow to provide more blood to support the extra demands even after the treatment.  The ReBuilder has a second signal mixed in with the nerve stimulating signal.  This signal stimulates the muscles adjacent to the placement of the signal pads.  When used on the feet, the calf muscles are caused to contract and relax.  When used on the hands, the forearms are stimulated to contract and relax.  This rhythmic contraction and relaxation cycle squeezes the veins inside the muscle mass and pushes blood back up the heart, making room for blood from the arteries to refill them, ready for the next push up to the heart.  This is called the venous muscle pump.  The ReBuilder times this stimulation to allow for the muscle cells to re-polarize themselves and continue accepting this stimulations and the ReBuilder times these impulses at the rate of 7.83 times per second.  This gives the arteries time to push the blood through the arterioles and capillary beds in the skin to fill up the now vacated veins.  Interestingly, this 7.83 Hz frequency matches the earth’s resonant frequency called the Schuman Resonant Frequency.  The earth’s electrical field pulses 7.83 times per second and has been called the natural pacemaker frequency.  It may account for the observation that people report feeling better when they work in the soil with their hands or walk on the beach, barefooted.  Perhaps they are completing an electrical circuit with this natural pulsing of the earth itself.  At any rate, the human body seems particularly sensitive to this frequency.

After the nerves are restored and re-educated by the ReBuilder’s signals, the calf muscles must now correct any muscle atrophy that was caused by the inactivity of the patient due to pain.  The muscle contractions in the calves provided by the ReBuilder strengthen these muscles for future use.  When the calf muscles are strong, balance can be better maintained and accidental falls reduced.

Sometimes the peripheral nerves have become dormant because of muscle spasms in the lower back clamping down on the nerves and the blood supply to the nerves.  These muscle spasms are like a dog chasing it tail.  Under normal circumstances, the brain sends a signal to the muscle to contract and when the muscle has accomplished its task, it sends a return signal to the brain to let the brain know that the contraction has been accomplished.  The problem is, sometimes this outgoing signal is misinterpreted as a new, incoming signal, and the muscle contract again and again.  This condition is called tetany. For a therapy to address all the issues of neuropathy, it must consider the challenge of interrupting this “endless loop” and allow blood flow to return and allow the muscle time to relax. When a muscle is in tetany, it is compressed, and thus very little blood can flow through to flush out the lactic acid which is a normal by-product of muscle metabolism.  This lactic acid build up is what is perceived as muscle soreness.  The ReBuilder addresses this issue by changing the outgoing treatment signal to the EMS mode which sends a signal to the muscles directly.  The patient places the signal pads near the site of the spasm with electrically conductive self-adhesive signal pads and increases the intensity of the signal until it overrides the aberrant outgoing signals from the muscle in spasm.  The muscle now becomes “entrained” which means that it is now under the control of the ReBuilder.  Within a few minutes, the patient can begin to reduce the signal slowly, and the muscle gently recovers and relaxes.  This newly relaxed muscle can now have access to blood flow, the lactic acid is expelled, and the muscle is again under the efficient control of the central nervous system.  This feature is part of the patent pending process.  The pads can be used on the upper back to treat neuropathy of the hands.

Finally, pain causes general anxiety and general tightness in all the muscles. This can result in discomfort and can interrupt normal sleeping patterns. Prescription pain medications can only treat pain, not numbness, and they can have dangerous side effects; long term use of them has been shown to exacerbate numbness.

What’s wrong with current therapies?

Pain medications like Neurontin, Cymbalta, and Lyrica all work by depressing the nerves, by anestisizing the nerve roots in the lower back.  When the peripheral nerves move their signals to the nerve roots, these signals are filtered as to those that need to be referred to the brain, and those that can have an autonomic reaction, like when the doctor hits your knee with the little hammer.  This is called an automatic reflex action.  By numbing these nerve roots, pain signals are interrupted, but it is a two way street.  These same junctions are used to transfer the corrective actions from the brain to their intended targets.  If you numb the roots to control incoming pain, you also numb them to helpful signals from the brain.  This process causes the brain to have trouble knowing where the feet are in time and space (proprioreceptors) and it also inhibits the balancing signals from getting to the muscles of the legs and feet, so balance in unpredictable.  For this reason, prescription pain medicines are of limited and temporary value.  They should only be used for the temporary relief of intractable pain.  These drugs can cause mental confusion, memory loss, constipation, and liver damage with extended use.  Because they were originally developed as epilepsy medicine, if you come off of them too abruptly you can suffer a sometimes fatal seizure.

If the cause of the neuropath is a physical compression in the wrist or ankle, then is it called carpel tunnel (hand) or tarpel tunnel (foot) syndrome. In these particular situations, surgical procedures can have value.  The surgeon cuts open the tube through which the nerve and blood supple passes, relieving the pressure.  Unfortunately, it only works when you can identify the specific nerve that is the problem, and it is a local treatment.  Even so, once these nerves have the pressure relieved, they must still be awakened and re-educated.  Many surgeons performing this “release therapy” are prescribing the ReBuilder for post surgical rehabilitation.

Peripheral neuropathy will not just go away on its own. Untreated, it can progress to the point where the patient’s skin is thinned, and vulnerable to non-healing ulcers. These can lead to gangrene and amputations.

Physical therapy alone has proven helpful, but it is only half the answer as it involved only the muscles. The nerves and the muscles must be treated simultaneously. Common electrical stimulation devices such as TENS or EMS are neither precise nor strong enough to accomplish the myriad, integrated modalities necessary to restore nerve function. Also, office based therapies alone are at best performed intermittently, and on a time limited basis.  The ReBuilder allows the patient to use daily, in the comfort and convenience of the home. That being said, the best treatment regime would be utilizing the skills of a physical therapist to initiate the treatments, measure baseline performance measurements and document the progress for the first weeks of therapy.  The therapist can utilize passive exercise, and offer other related skills that can support the patient effectively. Because physical therapy alone is of limited value, the combination of physical therapy and the ReBuilder is very effective. Many physical therapy clinics now offer the ReBuilder as an adjunctive therapy.

TENS and EMS electrical stimulation. TENS stands for transcutaneous electrical stimulation and is designed to merely block the nerves signals from getting to the brain.  It has been compared to having a sore foot and if you poke yourself in the eye, you no longer notice the pain in your foot.  It uses the “Gate” theory which postulates that nerves are like gates; the first signal to arrive can get through and close the gate, thus suppressing subsequent signals.  This is of limited value as it performs no therapeutic function.  The body soon accommodates to these simple signals however, and this blocking action is no longer effective.  The ReBuilder is not a TENS device. TENS block the nerve signals: the ReBuilder opens them. 

EMS stands for electrical muscle stimulation, and is used to re-educate muscles, primarily for post stroke rehabilitation. It has limited value as a therapeutic tool for peripheral neuropathy because it does not address the nerves, only the muscles. Once the nerve function is restored, it can have value in the hands of a skilled physical therapist to help regain the strength and balance.  The ReBuilder has this function built in.

Nutritional supplements can help, but which ones are appropriate? Because some neuropathies are caused by not enough oxygen getting to the nerves, sometimes it is not a result of compression or blockage, but a result of free radical interference.  Oxygen is highly reactive, that is why it works so well to burn fuel in the cells, providing energy.  However, there are some cells called free radicals that are caused by environmental toxins, X-rays, etc that are also active.  These free radicals are attracted to oxygen and will bond with them.  This inactivates the oxygen making it unavailable to the nerve cells, so they become starved for oxygen, just the same as if there were an actual blockage in the blood supply.  Fortunately vitamin C, vitamin E and others are called free radical scavengers because they will sacrifice themselves to the free radicals, thus letting the oxygen remain available for the nerves. One of free radicals, alapha-Lipoic acid (available in any health food store) is very effective, even more that vitamins C and E, and by supplementing with Alpha-Lipoic Acid, you may find some benefit and there are no known side effects.

 

The ReBuilder: The perfect at-home solution

The ReBuilder satisfies all the physiological needs as addressed above. It is easy to use, as it has large adjusting knobs and large typeface so that older users can easily and safely handle the unit.

Order Yours Today!

The ReBuilder is safe as it is powered by a common 9 volt battery available at any convenience store. It comes with a wall plug adapter so that is can by-pass the 9 volt battery and provide approximately 30% more power which is sometimes helpful for those neuropathies whose primary symptom is numbness.  It has build in safety features so that the power from the wall is electrically insulated from the patient.

The ReBuilder used by many doctors and therapists in clinics and hospitals around the worlds and is gaining in awareness and popularity. Because no one thing can work for everyone, the ReBuilder offers a home trial period.  You can try it in your own home for 30 days and you find no relief, you can return it for a refund.

The company offers you access to medical professionals on staff that you can phone for immediate assistance and suggestions.  Ninety five percent of those who try the ReBuilder keep the ReBuilder.

Note: Prices and designs may change from time to time without notice.  This document was last edited on 2-12-2007.  ReBuilder Medical Inc. does not diagnosis nor treats any disease.  This information has not been evaluated by the FDA and is presented for informational purposes only.

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