What Is Peripheral Neuropathy?

What Is Peripheral Neuropathy?

Click The Image To Discover An All Natural Approach To Neuropathy

Click The Image To Discover An All Natural Approach To Neuropathy

The definition of neuropathy is disease or damage to a nerve or a group of nerves. Before we discuss what is neuropathy, it is important do understand that there are two major classifications of neuropathy: Central neuropathy and Peripheral neuropathy. Both types of neuropathy involve nerve damage. Most people are referring to peripheral neuropathy when using the term neuropathy.

Peripheral neuropathy is damaged or diseased nerves that exists outside of the central nervous system, which consists of the brain and spinal cord. All other nerves outside of the brain and spinal cord are peripheral (at the edge or outside) hence the term peripheral nervous system. Peripheral neuropathy affects motors function, sensory function and autonomic functions. These three types of peripheral neuropathies all involve nerve damage and will be discussed in detail. Central neuropathy is disease to the nerves of the spinal cord and brain. Neurological disorders such as Parkinson's Disease, multiple sclerosis, and epilepsy constitute central neuropathies. Central neuropathy will not be discussed in this article.

Sensory, Motor, and Autonomic Nerves

The peripheral nervous system sends information from the central nervous system to the remainder of the body for motor function. These nerves allow our brain to send signals to our muscles to coordinate movement. These peripheral nerves are called motor nerves.

The peripheral sensory nerves also sends sensory or incoming signals to the central nervous system. These nerves allow our brain to process the electrical signals dealing with touch, position, and vibration. These peripheral nerves are called sensory nerves.

There is a third category of peripheral nerves known as the autonomic nerves. These nerves allow the brain to regulate bodily functions that are not completely under voluntary control. Examples of these bodily functions include the heart rate, bladder control, and the digestive process.

These nerves -- sensory, motor, and autonomic -- make up the peripheral nervous system.

The Nerves Outside Of The Brain And Spinal
 Cord Make Up The Peripheral Nervous System

The Nerves Outside Of The Brain And Spinal
 Cord Make Up The Peripheral Nervous System

Causes Of Peripheral Neuropathy

There are variety of causes of peripheral neuropathy. Peripheral nerves can be damaged from trauma, infections, metabolic abnormalities, and toxins (poisons). Some of these toxins include drugs to treat cancer. Peripheral neuropathy may be mild but sometimes, the nerve damage can be severe. It's difficult to predict the severity of disease as peripheral neuropathy varies from individual to individual. The are certain autoimmune diseases such as lupus and rheumatoid arthritis that can also cause peripheral neuropathy. There is an association of chronic liver disease and peripheral neuropathy. Certain infections and vaccines can trigger the immune system to cause inflammation response to cause peripheral nerve damage that can result in potentially serious complications and even death. One such example is Guillain-Barré syndrome, which is often in response to an infection. Another example is chronic inflammatory demyelinating polyneuropathy which is similar to Guillain-Barré syndrome. While peripheral neuropathy may have several causes, peripheral neuropathy always results in nerve damage.

An example of a traumatic peripheral neuropathy is carpal tunnel syndrome which there is physical injury to a single nerve in the wrist as a result of repetitive micro-trauma from a repetitive motion. It can be treated in a number of ways such as rest, steroid injections, and surgery.

Examples of a toxic exposure that causes peripheral neuropathy is exposure to lead, mercury, or arsenic.

An example of the an infectious cause of peripheral neuropathy is shingles which is a reactivation of the herpes zoster virus, otherwise known as the chickenpox virus. The virus reactivates in the peripheral nervous system often resulting in a painful rash within a given nerve area

A Nutritional Deficiency In Vitamin B12 Can Cause Neuropathy.

A Nutritional Deficiency In Vitamin B12 Can Cause Neuropathy.

An example of neuropathy from a metabolic deficiency are vitamin deficiencies. One of the more common vitamin deficiencies is a lack of vitamin B12 also known as cobalamin.

But most common cause of neuropathy is diabetes. Diabetes is the inability to regulate blood sugar levels secondary to abnormalities of insulin. High blood sugar levels can affect nerves and cause damage to the small blood vessels known as capillaries which supply oxygen and blood to our small nerves. As a result of this damage, nerve function is impaired leading to peripheral neuropathy, otherwise known as diabetic neuropathy. Diabetic neuropathy cannot be reversed. It results in permanent nerve damage. Getting regular blood tests to monitor blood sugar is of paramount importance to minimize any damage.

Discover An All Natural Approach To Neuropathy

Diabetic Peripheral Neuropathy


There are 4 specific types of peripheral neuropathy in diabetes. Although some of these types of peripheral neuropathy can occur without diabetes, they do constitute the spectrum of the kinds of diabetic peripheral neuropathies.

1. Peripheral Diabetic Neuropathy

2. Autonomic Diabetic Neuropathy

3. Proximal Diabetic Neuropathy

4. Focal Diabetic Neuropathy

1. Peripheral Diabetic Neuropathy

Diabetic peripheral neuropathy usually affects the feet and legs, but it can also affect the arms or hands. Symptoms are varied and can be mild to severe. They include:

-numbness (sensory neuropathy)

-tingling or burning sensations (early symptoms)

-shooting pain or a sharp pain

-extreme sensitivity to touch causing severe pain

-insensitivity to hot and cold temperatures

-cramping

-muscle weakness (motor neuropathy)

-loss of coordination making it difficult to control movement and causing difficulty walking


Some people feel pain more often at night, and each these symptoms can be a significant diabetes complication affecting the quality of life. There can be severe shooting pains, sharp pains, and chronic pain from the nerve damage. These pains has been known to lead to depression and even suicide in people with diabetes.

If you have diabetic peripheral neuropathy, you may not feel an injury or sores on your foot. Moreover, damage to the small blood vessels in your feet from a high blood sugar contributes to poor blood flow and poor wound healing. This nerve tissue damage is one of the main reasons for foot problems and infections and the subsequent need for amputation in diabetics. This is a common complication which can be mitigated or avoided by an early diagnosis. Diabetics must check their feet on a daily basis and care for wounds immediately to prevent the development of a foot ulcer and the need for amputations.

Diabetics Must Check Their Feet Everyday 
For Minor Cuts And Other Wounds.

Diabetics Must Check Their Feet Everyday 
For Minor Cuts And Other Wounds.

2. Autonomic Diabetic Neuropathy

Autonomic neuropathy is the second most common type of diabetic neuropathy next to peripheral neuropathy.

As mentioned earlier, the autonomic nervous system is part of the peripheral nervous system and regulates other systems in your body over which you do not have complete conscious control. These body systems include your digestive system, cardiovascular system including the control of blood pressure, bladder and sexual organs, and your ability to sweat. The complications diabetic neuropathy causes from an autonomic perspective include low blood pressures, dizziness, fainting episodes, and a labile heart rate. A blood pressure that is too low can cause fainting.

Digestion Problems From Autonomic Diabetic Neuropathy

Nerve damage to the digestive tract can manifest as:

-nausea, vomiting, diarrhea, and subsequent dehydration

-constipation from slow movement of the intestines

-dysphagia, which is difficulty swallowing

-gastroparesis, which is the inability of the stomach to undergo peristalsis (involuntary contractions followed by periods of relaxation) to propagate food from the stomach into the intestines. Gastroparesis can cause early satiety ( the sensation of being full after only a few bites) that can result in extreme weight loss. Gastroparesis can also results in intractable nausea and vomiting.

To make matters even worse, the cumulative effect of these digestive system symptoms can make it all the more difficult to control and manage one's blood sugar often resulting in dangerously high blood sugar levels. Obtaining adequate nutrition is also problematic. Blood glucose monitoring is of vital importance when experiencing this type of neuropathy as it is so easy for the blood sugar to get out of control.

Sweating Problems From Diabetic Autonomic Neuropathy

Also, symptoms such as sweating and heart palpitations, can go undetected in people with autonomic diabetic neuropathy. This can mean not noticing when you have low blood sugar (hypoglycemia unawareness) or a high blood sugar as these symptoms are often present with perspiration. This is why blood sugar levels must be monitored closely. Furthermore, the impaired sweat glands can make it difficult to regulate a normal body temperature.

Sex Organs And Bladder Problems From Diabetic Autonomic Neuropathy

Diabetic autonomic neuropathy may also cause sexual dysfunction such as erectile dysfunction and vaginal dryness. Diabetic autonomic neuropathy can cause urinary incontinence or urinary retention ( difficulty emptying the bladder). This abnormal bladder function symptoms are known as a neurogenic bladder. This can lead to urinary tract infections and the need for self catheterization. The infections themselves can lead to a dangerously high blood glucose level. Untreated urinary tract infections can lead to sepsis which is a medical emergency from an overwhelming infection.

Cardiovascular Problems From Diabetic Autonomic Neuropathy

Damage to the nerves that control your heart rate and blood pressure can make them respond more slowly. These are examples of cardiovascular autonomic neuropathy. You may experience a drop in blood pressure making you feel light-headed or dizzy when you stand up after sitting or lying down. These low blood pressure symptoms can also occur with simple exertion such as walking, carrying groceries, and climbing up stairs. Autonomic neuropathy can also cause an abnormally fast heart rate.

Autonomic neuropathy can make it difficult to identify some of the symptoms of a heart attack such as chest pain and cold sweats. You may not feel any chest pain when your heart isn't getting enough oxygen. This is particularly relevant as diabetes is of the most important risk factors in heart disease.

3. Proximal Diabetic Neuropathy

In addition to peripheral and autonomic diabetic neuropathy, the third kind of diabetic neuropathy is proximal neuropathy.

This is a kind of diabetic neuropathy is also known as diabetic amyotrophy. This form of neuropathy is more common in adults over 50 years old with type 2 diabetes and is diagnosed more often in men.

It often affects the hips, buttocks, or thighs. You may experience sudden and sometimes severe pain. Motor symptoms include muscle weakness from nerve damage in your legs which may make it difficult to stand up without assistance. This type of diabetic neuropathy typically affects only one side of the body.

After the onset of symptoms, they usually get worse and then eventually begin to improve but only slowly. Most people recover after many months.

4. Focal Diabetic Neuropathy

Focal neuropathy, otherwise known as diabetic mononeuropathy, occurs when there is nerve damage damage to one specific nerve or group of nerves, causing weakness in the affected area. This is in contrast to diabetic polyneuropathy which affects multiple sensory and motor nerves. This singular type of nerve damage occurs most often in the hand, head, torso, or leg. It appears suddenly and is usually very painful. Symptoms depend on the individual as there is much variation from individual to individual.

Like proximal diabetic neuropathy, most focal neuropathies go away in a weeks to months and leave no lasting damage.

Symptoms of this kind of neuropathy include:

-pain, numbness, tingling in fingers

-double vision

-aching behind the eyes

-Bell's palsy which is paralysis of the facial muscles, typically on one side of the face

-pain in isolated areas such as the front of the thigh, lower back, pelvic region, chest, stomach, inside the foot, outside the lower leg, or weakness in the big toe.

How Diabetes Causes Neuropathy

Diabetic neuropathy is nerve damage caused by high blood sugar levels sustained over a long period of time. The elevated sugar in the blood stream damages the capillaries which are tiny blood vessels that supply peripheral nerves with oxygen and nutrients. When these blood vessels are damaged, the nerves supplied by these blood vessels are damaged and peripheral neuropathy ensues.

Regulating Blood Sugar Levels Is Of Paramount 
Importance In Mitigating Diabetic Neuropathy

Regulating Blood Sugar Levels Is Of Paramount 
Importance In Mitigating Diabetic Neuropathy

Prevention of Diabetic Neuropathy

Diabetic neuropathy can often be avoided or reduced if you manage your blood glucose vigilantly. To do this, be consistent in:

-monitoring your blood glucose levels

-taking medications as prescribed

-eating a healthy diabetic diet

-being active

-quit smoking

If you do develop diabetic neuropathy, work closely with a doctor and follow their recommendations for slowing its progression by managing your blood glucose. With proper care, you can reduce the damage to your nerves and avoid complications such as pain, infection, and amputation.

This Discovery Can Change The Approach To Neuropathy 

Symptoms Of Peripheral Neuropathy, With Or Without Diabetes

Symptoms Of Peripheral Neuropathy, With Or Without Diabetes

The symptoms of peripheral neuropathy are typically muscle weakness and pain. The early symptoms often include numbness and tingling. The pain, otherwise known as neuropathic pain, is typically described as stabbing, stinging, burning. In some situations, symptoms improve, especially if they are caused by an illness that is treatable such as a vitamin or mineral deficiency. Sometimes, however, the nerve damage is permanent, and the resulting peripheral neuropathy symptoms can only be controlled and not cured. Doctors may use a muscle and nerve ultrasound machine to assess damage to the muscle and nerve tissue. A nerve biopsy is sometimes used to diagnose peripheral neuropathy if the nerve injury can't be detected by other means. It is important to get peripheral neuropathy diagnosed by a physician.

Peripheral Neuropathy Treatment

There are a variety of techniques used that can be fine tuned to treating peripheral neuropathy treatment. The particular treatment depends on the type of nerves affected.

Pain Medications Used To Treat Peripheral Neuropathy Symptoms

Nonsteroidal anti-inflammatory drugs (NSAIDs) and other over-the-counter medications can relieve pain and discomfort. Moreover, if the pain is localized, topical medications such as lidocaine patches or creams may be effective giving localized pain relief. Capsaicin cream, which is derived from a compound found in hot peppers, may alleviate some neuropathic pain and itching.

Some of the more common non-steroidal anti-inflammatory drugs include Motrin, which is the same as ibuprofen and Advil, and naproxen which is the same as Aleve. Aspirin, which is also a non-steroidal anti-inflammatory drug may be used. One must be careful as the side effects of taking too much of these medications can result in kidney disease and kidney damage and the development of peptic ulcers in the stomach.

Acetaminophen, which is the active ingredient in Tylenol, can also help with mild pain. Acetaminophen is not a non steroid anti-inflammatory drug, and is not known to cause kidney diseases or peptic ulcers. Taking too much acetaminophen however can lead to liver disease and even liver failure. Acetaminophen is over the counter.

In cases of severe pain from peripheral neuropathy, narcotics can be used. Narcotics are the same as opioid drugs, otherwise known as opioids. These potent pain killers can be habit-forming, so it is crucial to use them only as prescribed by a qualified healthcare professional. They are also prone to abuse and are contributing to the opioid crisis. They also have certain side effects such as sedation, constipation, lethargy, brain fog, and respiratory depression which can even lead to death. Common narcotics used include oxycodone, Percocet (which is oxycodone and acetaminophen), hydrocodone-acetaminophen (Norco, Lortab), Tylenol with codeine, Oxycontin, dilaudid, morphine, fentanyl, and tramadol.

The Difference Between Non-steroidal Anti-Inflammatory drugs and Narcotics.

Non-steroidal anti-inflammatory drugs (NSAIDs) reduce pain by inhibiting enzymes involved in the inflammatory process, in particular an enzyme known as the COX enzyme. Narcotics reduce pain by attaching themselves to certain pain receptors in the brain thereby blocking pain signals to the brain. Narcotics (opioids) do not inhibit inflammation. It is not uncommon for people to take non-steroidal anti-inflammatory drugs and narcotics as the same time as part of a pain control regimen. They typically do not potentiate each other. You typically don't have to worry about respiratory depression by mixing an NSAIDs and an opioid medication. However, each medical class still retains their respective side effect profile.

The Uniqueness Of Acetaminophen

Acetaminophen is not an anti-inflammatory medication such as ibuprofen or naproxen even though acetaminophen shares the ability to bring down a fever.. Acetaminophen is not a narcotic either even though it shares the organ of function (the brain). Narcotics will not treat a fever like acetaminophen. Acetaminophen will not treat inflammation even though it will treat a fever. It is in its own unique category. Acetaminophen will not cause respiratory depression, and is not known to cause kidney damage of peptic ulcers like NSAIDS. Acetaminophen, however, is know to be specifically toxic to the liver when taken in higher than suggested doses. Finally, it is not uncommon for acetaminophen to be combined with narcotics ( like Tylenol with codeine, or Percocet which is oxycodone with acetaminophen) for pain control. This combination is indeed safe and effective for pain control.

The Active Ingredient In Tylenol Is Acetaminophen.
Acetaminophen Is Not An Anti-Inflammatory Or Opioid.

The Active Ingredient In 
Tylenol Is Acetaminophen.
Acetaminophen Is Not An Anti-Inflammatory Or Opioid.

The bottom line with non-steroidal anti-inflammatory medications, narcotics, and acetaminophen is that they decrease the pain felt with peripheral neuropathy but they don't treat the underlying condition. They won't repair the peripheral nerves. The peripheral nervous system is still diseased or damaged.

Other Medications Used To Treat Peripheral Neuropathy Symptoms

Some antidepressants and anticonvulsants may also be useful in treating the symptoms of peripheral neuropathy even though they also have effects in the central nervous system to treat other neurological diseases. You do not need to be depressed or have seizures to experience relief from neuropathic pain with these medications. They can be quite effective in controlling sensory neuropathy symptoms. Some of these medicines include amitriptyline, gabapentin, carbamazepine (Tegretol) and lamotrigine (Lamictal). These medications are known to interfere with the way pain is transmitted in nerve cells, and are commonly referred to as neuropathic pain agents.

The Gabapentin Market Share Is Over 1.5 Billion US Dollars

Gabapentin For Neuropathic Pain

Gabapentin is a commonly used medication to treat neuropathic pain. It was developed in 1975 as a prescription medication. Its original primary use was to treat seizures, but it also treats neuropathic pain and has a number of off-label applications. It was FDA-approved in 1993 and became a generic medication in 2004.

Gabapentin is an analogue of gamma aminobutyric acid (GABA). GABA is a neurotransmitter that reduces the excitability of nerve cells in the brain, which plays a role in seizure and neuropathic pain signal transmission. Gabapentin mimics the calming effects of GABA on neurons.

Gabapentin is available in both brand-name and generic formulations. The generic formulations are chemically the same and usually lower in cost than the brand name products. They all can provide effective pain relief. Gabapentin is sold under the brand names Horizant®, Gralise®, and Neurontin®.

The precise mechanism of action of gabapentin to relieve pain is unknown, but research indicates that it strongly binds to a specific site (called the alpha2-delta site) on voltage-gated calcium channels on a nerve cell's membrane. In other words, it blocks pain receptors on nerve cells. This is believed to be the mechanism by which it alleviates nerve pain (including chronic pain from painful neuropathy) and reduces the risk of seizures.

Gapapentin is not an opioid and is classified as a controlled substance in only a few states. Gabapentin is also not addictive. When taking opioids, however, gabapentin should be administered with extreme caution as the effects of sedation and depressed respiration are increased dramatically. This is unlike acetaminophen which has no effect or sedation or depressed respiration.

Most patients tolerate gabapentin well, but there are side effecs. Gabapentin's most common side effects include dizziness, drowsiness, and fatigue. Occasionally, dizziness is accompanied by ataxia, which is the inability to walk straight. Other side effects include vision impairment, dry mouth, retention of fluid, and nausea. Elderly patients are more prone to these side effects, and this may be due to drug interactions. One of gabapentin's serious adverse events is worsen depression and suicidality but this is rare. Among the lesser adverse effects are rash, tremor, and cough.

If there is no taper after prolonged use, gabapentin can cause withdrawal symptoms. These symptoms include anxiety, agitation, depression, palpitations, and profuse perspiration. The taper should last anywhere between two weeks and one month.

Gabapentin has been shown to significantly alleviate neuropathic pain, including postherpetic neuralgia (neuropathy after a shingles infection), painful diabetic neuropathy, and chronic neuropathic pain according to clinical trials. One randomized controlled trial after another have corroborated this claim. Worthwhile pain relief is indeed possible. Substantial benefit has been show in systematic reviews.

Eating An Anti-Inflammatory Diet Is Part
 Of An Alternative Approach To Neuropathy

Eating An Anti-Inflammatory Diet Is Part
 Of An Alternative 
Approach To Neuropathy

Dietary and Lifestyle Practices To Treat Peripheral Neuropathy

Certain vitamin deficiencies (such as B-12 deficiency) can contribute to peripheral neuropathy. A diet consisting of whole unprocessed grains, fruits, vegetables, and lean proteins can prevent further nerve damage and limit the symptoms of peripheral neuropathy. Additionally, a healthy diet improves the body's overall functionality. Keeping your blood sugar in a healthy range will definitely help with peripheral neuropathy. Blood tests should be checked on a regular basis.

Additionally, regular exercise is beneficial for maintaining a healthy weight, regulating blood sugar, and preserving muscle strength. However, consult your physician before beginning a new exercise regimen, especially if you suffer from peripheral neuropathy. Even a light exercise regimen of walking can improve symptoms of peripheral neuropathy.

Additionally, tobacco products and excessive alcohol consumption likely contribute to nerve damage and peripheral neuropathy. While quitting smoking is difficult, there are numerous programs and medications available to assist with withdrawal symptoms. Alcohol should be consumed no more than one to two times per day and even this may be too much for certain individuals.

Transcutaneous Electrical Nerve Stimulation (TENS) In Treating Peripheral Neuropathy

When using a TENS machine to treat peripheral neuropathy, special stickers (electrodes) that you adhere to your skin deliver electrical impulses to the affected area of your body. These machines can be used at home and are available over the counter. Electrical impulses are frequently experienced as a tingling sensation and muscle twitches. Electrical impulses can inhibit the transmission of pain signals from multiple nerves to the spinal cord and brain, thereby relieving pain and relaxing muscles.

TENS however is not effective for everyone. It may be unpleasant, but it should not be painful. There may be skin irritation where the electrodes are adhered. TENS cannot be used in the shower or bath.

TENS: Transcutaneous Electrical Nerve Stimulation

A TENS unit allows the user to manage pain for a variety of durations. Typically, the duration of pain relief ranges from 5 minutes to 24 hours. Generally, the level of pain relief will vary based on the nature and severity of the pain.

TENS therapy is nevertheless a worthwhile alternative to medications when treating peripheral neuropathy symptoms, particularly with chronic pain.

Immunosuppressive and Immunomodulatory Therapies To Treat Peripheral Neuropathy

If your peripheral neuropathy is caused by an autoimmune disorder, your doctor may select one of several treatments. Treatment options include oral medications and IV infusions. Typical medications that your doctor may prescribe include azathioprine and prednisone. These immunosuppressants decrease inflammation from the immune system and can relieve nerve pain. They do come, however, with their own set of side effects.

Plasmapheresis is a further immunosuppressive therapy. During this sophisticated procedure, blood is extracted from the patient's body. Immune cells and antibodies are subsequently removed from the extracted blood which is then returned to the body. This is very helpful specifically for immunogenic peripheral neuropathy.

Surgery To Treat Peripheral Neuropathy

In severe cases of peripheral neuropathy, surgery may be the best treatment option. Surgical procedures can relieve the pressure on a damaged nerve. Those with tumors, a herniated disc in the neck or back, or nerve entrapment may be candidates for surgery (such as carpal tunnel syndrome).

As surgical technology continues to advance, an increasing number of peripheral neuropathy-related surgical procedures are minimally invasive. Minimally invasive surgery employs smaller incisions and precise, miniature instruments. Consequently, one can anticipate less scarring, less post operative pain, and a quicker recovery time.

Acupuncture To Treat Peripheral Neuropathy

Acupuncture is a traditional Chinese technique for promoting natural healing and enhancing function. Depending on the location of pain or other symptoms, needles are inserted into the body at very specific points.

Acupuncture is believed to unblock the body's energy channels, also known as meridians. A more modern explanation is that needles can stimulate the nervous system when precisely positioned. In turn, this results in the release of chemicals (or a chain reaction of chemicals and hormones) that alter the perception of pain of the affected nerves and other symptoms.

Some acupuncture practitioners can actually use electrical stimulation instead of needles if you dislike needles. Another variation of this practice is acupressure. These techniques are particularly helpful with sensory neuropathy.

Mind/Body Practices To Treat Peripheral Neuropathy

Mind/body techniques like deep breathing, meditation, yoga, and tai chi are also treatment options for those struggling with peripheral neuropathy. Typically, these practices are used in conjunction with more conventional medicine.

In particular, these practices can lead to a more mindful experience of what is going on with you physically, mentally, and emotionally. This, in turn, can reduce stress and pain, promote relaxation, and improve your quality of life.

Some of the more physical mind/body practices, like yoga or tai chi, can also assist with flexibility and muscle tone.

Cognitive Treatment For Peripheral Neuropathy

Cognitive therapy is a type of psychotherapy in which negative thought patterns about the self and the world are challenged in order to modify undesirable behavior patterns or treat mood disorders like depression.

Individuals with disabilities and/or chronic health conditions may benefit from discussing their condition with a therapist. It is not always simple to deal with being unable to participate in the activities you enjoy. A psychotherapist can provide you with the tools and support necessary to investigate and manage your thoughts and emotions.

Summary

Peripheral neuropathy is damaged or diseased nerves of the peripheral nervous system. Peripheral neuropathy can be sensory, motor, or autonomic. Diabetes is the most common cause of peripheral neuropathy, with peripheral and autonomic neuropathies being the most common forms of diabetic neuropathy. Autoimmune disorders can also cause peripheral neuropathy. The symptoms of peripheral neuropathy include burning and tingling pain, motor neuropathy symptoms such muscle weakness, and other autonomic symptoms involving the digestive system, cardiovascular system, and the genitourinary system. The sooner peripheral neuropathy is diagnosed, the more effective treatment options will be at improving nerve health. Treatments of peripheral neuropathy include pain medication, neuropathic medication, transcutaneous nerve stimulation, immune system changes, and surgery. Other treatments include acupuncture, and various mind/body techniques as well as cognitive treatment.

The Enzyme

There is a particular enzyme in the body known as MMP-13, the inhibition of which has profound implications in the approach to neuropathy. We encourage to you click one of the buttons on this page to learn more.

Having Other Health Concerns?
Click On The Home Page Link Below
To See Our Full List Of Products And Services.

Having Other Health Concerns?
Click On The Home Page Link Below
To See Our Catalog Of Services.

© Copyright 2023  GoodHealthTube.com.All Rights Reserved
Disclaimer: All information provided is for educational use only. Always consult with your doctor or primary care physician prior to starting any new health or fitness routine.This message has not been approved by the FDA of the USA to diagnose or treat a medical illness.
This site is not a part of the Facebook website or Facebook Inc. Additionally, this site is NOT endorsed by Facebook in any way. 
FACEBOOK is a trademark of FACEBOOK, Inc.
This site is not a part of the Youtube website or Youtube Inc. Additionally, this site is NOT endorsed by Youtube in any way. 
YOUTUBE is a trademark of YOUTUBE, Inc.
© Copyright 2023  GoodHealthTube.com
All Rights Reserved
Disclaimer: All information provided is for educational use only. Always consult with your doctor or primary care physician prior to starting any new health or fitness routine.This message has not been approved by the FDA of the USA to diagnose or treat a medical illness.
This site is not a part of the Facebook website or Facebook Inc. Additionally, this site is NOT endorsed by Facebook in any way. 
FACEBOOK is a trademark of FACEBOOK, Inc.
This site is not a part of the Youtube website or Youtube Inc. Additionally, this site is NOT endorsed by Youtube in any way. 
YOUTUBE is a trademark of YOUTUBE, Inc.