“Peripheral” means outside of the center. The peripheral nervous system is the nervous system outside of the brain and spinal cord. “Neuropathy” is disease or dysfunction of one or more of the nerves. Peripheral Neuropathy is damaged, sick, dying peripheral nerves.
More than 20 million in the US suffer from peripheral neuropathy. The majority are over the age of 45. That’s almost 1 out of 17 Americans have peripheral neuropathy. Many suffering from Peripheral Neuropathy have lost the ability to enjoy activities they love such as traveling, sports, social events, and enjoying family as a result of the pain, burning, numbness, tingling,difficulty walking, and other symptoms of Peripheral Neuropathy.
The most common symptoms of peripheral neuropathy can include:
Peripheral Neuropathy Symptoms can be constantly or intermittent.
Symptoms vary according to the type of peripheral neuropathy and may develop quickly or slowly
The 4 main types of peripheral neuropathy:
Sensory peripheral neuropathy – damage to the peripheral nerves that carry messages of touch, temperature, pain, vibration, pressure, and other sensations to the brain
Motor peripheral neuropathy – damage to the nerves that control muscles and movements, such as walking and lifting.
Autonomic peripheral neuropathy – damage to the nerves that control involuntary bodily processes, such as breathing, digestion, blood pressure, and bladder function.
Mononeuropathy Peripheral Neuropathy – damage to a single nerve outside of the central nervous system. Carpal Tunnel Syndrome being the most common type.
Majority of patients with peripheral neuropathy have more than one of these types of peripheral neuropathies at the same time.
Most common peripheral neuropathy is a combination of sensory and motor neuropathy (sensorimotor polyneuropathy).
Symptoms of Sensory Peripheral neuropathy can include:
Symptoms of Motor Peripheral Neuropathy can include:
Depending on the specific nerve affected, symptoms of Mononeuropathy Peripheral Neuropathy can include:
Metabolic (chemical)
Mechanical (compressive)
Genetic (hereditary)
Metabolic/Chemical -Risk Factors
Diabetes is the most common metabolic cause of Peripheral Neuropathy. Nearly 70% of individuals diagnosed with diabetes develop Diabetic Peripheral Neuropathy. Approximately 86,000 Americans each year undergo diabetic amputations. These amputations are a result of uncontrolled peripheral neuropathy.
Mechanical – Risk Factors
Bulged and Herniated Disc(s)
Degenerative Disc(s)
Spinal Stenosis
Mechanical causes of peripheral neuropathy causes are very common, and are most often a result from mechanical joint problems, which compress the nerves that emit from the spine.
In mechanical compressive forms of peripheral neuropathy, the direct physical pressures placed on the nerves by aberrant joint function shuts down the flow of O2 and nutrients to the nerves.
Compressive peripheral neuropathy in the upper or lower spine (cervical, thoracic, lumbar and/or sacral) nerves can cause functional motor (weakness, stiffness, tightness, constrict) and sensory (numbness, tingling, burning, sharp pain) changes for the nerves of the hip, legs, ankle and feet.
Hereditary – Risk Factors
The final category for Neuropathy pertains to genetics or hereditary traits. They include neurological challenges, such as Friedriech’s Ataxia and Charcot Marie Tooth Disease. Although these examples of Neuropathy are still extremely significant to those afflicted, these diseases are fairly rare and make up less than 1% of the population.
All living things require nutrients and oxygen and need to be as free of poisons and toxins as possible in order to grow, thrive and prosper. Your peripheral nerves are NO exception. When functioning normally, nerve tissues receive rich nutrients, and highly-oxygenated blood that is carried by microscopic capillaries, which are tiny-tiny-tiny blood vessels that are easily clogged. The capillaries of an individual with diabetes can clog once a great deal of glucose fills the bloodstream, which can then prevent nerve tissues from receiving the proper nutrients and oxygen necessary for survival. When tiny nutrients and oxygen carrying blood vessels become clogged, constricted and damaged circulation is decreased to the nerves. This reduction in circulation causes nerve tissues to not receive the nutrients and oxygen necessary for survival. When this happens the peripheral nerves become damaged causing neuropathy.