Peripheral neuropathy is a condition that occurs when the peripheral nerves—those outside the brain and spinal cord—are damaged. This damage can affect the nerve fibers (axons) that carry signals and the protective covering around them (myelin sheath), disrupting normal nerve function. As a result, signals may become interrupted, or completely blocked, leading to problems with sensation, movement, or organ function.
Peripheral neuropathy is one of the most common neurological disorders. There are more than 100 known types, each with different causes and symptoms. Some affect sensory nerves, others target motor or autonomic nerves, and many involve a combination. The type of neuropathy often determines how it progresses and how it’s treated. The following are some of the main types of peripheral neuropathy.
damage to the sciatic nerve which runs from the lower back to the feet
damage to the nerve root in the neck
damage to the sciatic nerve which runs from the lower back to the feet
nerve damage due to shingles infection
damage to the nerve root in the lower back
nerve damage due to excessive alcohol intake
nerve damage due to diabetes
The symptoms of peripheral neuropathy vary depending on whether the damage involves motor nerves (which control muscle movement), sensory nerves (which transmit sensations like pain, temperature, and touch), or autonomic nerves (which regulate involuntary functions like heart rate, digestion, and blood pressure).
A general health check that may include:
Gathers detailed information about symptoms, lifestyle, alcohol use, exposure to toxins, medications, and family history of neurological conditions to help identify possible triggers or contributing factors.
Evaluates nerve function by testing reflexes, muscle strength and tone, sensation (touch, pain, temperature), coordination, and balance to detect signs of nerve damage.
Nucleotides, including Uridine monophosphate (UMP) and Cytidine monophosphate (CMP), are essential building blocks of nucleic acids¹. As semi-essential nutrients, the body cannot produce enough in specific situations, including nerve injury, necessitating dietary intake. However, limited food sources can make it challenging to meet these requirements through diet alone2,3.
In certain cases, peripheral nerves have the ability to regenerate and recover function after injury, with the repair of the myelin sheath being critical for effective nerve function and signal conduction¹. Since nerves cannot produce all necessary components to facilitate the nerve regeneration process themselves, including nucleotides, an external supply is important to provide the substrates needed to accelerate this process¹.
The unique combination of uridine and cytidine helps to rebuild the nerve cell and myelin sheath¹
