Dr. James Farley explains diabetic neuropathy. According to him, diabetic patients are susceptible to diabetic neuropathy, which causes nerve damage. The symptoms might include anything from foot discomfort and numbness to issues with the heart and bladder functions.

Neuropathy can occasionally be diabetes' earliest warning symptom. Within the first ten years following a diabetes diagnosis, serious nerve issues (clinical neuropathy) might arise. The longer you have diabetes, the higher your chance of having neuropathy. Nearly 60% of diabetics experience neuropathy of some kind.

Neuropathy happens when the body's nerves are damaged by excessive blood fat or sugar level. It can have a wide range of symptoms and can affect almost every nerve in the body. The exact cause of diabetic neuropathy is not fully understood, but it is believed to be a combination of factors including microvascular damage, inflammation, and genetic factors.

Talking about the causes of diabetic neuropathy, Dr. James Farley explains that it is caused by high blood sugar. It leads to chemical changes in nerves, which makes it harder for them to conduct signals. It can also harm blood vessels that send oxygen and nutrients to the nerve.

A significant percentage of people with diabetes are also considerably more prone to develop peripheral neuropathy, according to multiple medical studies. Being treated by a physician with this particular knowledge is one of the most important factors in minimizing the detrimental effects of peripheral neuropathy.

Dr. James Farley continues to provide patients with the most innovative and cost-effective options for treating peripheral neuropathy. Lyrica, Cymbalta, Neurontin, and unnecessary therapies are among the things Dr. Farley has vowed to help his patients avoid, and his facilities are regarded as state-of-the-art.

About Dr. James Farley

Pertaining to peripheral neuropathy, Dr. James Farley states that it is an unpleasant condition that happens when damage or disease has occurred in the nerves that conduct messages from the brain and spine to the entire body.