Signs of damage to the nervous system generally begins with a loss of reflexes, numbness and a decrease in muscular strength. Over time, increasing damage to the nerve cells will lead to positive signs of neuropathy which is defined more by burning, tingling and biting pain in the extremities. These pains can come on gradually over a period of years, or appear suddenly. Both peripheral and diabetic neuropathy have proved to be very difficult conditions for the medical profession to treat but Restore Me is specifically formulated to support the bodies ability to repair and protect your nerves and thus helps to prevent neuropathy.

Your body naturally produces Glutathione (GSH) which is one of the most influential anti-oxidants found in the nervous system, liver, and kidneys. It is the primary defense against toxins which heavily contribute  to neuropathy.  Because GSH is weakened by stress, painkillers, and overconsumption of refined foods, it is especially important for people with diagnosed neuropathy to find the means to boost its productivity. The micronutrients NAC, vitamin C, selenium, and ALA (Alpha-Lipoic Acid) found in Restore Me stabilizes and energize GSH, reestablishing a crucial balance or surplus of healthy cells which allows GHS to do its job, regardless of the source of the neuropathy.
The other ingredients in Restore Me that contribute to the potential reduction of neuropathy is its highly bioavailable B vitamins. Vitamin B deficiency caused by diet or inherited genetic mutations can also be a contributing factor in neuropathy. While Vitamin B is crucial to healthy GSH production and is found in a variety of common foods, sometimes our bodies are not able to convert or deliver them in an efficient bioavailable form for GHS production. Homocysteine  (HCY) is an amino acid which your stomach releases in the normal part of the digestive process. Homocysteine is a regular by-product of the Methionine cycle, a major contributor to our everyday metabolic processes.  However, as are so many systems and cycles within the human body, there is a fine balance between too much and the “right” amount of HCY. Too much sustained over a period of time can contribute to a number of significant conditions and diseases.  A simple blood test can measure your body’s HCY level.  Elevated levels are a recognized risk factor for many neurological conditions, including neuropathy. These elevated levels of HCY are often associated with deficiencies in folate, vitamin and vitamin B12.  A defect in the MTHFR gene can contribute to an elevated HCY level as well.  Supplementing with the high bioavailability ingredients in Restore Me can help balance HCY levels in your diet.