Effective natural remedies for everything from scar tissue to diabetic neuropathy have been around for 30 years or more.
We’ve often overlooked the “tried and true” remedies that have been around for decades in favor of the “latest and greatest” advancements for our health issues. But, as I watched my social media feed over the past few months fill up with everything from sourdough bread starters to first-time gardens, I realized this pandemic is bringing us around to a new appreciation for the timeless traditions for caring for our health. This inspired me to share with you today my favorite time-tested remedies for relief from diabetic neuropathy, scar tissue, atherosclerosis and arterial plaque.
The Essential Fatty Acid that Relieves Diabetic Neuropathy
Right now, 1 out of every 10 adults in the US is diabetic, and it’s estimated that half of those diagnosed also experience the pain of diabetic neuropathy. It saddens me when clients come to me on medications with intolerable side effects or regimens of B vitamins that only take the edge off. Several studies showing the effectiveness of gamma-linolenic acid (GLA) on reversing diabetic neuropathy span more than 4 decades, going as far back as 1986.
GLA is an essential fatty acid that our bodies require for normal neuron structure and optimal microcirculation. Diabetics have a reduced ability to convert linoleic acid (Omega 6 fats) into GLA, which results in a deficiency. A lack of GLA and associated metabolites are a known root cause of the development of peripheral neuropathy.
Supplementing with GLA not only restores levels to normal, but also helps to correct the biochemical defects associated with diabetics. Study participants showed marked improvement not only in pain, but also in sensory nerve conduction, muscle response, and heat and cold thresholds. Study doses varied from 360 to 480 milligrams and took up to 3 months to show improvement. I recommend taking 2 pills of UNI KEY Health’s GLA-90 up to 3 times daily for at least 90 days, and making sure your blood sugars are well under control with your diet.
The Enzymes that Break Down Scar Tissue
For more than 30 years now, studies have shown that scar tissue can be removed from the body non-invasively by supplementing with certain enzymes. Every tissue in your body – from organs and bones all the way down to the cell level – is regulated by enzymes. Proteolytic enzymes are the specific enzymes that digest proteins and can metabolize and break down scar tissues in the body.
Scar tissue is similar to normal tissue, in that it’s made from collagen. The difference is that scar tissue is made in area where there’s inflammation, so the fibers are tightly wound together and cross-linked, and they shrink to form an inflexible, fibrous tissue.
Breaking down scar tissue is a two-step process, and it takes specialized proteolytic enzymes to do the job. These enzymes first go in and reduce inflammation by neutralizing the biochemicals that cause it, so healing can take place. Next, they digest the proteins that form the tight collagen-based tissue of the scar. They do all of this while supporting the immune system so that infections don’t invade the remodeling tissues.
The proteolytic enzyme shown to be the most effective in dissolving scars is serrapeptase, but in my opinion, the best enzyme formulations also contain enzymes that help your body digest and process the cellular toxins released during the scar breakdown, to keep inflammation at bay. My enzyme formula of choice is UNI KEY Health’s Digesta-Key, which contains serrapeptase, along with several key digestive and anti-inflammatory plant and animal-based enzymes. To be most effective for this use, it needs to be taken at least twice daily between meals.
Is Atherosclerosis Really Arterial Scurvy?
The first study showing that plaque in the arteries is reversible was all the way back in 1954. Dr. Willis’ study reported that 60 percent of the participants had a reversal or improvement in the amount of plaque in their arteries with his protocol, as shown by injecting dye then taking x-rays of the arteries. So what was his secret for success? A 500 milligram dose of vitamin C taken 3 times daily, which was based on even earlier studies done to determine how much vitamin C was needed to maintain a steady tissue concentration.
After this initial study, Dr. Willis dug deeper – and what he found was shocking. He did a study based on autopsies of patients who had died of sudden cardiac arrest. Even in previously healthy, well-nourished people, he found a local deficiency of vitamin C in the coronary arteries. This deficiency was worse in areas of mechanical stress, which led him to the conclusion that the damage in the vessels came from increased pressure in areas without vitamin C’s protective effects.
We now have more than 100 years of research showing the importance of vitamin C to the cardiovascular system, but we didn’t even hear about it until Linus Pauling and Matthias Rath, MD, a cardiologist, picked up Dr. Willis’ research and not only confirmed it but modernized it. They found that the type of LDL cholesterol known as the Lp(a) protein caused the formation of plaque in damaged arteries that were deficient in vitamin C and lysine. Their studies confirmed that they could stop this plaque formation with doses of vitamin C at 40 milligram per kilogram of body weight per day. Not only did the Lp(a) levels in the blood drop, but arteries showed less plaque on imaging studies.
UNI KEY Health formulated their Time-C with this research in mind. Their timed-release vitamin C is buffered with magnesium and heart-healthy lysine for gentle absorption, and timed release helps keep vitamin C levels consistently optimal for up to 6 hours from each dose. I recommend dosing 3 times daily for steady tissue concentrations, and I also recommend getting the blood test for Lp(a) as part of your routine yearly physical.
Researcher, trailblazer and the world’s foremost expert on an underlooked and often ignored vitamin -- vitamin E -- Dr. Barrie Tan is credited with discovering a form of vitamin E called tocotrienol in three major sources: Palm, Rice, and Annatto, a tropical plant that grows in South America that is the richest known source of tocotrienols. More than 100 studies and clinical trials have shown the surprising benefits of tocotrienols for heart, brain, liver, lung, bone, and cellular health, all without any known side effects. Tocotrienols have been studied in human cancer clinical trials and were shown to almost DOUBLE overall life expectancy when taken with standard therapy. Join me on the cutting edge of science and learn how this discovery could lead to better health and extended longevity for us all.