Key Supplement Recommendations for Runners and Endurance Athletes IntroductionIf you have the discipline to be a runner, swimmer, triathlete, or otherwise engaged in endurance training, you likely take your health seriously. What I want to accomplish below is make a...
Dr. Murray’s Personal Supplementation Plan I frequently get asked what supplements do I take. So, here it is as detailed in my latest book, The Longevity Matrix. You will see that I take a lot of supplements. The way that I organize them is by creating a little...
Parkinson’s Disease Introduction Parkinson’s disease is a degenerative brain disorder caused by damage to an area of the brain responsible for controlling muscle tension and movement. The damaged brain cells in this region are unable to produce sufficient dopamine, an...
Last week I gave my latest webinar to answer questions on COVID-19. If you want to see the replay, click here. I also shared that I had tested positive for COVID-19 last week as well. Fortunately, my symptoms were limited to feelings similar to “jet lag” for a few...
Vitamin D Shows SUPER Impressive Results in COVID-19 Results just in from a hospital trial in Spain showed vitamin D to produce phenomenal results in preventing the progression of COVID-19. Only 2% of those given the vitamin D were transferred to the intensive care...
Popular Over-The-Counter Drugs Accelerate Cognitive Decline and Dementia Introduction: One of the themes throughout my new book, The Longevity Matrix, is that many popular drugs accelerate the progression of age-related diseases and/or increase mortality. They are...
On the show I discussed the failure of conventional medicine to address the underlying issues in many health conditions offering little more than drugs as biochemical “band aids.”
January is National GLAUCOMA Awareness Month
Glaucoma most often refers to the vision loss caused by increased intraocular pressure (IOP) as a result of greater production than outflow of the fluid of the eye (the aqueous humor). The normal intraocular pressure is about 10 to 21 mm Hg. In chronic glaucoma, the intraocular pressure is usually mildly to moderately elevated (22 to 40 mm Hg). In acute glaucoma, the intraocular pressure is greater than 40 mm Hg. Acute glaucoma is a medical emergency, fortunately it is the rarest form of glaucoma.
Chronic open-angle type glaucoma is by far the most common form. It accounts for about 70-75% of the approximately 3 million people in the United States who have glaucoma.
In some cases glaucoma develops in people with normal IOP. Referred to as low-tension glaucoma or normotensive glaucoma (NTG), this form accounts for approximately 25 to 30 percent of all glaucoma cases in the United States. NTG is more common in women than in men and affects adults averaging 60 years old. A common risk factor for NTG is low blood pressure.
Since many patients with glaucoma have no symptoms, it is important that regular eye exams be included in their annual checkup after the age of sixty. Glaucoma is a serious condition that requires strict attention.
What are the signs and symptoms of GLAUCOMA?
Since patients with the early stages of chronic glaucoma rarely have symptoms, it is important that regular eye exams be included in their annual checkup after the age of sixty. Chronic glaucoma can result in the gradual loss of peripheral vision resulting in tunnel vision.
Typical signs and symptoms of acute glaucoma include extreme pain, blurring of vision, reddened eyes, and a fixed and dilated pupil. Acute glaucoma is a medical emergency. If you are showing any signs of glaucoma, consult an ophthalmologist immediately. Unless adequately treated within twelve to forty-eight hours, an individual with acute glaucoma will become permanently blind within two to five days.
What causes GLAUCOMA?
The cause of glaucoma appears to be an abnormality in the composition of the supportive structures of the eye. Specifically, structural changes reflecting poor collagen integrity and function are the hallmark features of glaucoma. These changes lead to blockage in the flow of the aqueous humor and result in elevated intraocular pressure (IOP) readings.
What dietary factors are important in GLAUCOMA?
For chronic glaucoma, a generally healthful diet is recommended, with a focus on foods high in vitamin C and flavonoids, such as fresh fruits and vegetables. In addition, regular consumption of cold-water fish (e.g., salmon, mackerel, herring, and halibut) is also encouraged due to their high content of omega-3 fatty acids. Animal studies have shown that an increased consumption of omega-3 fatty acids can lower IOP.
Chronic glaucoma has been successfully treated by eliminating allergies. In one study, of the 113 patients exposed to a food or environmental allergen demonstrated an immediate rise in IOP of up to 20 mm, in addition to other typical allergic symptoms. To treat glaucoma by eliminating food allergens, follow the guidelines given in FOOD ALLERGIES.
What nutritional supplements should I take for GLAUCOMA?
Foundation Supplements. High potency multiple vitamin and mineral formula; Vitamin D3 2,000-5,000 IU/day; Fish oil, EPA+DHA 1,000 to 3,000 mg/day.
Vitamin C is necessary for proper collagen integrity. Vitamin C supplementation has been shown to lower IOP levels of glaucoma patients in many clinical studies. Although some people respond to as little as 2 grams per day, others may respond only to extremely high doses (35 grams per day). Abdominal discomfort is common when using high doses, but usually tapers off after three to four days. The ability of vitamin C to reduce the IOP lasts only as long as supplementation is continued.
Grapeseed extract contains flavonoids that enhance the effects of vitamin C and stabilize the collagen matrix. The citrus bioflavonoid rutin has also been demonstrated to lower IOP when used as an adjunct in patients who are unresponsive to glaucoma medications alone. Grapeseed extract is a better choice.
Magnesium supplementation lowers IOP in a fashion similar to that of popular drugs used in the treatment of glaucoma. Magnesium works just like the drugs by blocking the entry of calcium to produce relaxation of the arteries. In fact, magnesium has been referred to as “nature’s calcium-channel blocker.” Magnesium supplementation improves the peripheral circulation and seems to have a beneficial effect on the visual field in patients with glaucoma.
Ginkgo biloba extract shows promise in the treatment of glaucoma. In one study of patients with severe chronic glaucoma, although the improvements in IOP were mild, given the poor prognosis for these patients the results were deemed relevant. The recommended dosage of ginkgo extract (24% ginkgo flavonglycosides) is 160 to 240 mg daily.
How Do I Know if the Recommendations are Working?
Periodic re-examination by your physician to measure intraocular pressure is important. If the recommendations above are working there should be a gradual improvement in visual function and a normalization of IOP.
PQQ may be the perfect answer to preventing or reversing age-related mental decline.
kiwiPQQ (short for pyrroloquinoline quinone) is a vitamin-like compound found in plant foods that shows a wide range of benefits for brain function and energy production. Learn more about PQQ with the following Q&A.
What Exactly Does PQQ Do?
PQQ is an extremely potent antioxidant that is able to carry out the role of an antioxidant in the body more than 20,000 times—which is a rare thing. For example, other antioxidants, such as vitamin C, are only able to accomplish this “cycling” process about four times.
Are There Any Food Sources of PQQ?
PQQ has been found in all plant foods analyzed to date. Particularly PPQ-rich foods include parsley, green peppers, kiwi, papaya, and tofu. These foods contain 2–3 mcg of PQQ per 100 grams. Green tea provides about the same amount per 4-oz. serving. While these amounts appear to be sufficient in helping our cells carry out their basic functions, research indicates that boosting PQQ through supplementation can produce some amazing effects.