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FOR IMMEDIATE RELEASE
Defending Against Post-Infection Cardiovascular Disease
by Michael Passwater
OMNS (Nov. 11, 2022) One of the lessons learned from the COVID-19 pandemic is that viral infections increase the risk of life-threatening cardiovascular disease. A prospective study in the United Kingdom involving 17,871 patients with COVID-19 and 35,742 controls showed an increased risk of cardiovascular disease following illness from viral infection. The 14,304 mild cases that did not require hospitalization were 2.7 times more likely than controls to have a venous thromboembolism (VTE), and 10.2 times more likely to die during the follow-up period which averaged 141 days. The 2,701 cases with Covid-19 as the primary reason for hospitalization were 27.6 times more likely than controls to suffer a VTE, 21.6 times more likely to develop heart failure, 17.5 times more likely to suffer a stroke, and 14.6 times more likely to die. 866 cases hospitalized with Covid-19 as a secondary diagnosis also experienced increased cardiovascular events. The increased risks in all groups were greatest during the first 30 days following infection.  These numbers are striking, but also consistent with data from sepsis patients showing increased risks of cardiovascular disease and death during the "recovery phase" following sepsis. [2,3]
Nutrient deficiencies and disease
Nutrient deficiencies increase the body's susceptibility to infectious diseases. Furthermore, invading viruses and bacteria and the body's response to them increase the consumption of vital nutrients. [4-6] Vitamins C, D, E, K2, magnesium, glutathione, and selenoproteins (proteins in which selenium has been substituted for sulfur in a cysteine amino acid) are needed to support rapidly dividing and increasingly active immune cells. [7-11] Covid-19 has been shown to break down selenoproteins and disrupt antioxidant recycling processes and other vital cellular metabolism pathways. The exacerbation of nutrient deficiencies, including essential amino acids such as lysine, and pathogen-induced metabolic dysfunction, increases inflammation, susceptibility to coagulation (blood clotting or bleeding) problems, calcium metabolism and storage problems, and cardiac rhythm problems. [12-16]
Restoring health is more than eliminating pathogenic microbes. Nutrient levels and biochemical pathways must also be restored. Vitamin C, vitamin K2, vitamin E, and selenoproteins have important roles in maintaining healthy endothelial structure and function (blood vessel walls), and anticoagulation - coagulation balance. [8,14,17] Vitamin K2 and vitamin D also have major roles in calcium regulation.  The amino acid lysine, along with vitamin C, is also established as an important part of the Orthomolecular Medicine protocol for cardiovascular disease. [19,20] Lysine also has complex roles in coagulation. Tranexamic acid (TXA) is an antifibrinolytic medication often used in critical care medicine due to its association with increased survival and decreased bleeding in obstetrics, trauma, and major surgery. TXA is an analogue of lysine (a patentable version of an essential natural molecule). 
Lysine and vitamin C are also important for the production of collagen which provides structure to arteries. And at high concentrations, free lysine in the blood can saturate the lysine binding sites of lipoprotein(a) preventing the Lp(a) molecules from sticking to blood vessel walls.
Rutin, specifically quercetin-3-rutinoside, is another natural substance of importance for the prevention of thrombosis (blood clots). A decade ago, a Harvard report drew attention to rutin as a leading member of new class of anticoagulants. It is one of the few substances known (synthetic or natural) that can both help prevent clots and help break down unwanted clots. Rutin also has antioxidant and anti-inflammatory properties, and it has been shown to lower LDL cholesterol and ease arthritis pain. [22-24] Rutin, along with catechins, are bioflavonoid phytochemicals found in apples. The rutin content of apples can vary from 12 to 484 mcg/g of apple.  A therapeutic dose of 250-500 mg of rutin would take 5-10 apples, but it is also available as a dietary supplement. Rutin is also found in figs, asparagus, buckwheat, and black or green tea.
Following a serious viral illness, an increased risk of heart attack, heart failure, stroke, venous thromboembolism, and death may persist for months. These risks are especially prominent following Covid-19 infections, and may exist even when the acute phase of the illness is mild. During and after illness, it is important to restore the spectrum of nutrient levels to assist with the complete elimination of the infectious agent and to replenish biochemical pathways for optimal wellness. Additional cardiovascular support including vitamin C, lysine, and rutin may be indicated throughout recovery.
Recommended adult doses to reduce risk of serious infection:
Covid infection recovery (in addition to the above):
1st month -
Months 2-4 - consider reducing Rutin to 250 mg per day, and Lysine to 1,000 mg twice per day in the absence of pre-existing cardiovascular disease.
In his book "How to Live Longer and Feel Better," Linus Pauling developed a similar protocol for a healthy life.  His basic approach was to provide the body with the essential vitamins - first and foremost vitamin C - and other micronutrients in the therapeutic amounts it needs to heal. He recommended vitamin C in a dosage of 6-18 g (6,000-18,000 mg in divided doses) per day, or until the bowel tolerance limit is reached, and lysine in a dosage of 5-6 g (5,000-6,000 mg in divided doses) per day. The high doses of vitamin C and lysine he recommended, along with adequate doses of other essential nutrients, allow the body's biochemistry to function at a high level, purge viral infections, and prevent and reverse cardiovascular disease.
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