Vitamin C and Coronavirus: Not a Vaccine; Just a Humble Cure

At the very end of the year of 2019, patients with unexplained pneumonia appeared in Wuhan, China. Around a week later, on January 7, 2020, a new coronavirus was detected in a Wuhan laboratory at 9:00 pm. Three days later, on January 10, the laboratory detected pathogenic nucleic acids at around 8:00 pm. People in Wuhan continued to succumb to the coronavirus over the next four weeks, and, by February 4, 20,000 cases of coronavirus had been identified in China, with 406 dead.

Sometime between late January and the first days of February 2020, the Chinese government placed an order with Dutch State Mines (DSM) for 50 tons of vitamin C. Trucks arrived in Wuhan, the epicenter of the epidemic, on February 9, 2020. [28] Three days later, on February 12, Zongnan Hospital in Wuhan announced a trial of intravenous vitamin C against Coronavirus.

Dr. Thomas E. Levy - Vitamin C

Dr. Thomas E. Levy – Vitamin C

Dr. Thomas E. Levy talks about Vitamin C, its benefits, uses and why it’s such an important vitamin in the fight against infections ranging from mild to acute and to build and sustain a healthy immune system.

Presenting the evidence of what high dose vitamin C (also known as mega-dose vitamin C) can do to cure acute infections. Information relating to the use of high dose vitamin C used by Dr. Klenner to treat polio in children and what this could mean for polio suffering around the world.

Most Effective Supplement Ever Studied?

Hello folks, Today I show you how a single nutrient could change the face of healthcare, forever. Coming up… For human beings, vitamin C (known in its synthetic form as “L-ascorbic acid”, or C6H8O6) is a water-soluble essential nutrient. “Essential” means our bodies do not synthesize it internally, so we need to obtain it from our food and through supplements. Humans, great apes, many other primates, guinea pigs and some species of fruit bats and a handful of other obscure species, are the only animals on Earth that are not capable of producing their own vitamin C internally. in their livers This is likely due to a genetic mutation that occurred far back in our distant prehistoric past that stunted our ability to synthesize the gulonolactone oxidase enzyme. Most animals in the wild typically make a human equivalent of around 4000 to 12,000 mg of vitamin C per day internally when healthy and can produce up to 100,000 mg per day if under physical, chemical or emotional stress.

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