Vitamin C

Influenza

The effectiveness of vitamin C in preventing and relieving the symptoms of virus-induced respiratory infections. 1999, Gorton, J Manipulative Physiol Ther

Megadoses of vitamin C (1g every hour for 6 hours, and then 3 times a day) reduce the symptoms of flu and colds by 85%.

Polio

The poison cause of poliomyelitis and obstructions to its investigation. 1952, Scobey, Arch Pediatr

- Here is an analysis of dozens of cases and polio outbreaks, in which paralysis was caused by lead poisoning, arsenic, mercury, cyanide, pesticides, carbon monoxide, etc.
It is also reported that vitamin C, which is effective treats poliomyelitis, was also used to treat poisonings.
A century ago, it was noticed that lemon juice protects from poisoning by fish, which sometimes led to paralysis, which is probably the reason that fish is usually served with lemon juice.
- Monkeys never infected each other with polyo myelitis.
Among other things it is reported that when animals were injected with aluminum hydroxide, they formed protein aggregates similar to infectious encephalitis.
- Previously observed epidemics of pellagra and beriberi, and therefore it was believed that these are infectious diseases. Because in 1911 poliomyelitis was introduced into the Public Health Law as a contagious and infectious disease, only virologists deal with it, and ordinary doctors can not participate in the research. Because of this, no studies are also being conducted, whether poisoning can be the cause of poliomyelitis. Such studies are not funded.

Measles

Vitamin C, perhaps, too leads to to the fast recovery from measles.

Diphtheria

The effect of diphtheria toxin on the vitamin C content of guinea pig tissues. 1936, Lyman, J. Pharm. Exp. Ther

Apart from humans and primates, guinea pigs are the only mammals that do not synthesize vitamin C.
Guinea pigs were injected with diphtheria toxin. Those who were on a low vitamin C diet lost more weight than those on a regular diet. Diphtheria toxin depleted vitamin C in the adrenal glands, pancreas and kidneys.

Diphtheria

The influence of vitamin C deficiency in the protection of guinea pigs to diphtheria toxin glucose tolerance. 1937, Sigal, J Pharmacol Exp Ther

  • Vitamin C deficiency causes the decreased resistance to infections and increased damages from bacterial toxins. Decreased resistance appears before the scurvy symptoms can be observed.
  • Guinea pigs on a low vitamin C diet, who got injected with sublethal dose of diphtheria toxin, experienced a wider tissue damage, bigger weight loss, wider areas of necrosis, worse teeth development, and shorter lifespan, as compared to guinea pigs who were not restricted in vitamin C consumption.
    Most likely, a low level of vitamin C leads to systemic disorders of the whole body, and especially the endocrine system.
    The authors conclude that the level of vitamin C for detoxification from diphtheria should be significantly higher than the level of vitamin C required to prevent scurvy.

Diphtheria

Effects of Vitamin C Intake on the Degree of Tooth Injury Produced by Diphtheria Toxin. 1940, King, Am. J. Public Health

  • When guinea pigs are injected with a sublethal dose of diphtheria toxin, a 30-50% decrease in the vitamin C level in tissues is observed within 24-48 hours.
  • Children who received little vitamin C, developed scurvy during the infection. It resolved spontaneously after recovery, without increasing the amount of vitamin C in the diet.
  • What correlated with the absence of tooth caries in children of 10-14 years of age are good nutrition and lack of diseases in infancy and childhood.
  • Guinea pigs got injected with 0.4 and 0.8 of the minimum lethal dose of diphtheria toxin. Among those who received 0.8 mg of vitamin C daily, destruction of dental tissue was observed. Teeth of those who received 5 mg of vitamin did not decay.

Diphtheria

The influence of vitamin C level after resistance to diphtheria toxin. 1935, Menten, J. Nutr

Guinea pigs with limited vitamin C in the diet got injected with sublethal dose of diphtheria toxin. They developed arteriosclerosis in the lungs, liver, spleen and kidneys.

Diphtheria

The effect of diphtheria toxin on vitamin C in vitro. 1937, Torrance, J Biol Chem

Guinea pigs with low vitamin C reserve, who got injected with lethal dose of diphtheria toxin, died faster than guinea pigs on a regular diet.
Guinea pigs that received large doses of vitamin C, survived even after being injected with several lethal doses of the toxin.

Diphtheria

The effect of vitamin C on diphtheria has not been studied since the 40s. in 1971, Klenner reported a case of a girl being cured of diphtheria by an intravenous injection of the vitamin. Two other children, who did not get vitamin C, died. All three also received the antitoxin.

[1] 1976, Clark, J Nutr Sci Vitaminol (Tokyo)

Tetanus

Inactivation of Tetanus Toxin by Crystalline Vitamin C. 1937, Jungeblut, J Immunol

Vitamin C inactivates tetanospasmin in vitro, but not in vivo, in guinea pigs.

Tetanus

Efficacy of Vitamin C in Counteracting Tetanus Toxin Toxicity. 1966, Dey, Naturwissenschaften

30 rats were divided into five groups.
The first group received two minimal lethal doses of tetanus toxin. All rats died.
The second group received a vitamin C injection (1g/kg) together with the toxin injection, and additional injections twice a day. All rats survived. Mild symptoms of tetanus were observed.
The third group got three injections of the vitamin first, and then a toxin with an additional vitamin injection. All rats survived. No symptoms were observed.
The fourth group got the toxin, and after the onset of tetanus symptoms (16-26 hours) they got a vitamin injection. All rats survived.
The fifth group received a toxin, and 40 hours later vitamin C was administered intravenously. All rats survived.

Tetanus

Effect of ascorbic acid in the treatment of tetanus. 1984, Jahan, Bangladesh Med Res Counc Bull

A controlled study of the effects of vitamin C on tetanus in Bangladesh. 117 patients were divided into two groups. The first group received 1g of vitamin C intravenously each day, in addition to the immunoglobulin. The second group only received immunoglobulin.
In the children’s group (1-12 years old), among those who did not receive the vitamin, the mortality rate was 74%. No one died from the group that received vitamin C.
In adults’ group (13-30 years old), among those who did not receive the vitamin, the mortality rate was 68%. 37% of those who did get the vitamin also died. Since the vitamin C dose was the same for both groups, despite the different weight of patients, it is logical to assume that a higher does of vitamin in the adult group would further reduce the mortality rate.

The authors also report on the results of another interesting study. Since the tetanus toxin and strychnine have a similar mode of action, they decided to check how vitamin C would affect the strychnine intoxication.
60 two-day chicks were divided into four groups.
The first group received 5 μg of strychnine. They showed symptoms of poisoning.
The second group received 5 μg of strychnine, and also 30 mg of vitamin C 30 minutes before that. No symptoms were observed.
The third group received 10 μg of strychnine. They all developed paralysis, and 80% of them died.
The fourth group received 10 μg of strychnine and 30 mg of vitamin C. 20% of them had temporary paralysis, which lasted half an hour. The others showed no symptoms at all.
More about strychnine and vitamin C: [1] [2]

Tetanus

Vitamin C for prevention and treatment of tetanus. 2013, Hemilä, Cochrane Database Syst Rev

A very interesting systematic review by Cochrane on the treatment of tetanus with vitamin C. It is worth reading in full, and then comparing in to the systematic review of the subject of aluminum in vaccines.
The authors of this review only found one of the aforementioned studies on the effects of vitamin C on tetanus, in the entire medical literature. However, they report the following, among other things:
Vitamin C shortens the period of common cold. Contrary to the common mantra that the cold left untreated last a week, while when treated it lasts 7 days.
Vitamin C prevents pneumonia.
Cancer patients, who received 10g per day intravenously, lived longer.
Infections and bacterial toxins deplete vitamin C in the adrenal glands. Several experiments proved that vitamin C improves the function of the immune system cells (phagocytes and T-lymphocytes).
Dozens of animal experiments proved that vitamin C increased resistance to infections and bacterial toxins, including the tetanus toxin and other clostridium bacteria toxins (C.perfringens (the one from gas gangrene) and others).
One study determined that there was less vitamin C in the blood of tetanus patients that in the blood of healthy people. And the patients who died of tetanus had vitamin C levels lower than those who survived. Moreover, tetanus patients were observed to have higher levels of dehydroascorbate (the oxidized form of vitamin C), which indicated that tetanus depletes vitamin reserves.
Vitamin C is safe even in very large doses. 100 grams administered intravenously did not cause side effects. When taken orally, large doses of vitamin C could cause diarrhea (more than 30 g/day for sick people, and more than 4-10 g/day for healthy ones, which also indicated that infection depleted vitamin C reserves).
Since this single Bangladeshi study was neither blind, nor randomized, the authors do not recommend using vitamin C in treatment of tetanus, despite the complete absence of side effects. They recommend conducting additional clinical trials. Though no one is rushing to do that, for some reason. Whether WHO or UNICEF are interested in reducing tetanus mortality rate is for you to decide.

Whooping cough

In 1936, articles on the effectiveness of vitamin C against pertussis began to appear in the medical literature. The first study was by Otani in Japan, who administered the vitamin intravenously. Later, in 1937, an independent study by Omerod [1], [2] used the oral vitamin C to treat pertussis in Canada. Furthermore, in 1938, vitamin C was successfully used in a study by Vermillion to help cure pertussis in only a few days. It has also been reported that young infants who are breastfed are practically freed of pertussis because of the high vitamin C level in their mother´s milk.
In 1938, a controlled trial found that vitamin C is not more effective than a control substance. However, cod liver oil, belladonna and bromide were used as control substances despite the fact that in an article published in Lancet in 1871 it was shown that whooping cough could be successfully treated using cod liver oil. Even then, scientists have known a lot about choosing a placebo. In the 1950s, several more articles were published on the treatment of pertussis with vitamin C. At that point, however, a vaccine appeared and vitamin C was completely forgotten. As a result, during the past 70 years no one has made further investigations into the benefits of vitamin C against pertussis. Nonetheless, some doctors and parents still successfully use it to treat and prevent whooping cough.

Hepatitis B

Ayurvedic medicine seems to cure acute and chronic hepatitis B.
Hepatitis B can also be cured with vitamin C. Moringa as well. And desmodium.
Hepatitis B might also be cured with vitamin C. [Baur, 1954], [Kirchmair, 1957], [Calleja, 1960], [Morishige, 1978], [Smith, 1988]

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