History

Ascorbic acid, or Vitamin C, was discovered after scientists had searched centuries for a cure for the disease known as scurvy. The name Ascorbic acid comes from word "anti-scurvy" acid, because it was known to dramatically cure this disease. This disease was caused by a serious deficiency of Vitamin C, and it caused its victim's small blood vessels to rupture, bones to weaken, and joints to swell, among other symptoms. These symptoms were due to the fact that without a source of Vitamin C one developed severe problems concerning the body's connective tissues, which is found in bones, skin, muscles, teeth, blood vessels, and cartilage. This disease would eventually lead to death if it went untreated, and was not uncommon, especially during the winter months of the year. The disease often plagues armies, explorers, and crusaders, since these men's diets normally consisted of biscuits and salted meat that could easily be stored and kept unspoiled on a ship.



(from http://www.monzy.com/scurvy/)


A Scottish naval surgeon named James Lind discovered Vitamin C after a four year sea voyage which was lead by Admiral George Anson. During the voyage more than a thousand sailors lost their lives to scurvy, after which Lind began investigating the disease and came to the realization that the disease was most common among people who's diet had been extremely limited. To test his hypothesis (that the disease was caused by a limited diet), he decided to treat sickened sailors with different foods during a ten-week sea voyage. He found that a diet with citrus fruit provided the most dramatic cure for the disease.

Lind published his findings as Treatise on the Scurvy in 1753, and as a result, in 1795 daily doses of lime juice were prescribed to all the sailors in the British navy and Scurvy quickly vanished. However, the British were the only people who accepted the idea that Scurvy was the result of a dietary deficiency, and Great Britain was the only place where there was a decline in the cases of Scurvy. In America, during the Civil war, many men on both sides of the war died from this disease due to the lack of a source of Vitamin C in their diet.

In 1907 Axel Holst and Theodore Frolich, two Norwegian biochemists, proved it to the rest of the world in an experiment where they proved that Scurvy's symptoms could be produced in a guinea pig when denied certain foods, and that these symptoms would vanish when the food was restored. However, even on into the early 20th century explorers were still dying of Scurvy. One example was Robert Scott's expedition to the South Pole, when he and his crew were affected by the lack of Vitamin C containing foods in their diets, not the harsh conditions and temperatures.

Zilva, another scientist, and his associates attempted to isolate the substance in different foods that seemed to cure Scurvy between the years 1910-1920; however, Ascorbic acid (or Vitamin C), which was the substance responsible for the diminishing of Scurvy, wasn't isolated until 1928 by two independent teams of researchers. The two teams were headed by researchers Albert Szent-GyrØ gyi and Charles G. King. Szent-GyrØ gyi's team of researchers extracted the substance, which he called Hexuronic acid, from many different foods such as cabbage, oranges, and paprika. King had isolated the same substance, which he called Vitamin C, from foods such as lemons and oranges.

Walter Norman Haworth, the English chemist who is also responsible for determining the chemical structure of the compound, and Tadeus Reichstein, who was a Polish-Swiss endocrinologist, synthesized Vitamin C for the first time in 1933. Becoming the first vitamin to be artificially made, Vitamin C was marketed for medical purposes and ended the mass amounts of cases of Scurvy.

Another chemist, Linus Pauling is known for his theories that Vitamin C helps fight off colds and disease. His works claiming that Vitamin C prevented the common cold were published in 1970, and he later published a book dealing with his findings of the relationship between Vitamin C and cancer.

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