k Vitamin U, molecular model Vitamin U, molecular model. The chemical formula for vitamin U, also called Smethylmethionine, is C6.H15.N.O2.S. Atoms are represented as spheres and are colourcoded carbon blue, hydrogen gold, nitrogen dark blue, oxygen red and sulphur yellow. Vitamin U is not officially recognised as a true vitamin, since it is a derivative of the amino acid protein component methionine. Vitamin U is found in a wide variety of fruit, vegetables and legumes. It is believed to have beneficial effects on the function of the digestive system. However, there is currently little research conclusively demonstrating the benefits or deficiency effects of vitamin U as of 2008. Stock Photo - Afloimages
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Vitamin U, molecular model Vitamin U, molecular model. The chemical formula for vitamin U, also called S methylmethionine, is C6.H15.N.O2.S. Atoms are represented as spheres and are colour coded: carbon  blue , hydrogen  gold , nitrogen  dark blue , oxygen  red  and sulphur  yellow . Vitamin U is not officially recognised as a true vitamin, since it is a derivative of the amino acid  protein component  methionine. Vitamin U is found in a wide variety of fruit, vegetables and legumes. It is believed to have beneficial effects on the function of the digestive system. However, there is currently little research conclusively demonstrating the benefits or deficiency effects of vitamin U  as of 2008 .
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Vitamin U, molecular model

Vitamin U, molecular model. The chemical formula for vitamin U, also called S-methylmethionine, is C6.H15.N.O2.S. Atoms are represented as spheres and are colour-coded: carbon (blue), hydrogen (gold), nitrogen (dark blue), oxygen (red) and sulphur (yellow). Vitamin U is not officially recognised as a true vitamin, since it is a derivative of the amino acid (protein component) methionine. Vitamin U is found in a wide variety of fruit, vegetables and legumes. It is believed to have beneficial effects on the function of the digestive system. However, there is currently little research conclusively demonstrating the benefits or deficiency effects of vitamin U (as of 2008).

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