<p>Japanese scientists say they have found a link between consumption of vitamin E and the degenerative bone condition osteoporosis, in a study likely to shed new light on the use of supplements.</p>.<p>Researchers found that giving mice increased doses of the vitamin to a level similar to that found in supplements caused the animals’ bones to thin.<br /><br />The mice developed osteoporosis after eight weeks on the diet, which had levels of vitamin E significantly higher than those found in a mouse’s natural diet, according to the study, published in the journal Nature Medicine.<br /><br />The team, led by Shu Takeda of Keio University, said vitamin E stimulates the generation of bone-degrading cells, which normally work with bone-forming cells to maintain bone strength.<br /><br />Osteoporosis is a disease that causes the thinning of bone tissue and loss of bone density over time. It often affects older people, particularly women, who may become more prone to bone fractures.<br /><br />Vitamin E is found naturally in various foods including vegetable oil, nuts and some leafy vegetables.<br /><br />It is also a popular health supplement as an antioxidant, and is widely believed to enhance health and slow problems related to ageing.<br /><br />The study called for greater research into how enhanced levels of vitamin E affect human health.<br /><br />“It is possible that with the volume (of vitamin E) contained in health supplements, bones may become fragile,” Takeda told the Mainichi Shimbun newspaper.<br /><br />The findings come after researchers found mice that had been genetically modified to be deficient in vitamin E had a high bone density.</p>
<p>Japanese scientists say they have found a link between consumption of vitamin E and the degenerative bone condition osteoporosis, in a study likely to shed new light on the use of supplements.</p>.<p>Researchers found that giving mice increased doses of the vitamin to a level similar to that found in supplements caused the animals’ bones to thin.<br /><br />The mice developed osteoporosis after eight weeks on the diet, which had levels of vitamin E significantly higher than those found in a mouse’s natural diet, according to the study, published in the journal Nature Medicine.<br /><br />The team, led by Shu Takeda of Keio University, said vitamin E stimulates the generation of bone-degrading cells, which normally work with bone-forming cells to maintain bone strength.<br /><br />Osteoporosis is a disease that causes the thinning of bone tissue and loss of bone density over time. It often affects older people, particularly women, who may become more prone to bone fractures.<br /><br />Vitamin E is found naturally in various foods including vegetable oil, nuts and some leafy vegetables.<br /><br />It is also a popular health supplement as an antioxidant, and is widely believed to enhance health and slow problems related to ageing.<br /><br />The study called for greater research into how enhanced levels of vitamin E affect human health.<br /><br />“It is possible that with the volume (of vitamin E) contained in health supplements, bones may become fragile,” Takeda told the Mainichi Shimbun newspaper.<br /><br />The findings come after researchers found mice that had been genetically modified to be deficient in vitamin E had a high bone density.</p>