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首页> 外文期刊>American Journal of Epidemiology >Invited commentary: Preventing neural tube defects and more via food fortification?
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Invited commentary: Preventing neural tube defects and more via food fortification?

机译:邀请评论:通过食物强化预防神经管畸形?

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Many neural tube defects can be prevented if women take folic acid around the time of conception. However, the majority of women do not take folic acid at the critical time, so the US government required that food be fortified with folic acid effective January 1, 1998. Whether the amount being added was sufficient to prevent all folate-related neural tube defects has been hotly debated. Mosley et al. (Am J Epidemiol. 2008;169(1):9-17) found no evidence that folic acid supplement use or dietary folate intake was related to neural tube defects, indicating that fortified food is probably providing sufficient folic acid to prevent folate-related defects. Because data on the effectiveness of fortification in the United States are scarce, this is an important contribution. There is great interest in the other effects of fortification. Folic acid reduces homocysteine levels, and homocysteine has been linked to cardiovascular disease and cancer. On the basis of current evidence, however, it seems unlikely thatfortification will reduce cardiovascular disease rates. Its effect on cancer remains unclear. Folic acid may be useful in primary prevention but may also stimulate the growth of existing malignancies or premalignant lesions. Although these issues remain unresolved, Mosley et al. have provided important data to address the primary question: Does fortification prevent folate-related neural tube defects?
机译:如果妇女在受孕前后服用叶酸,可以预防许多神经管缺陷。但是,大多数女性在关键时刻不服用叶酸,因此美国政府要求从1998年1月1日起对食物进行叶酸强化。所添加的量是否足以预防所有与叶酸有关的神经管畸形已经引起了激烈的争论。 Mosley等。 (Am J Epidemiol。2008; 169(1):9-17)没有证据表明叶酸补充剂的使用或饮食中叶酸的摄入与神经管缺陷有关,这表明强化食品可能提供了足够的叶酸来预防与叶酸有关的疾病。缺陷。由于缺乏在美国设防效果的数据,因此这是重要的贡献。人们对设防的其他效果也非常感兴趣。叶酸降低高半胱氨酸水平,高半胱氨酸与心血管疾病和癌症有关。然而,根据目前的证据,强化似乎不可能降低心血管疾病的发生率。其对癌症的作用尚不清楚。叶酸可用于一级预防,但也可刺激现有恶性肿瘤或恶变前病变的生长。尽管这些问题仍未解决,但Mosley等人。已经提供了重要的数据来解决以下主要问题:设防是否可以防止叶酸相关的神经管缺陷?

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