The Study of Neural Tube Defects After the Human Genome Project and Folic Acid Fortification of Foods

W. Graf, Oleinik Oe
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引用次数: 6

Abstract

The implementation of folic acid fortification will eliminate a proportion of neural tube defects (NTD). As a result, the etiologic and clinical profiles of the developmental disorder may both change. In the assessment of NTD as it evolves, the bioinformatics structure and content of the Human Genome Project will find vital application. One important development will be an enhanced understanding of the role of folic acid in global regulation of gene expression through epigenetic processes. In addition, bioinformatics will facilitate coordination of research in the basic sciences with clinical investigations to better define remaining etiologic factors.
人类基因组计划和食品叶酸强化后神经管缺陷的研究
叶酸强化的实施将消除神经管缺陷(NTD)的一部分。因此,发育障碍的病因学和临床特征都可能发生变化。随着NTD的发展,人类基因组计划的生物信息学结构和内容将得到重要的应用。一个重要的发展将是加强对叶酸在通过表观遗传过程的基因表达的全球调控中的作用的理解。此外,生物信息学将促进基础科学研究与临床研究的协调,以更好地确定剩余的病因。
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