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Ex vivo gene expression in whole blood as a model for assessing individual variability for food supplements

机译:全血中离体基因表达作为评估食品补充剂个体差异的模型

摘要

Way to individually adjust the administration of dietary components such as supplements are disclosed. In the method, the whole blood of a mammal is exposed to food components. And in some cases, after exposure to the dietary component, further stimulation of blood cells have been exposed, the level of marker mRNA associated with a disease state is measured in leukocytes. By comparing the values ​​found in blood cells that were not exposed mRNA levels after exposure, effect of food components present in mammals can determine something. By screening a mammalian blood for food possible ingredients number and may develop a set of optimal food ingredients that are adjusted for the specific mammal in order to treat or prevent the disease state.
机译:公开了单独调节饮食成分例如补充剂的施用的方法。在该方法中,哺乳动物的全血暴露于食物成分。并且在某些情况下,在暴露于饮食成分之后,已经暴露了对血细胞的进一步刺激,在白细胞中测量了与疾病状态相关的标志物mRNA的水平。通过比较暴露后未暴露的mRNA水平的血细胞中发现的值,哺乳动物中存在的食物成分的影响可以确定某些东西。通过筛选哺乳动物血液中的食物可能成分数目,并可以开发出针对特定哺乳动物进行调整以治疗或预防疾病状态的一组最佳食物成分。

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