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Food safety and epidemiology: New database of functional food factors

机译:食品安全和流行病学:功能性食品因素的新数据库

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More than 600 functional non-nutrient food factors (FFFs) in vegetables and fruits are considered to be effective for health promotion and disease prevention. However, phytochemicals studied thus far have failed to yield predicted results in randomized intervention studies. To assess the health effects of phytochemicals, a breakthrough in epidemiological methods was necessary.We constructed a database of non-nutrient FFFs to estimate the chemical classes and total amount of FFF-intake in order to facilitate estimation and calculation for nutritional research. So far, flavonoids, terpenoids, carotenoids, and sulfur compounds are included in our FFF database. We calculated the intake of various phytochemicals per capita from 79 subjects' dietary records by FFF database, and estimated that subjects ingested more than 10 /xmole per day of phytochemicals such as catechin, isoflavones, isothiocyanate, ferulic acid, quercetin, cinnamic acid and chlorogenic acid. Chief component analysis yielded 12 factors (80%), of which only a few factors showed negative associations with serum cholesterol and LDL concentration. Many factors showed adverse relationships with liver function and serum triacylglycerol concentration.Weekly self-reported daily dietary records including name of dish, constituent foods and their amounts were separately collected for 6 months and analyzed in Kyoto women. Seasonal changes of phytochemical intake showed significant variation according tothe seasonal consumption of fruits and vegetables. Lycopene increased in the summer due to watermelon and tomato intake in this season. Seasonal variation of FFF was quite large compared to the variation of macro- and micronutrients.Careful evaluation of the effects of FFF intake on health is necessary, especially when supplements are also consumed. The most effective combinations of FFF intake for human health could be elucidated by using our FFF-DB in conjunction with population-based cohort studies.
机译:蔬菜和水果中,超过600的功能性非营养食物因素(FFFs)被认为是有效的健康促进和疾病预防。然而,植物化学物质的研究迄今还没有取得在随机干预的研究预测结果。为了评估植物化学物质对健康的影响,在流行病学方法的突破是necessary.We构建非营养FFFs的数据库来估算,以促进营养研究估计和计算化学类和FFF-摄入总量。到目前为止,都包含在我们的数据库FFF黄酮类,萜类,类胡萝卜素和硫化合物。我们计算人均各种植物化学物质的进气从79名受试者的饮食记录由FFF数据库,并估计受试者摄取每植物化学物质,如儿茶素,异黄酮,异硫氰酸酯,阿魏酸,槲皮素,肉桂酸,绿原的每天超过10 / xmole酸。主要成分分析得到12个因子(80%),其中只有几个因素显示出与血清胆固醇和LDL浓度负相关。许多因素表明肝功能和血清甘油三酯的不良关系concentration.Weekly自报的日常饮食记录,包括菜名,食品成分和它们的量,分别收集了6个月,在京都的妇女进行分析。植物化学物质的摄入季节变化表明,根据水果和蔬菜的tothe季节性消费显著变化。番茄红素在夏季增加,由于西瓜和西红柿在本赛季的摄入量。 FFF的季节变化是相当大的相比,FFF摄入的影响宏观和micronutrients.Careful评价的变化对健康是必要的,尤其是当补品也会消耗。 FFF摄入对人体健康的最有效的组合,可以通过与基于人群的队列研究,结合使用我们的FFF-DB阐明。

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