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DuPont demonstrates leadership and innovation in the field of early life nutrition

机译:杜邦展示了早期营养领域的领导和创新

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DUPONT NUTRITION & BIOSCIENCES recently released the findings of a first-time new study showing the effects Care4U™ 2'-FL had on dental caries-associated bacterium Streptococcus mutans. Previously, HMOs have not been studied for their effects on oral bacteria, but as HMOs are increasingly being added to infant formula, it is important to evaluate effects on oral microflora and potential impact on oral health. "Human milk is known to contain factors that protect against caries, so we were interested to know how HMOs, and especially 2'-FL, affect S. mutans, one of the most studied bacteria related to dental caries, said Johanna Hirvonen Ph.D., Senior Scientist DuPont Nutrition & Biosciences. "This study was a collaboration between University of Turku, Institute of Dentistry and DuPont Nutrition & Biosciences. We evaluated the ability of S. mutans to grow on 2'-fucosyllactose (2'-FL) in comparison to galacto-oligosaccharides (COS), lactose, and xylitol. The effects of 2'-FL, COS, lactose, and xylitol on adhesion properties of S. mutans were also evaluated. While this study was done under in vitro conditions, it showed the differences between the studied carbohydrates, especially in s. mutans growth."
机译:杜邦营养与生物科学最近发布了第一次新的研究结果,显示了Care4U™2'-F1对龋齿相关的细菌链球菌变异的影响。以前,尚未研究HMOS对口腔细菌的影响,但随着HMOS越来越多地添加到婴儿配方中,重要的是评估对口服微生物的影响和对口腔健康的潜在影响。 “众所周知,人牛奶包含保护对抗龋齿的因素,因此我们有兴趣了解HMOS,特别是2'-FL,影响与龋齿有关的最多学习的细菌之一,他是Johanna Hirvonen pH值。 D.,高级科学家杜邦营养与生物科学。“这项研究是图尔图大学之间的合作,牙科和杜邦营养与比科学。我们评估了与吡酰基 - 寡糖(COS),乳糖和木糖醇相比,S. mutans在2'-岩藻糖蛋白酶(2'-FL)上生长的能力。还评估了2'-Fl,COS,乳糖和木糖醇对S. mutans的粘附性能的影响。虽然该研究在体外条件下进行,但它显示了研究的碳水化合物之间的差异,尤其是在S中。调生。“

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    《Innovations in food technology 》 |2020年第88期| 27-27| 共1页
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