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Energy compensation in enterally fed children.

机译:肠内喂养儿童的能量补偿。

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Limited exposure to solid food in early childhood may affect the development of appetite regulation. We used formal satiation studies to assess energy compensation in children who have been artificially fed. Subjects were 11 children, median age 4.5 years (range 1-10) who were formerly (n=4) or currently (n=5) mainly tube fed or supplement fed (n=2), with a range of surgical or neurodevelopmental problems. On 2 separate days a high-energy preload (HEP) and low-energy preload (LEP) drink were given followed by a multi-item test lunch. A compensation index (COMPX) score was derived as follows: COMPX (%)=[(Meal(lep)-Meal(hep))/(Preload(hep)-Preload(lep))]x 100. The median (range) COMPX of the participants was 70% (-73% to 178%). The 8 boys tended to compensate more (median 99%) than the 3 girls (30%; P Mann-Whitney=0.1), but there was no clear association of compensation with age. Although a small preliminary study, this suggests that children who have been artificially fed demonstrate energy compensation comparable to that of normally fed children.
机译:儿童早期接触固体食物的机会有限,可能会影响食欲调节。我们使用正式的饱足感研究来评估人工喂养儿童的能量补偿。受试者为11名儿童,中位年龄为4.5岁(范围1-10),他们以前是(n = 4)或目前是(n = 5)主要通过管饲或补充喂养(n = 2)患有一系列手术或神经发育问题。在分别的2天中,分别提供高能量预负荷(HEP)和低能量预负荷(LEP)饮料,然后进行多项测试午餐。补偿指数(COMPX)分数的得出如下:COMPX(%)= [(进餐(lep)-进餐(hep))/(Preload(hep)-Preload(lep))] x100。中位数(范围)参与者的COMPX为70%(-73%至178%)。 8个男孩比3个女孩(30%; P Mann-Whitney = 0.1)倾向于补偿更多(中位数为99%),但是补偿与年龄没有明显联系。尽管是一项小型的初步研究,但这表明,人工喂养的儿童表现出的能量补偿与正常喂养的儿童相当。

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