估算婴儿人乳激素、葡萄糖和总脂类摄入量的采样程序

Majed A. Suwaydi, Ching Tai Lai, Z. Gridneva, S. Perrella, M. Wlodek, Donna T. Geddes
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引用次数: 0

摘要

:母乳(HM)成分变化很大,婴儿摄入的母乳量也不尽相同。在研究牛奶成分对婴儿预后的影响之前,很少有人关注评估各种方案在估计婴儿牛奶成分摄入量方面的有效性。我们的目标是将 24 小时测量摄入量与不同采样方案的估计摄入量进行比较,以确定估计婴儿牛奶瘦素、脂肪连素、胰岛素、葡萄糖和总脂类摄入量的最准确方法。足月婴儿的母亲(n = 20)在产后 3-6 个月收集了喂奶前和喂奶后的样本,并在每次喂奶的 24 小时内使用测试称重法测量了婴儿的乳汁摄入量。婴儿真正摄入的 HM 瘦素、脂肪连通素、胰岛素、葡萄糖和总脂质的计算方法是:将测量到的喂奶前和喂奶后的浓度平均值乘以相应喂奶量。然后将摄入量相加,得出 24 小时内每种成分的总摄入量。估计摄入量的计算采用了五种不同的采样方案,旨在代表以往 HM 成分研究中使用的采样方案:(a) 上午饲喂前采样;(b) 上午饲喂后采样;(c) 上午饲喂前和饲喂后采样的平均值;(d) 上午(06:(e) 从上午(06:00-09:00)、下午(13:00-16:00)和傍晚(19:00-22:00)采集的六个喂食前和喂食后样本的平均值。每个方案的浓度再乘以真实测量摄入量、800 毫升/24 小时的恒定平均摄入量和 766 毫升/24 小时的全球平均牛奶摄入量,得出估计摄入量(15 个方案)。HM 的平均摄入量为 791 ± 212 毫升。比较结果显示,使用上午(06:00-09:00)、下午(13:00-16:00)和傍晚(19:00-22:00)三组喂食前和喂食后样本的平均测量浓度乘以婴儿 24 小时的真实测量摄入量、固定估计摄入量(800 mL)或总体平均摄入量(766 mL),可最准确地估计婴儿的所有成分摄入量(p > 0.05)。为了在没有 24 小时采样的情况下准确估计 HM 瘦素、脂肪连通素、胰岛素、葡萄糖和总脂质的摄入量,建议使用采样方案,即在 24 小时内至少进行三次母乳喂养前后采样。
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Sampling Procedures for Estimating the Infant Intake of Human Milk Hormones, Glucose and Total Lipids
: Human milk (HM) components are highly variable, and infants consume different volumes of milk. There has been little focus on evaluating the effectiveness of protocols in estimating infant intake of milk components before studying their impact on infant outcomes. Our goal was to compare 24 h measured intake with estimated intakes from different sampling protocols in order to determine the most accurate method for estimating infant intakes of milk leptin, adiponectin, insulin, glucose and total lipids. Mothers of term infants ( n = 20) collected pre-and post-feed samples and measured their infant milk intake during each feed over a 24 h period using the test weighing method at 3–6 months postpartum. Infant true intakes of HM leptin, adiponectin, insulin, glucose and total lipids were calculated by averaging the measured pre-and post-feed concentrations and multiplying by the milk intake for the corresponding feed. Intakes were then summed to provide total intake of each component over 24 h. The estimated intakes were calculated with concentrations determined using five different sampling protocols, designed to be representative of sampling protocols used in previous HM component studies: (a) morning pre-feed sampling, (b) morning post-feed sampling, (c) average of morning pre-and post-feed sampling, (d) average of three pre-feed samples from the morning (06:00–09:00), afternoon (13:00–16:00) and evening (19:00–22:00) and (e) average of six pre-and post-feed samples from the morning (06:00–09:00), afternoon (13:00–16:00) and evening (19:00–22:00). The concentration from each protocol was further multiplied by true measured intake, a constant average intake of 800 mL/24 h and a global average milk intake of 766 mL/24 h to obtain the estimated intakes (15 protocols). The average intake of HM was 791 ± 212 mL. Comparison revealed that using the average measured concentration from three sets of pre-and post-feed samples, taken in the morning (06:00–09:00), afternoon (13:00–16:00) and evening (19:00–22:00), multiplied by either true infant 24 h measured intake, a constant estimate of milk intake (800 mL) or global average of milk intake (766 mL) provided the most accurate estimation of the infant’s intake for all components ( p > 0.05). To obtain accurate estimates of HM leptin, adiponectin, insulin, glucose and total lipid intake in the absence of 24 h sampling, it is recommended to use a sampling protocol that involves taking samples before and after at least three breastfeeding sessions in a 24 h period.
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