Laboratory of Clinical Nutrition, School of Food and Nutritional Sciences, University of Shizuoka.
Laboratory of Food Management, School of Food and Nutritional Sciences, University of Shizuoka.
J Nutr Sci Vitaminol (Tokyo). 2020;66(6):583-586. doi: 10.3177/jnsv.66.583.
Flash glucose monitoring (FGM) provides continuous and accessible measurement of the interstitial fluid glucose (ISFG) level and this system is useful for understanding blood glucose fluctuations. We examined differences in postprandial ISFG after the main mealtimes (breakfast, lunch, and dinner) in healthy young Japanese females. Nine healthy young females (aged 21.5±0.6 y old) were enrolled in this study. ISFG was continuously measured by FGM. Participants ate the same meal three times a day consecutively, thereby satisfying their daily energy requirements. Postprandial ISFG fluctuations were evaluated for 4 h after each meal. There were no significant differences in ISFG before the 3 main meals. The postprandial ISFG peak was the lowest after breakfast, increasing in the order of lunch and then dinner. The area under the curve of the 4-h postprandial ISFG was higher after lunch and dinner than after breakfast. The results of this study suggest that postprandial ISFG differ depending on mealtimes in young Japanese females.
实时血糖监测(FGM)可提供连续且易于获取的间质液葡萄糖(ISFG)水平测量,该系统有助于了解血糖波动。我们检测了健康年轻日本女性主餐(早餐、午餐和晚餐)后餐后 ISFG 的差异。本研究纳入了 9 名健康的年轻女性(年龄 21.5±0.6 岁)。通过 FGM 连续测量 ISFG。参与者连续 3 天每天吃同样的餐,以满足他们的日常能量需求。每餐 4 小时后评估餐后 ISFG 波动。3 顿主餐前的 ISFG 无显著差异。早餐后餐后 ISFG 峰值最低,午餐后和晚餐后依次升高。4 小时餐后 ISFG 的曲线下面积在午餐和晚餐后高于早餐后。本研究结果表明,年轻日本女性的餐后 ISFG 因用餐时间而异。