Improvement of point of care testing (POCT) device for accurate whole blood glucose measurement in early neonates.

Kosuke Koyano, Makoto Arioka, Yasuhiro Nakao, Aya Morimoto, Masashiro Sugino, Hirosuke Morita, Shinji Nakamura, Sonoko Kondo, Yukihiko Konishi, Saneyuki Yasuda, Takashi Kusaka
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 Methods: In Study 1, the accuracy of neonatal whole-blood glucose measurements was evaluated for the existing glucose analyser Glutest Mint® (hereinafter MINT1; Sanwa Kagaku Kenkyusho, Nagoya, Japan) by comparing the data with reference blood glucose concentrations. In Study 2, we used MINT2, which was modified based on the findings from Study 1, to measure whole-blood glucose concentrations in newborns, and the accuracy of the measurements was compared with that of MINT1.
 Results: Blood glucose concentrations were measured in 100 infants each in Study 1 and 2. In Study 1, the whole-blood glucose concentrations measured using MINT1 were found to be significantly lower than the reference blood glucose concentrations in early neonates. The results of Study 1 suggested that characteristics of erythrocyte membranes in early neonates affected the measurements. Therefore, we conducted Study 2 using MINT2, which was modified to be less susceptible. MINT2 was found to accurately measure whole-blood glucose concentrations in the early neonatal period.
 Conclusion: The study showed that the point-of-care testing device could be improved to allow for accurate whole-blood glucose measurements in the early neonatal period.
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Abstract

Background: It is important that blood glucose concentrations be accurately and conveniently measured in infants. However, especially in the early neonatal period, point-of-care testing devices used for adults may not accurately measure blood glucose concentrations in neonates. Methods: In Study 1, the accuracy of neonatal whole-blood glucose measurements was evaluated for the existing glucose analyser Glutest Mint® (hereinafter MINT1; Sanwa Kagaku Kenkyusho, Nagoya, Japan) by comparing the data with reference blood glucose concentrations. In Study 2, we used MINT2, which was modified based on the findings from Study 1, to measure whole-blood glucose concentrations in newborns, and the accuracy of the measurements was compared with that of MINT1. Results: Blood glucose concentrations were measured in 100 infants each in Study 1 and 2. In Study 1, the whole-blood glucose concentrations measured using MINT1 were found to be significantly lower than the reference blood glucose concentrations in early neonates. The results of Study 1 suggested that characteristics of erythrocyte membranes in early neonates affected the measurements. Therefore, we conducted Study 2 using MINT2, which was modified to be less susceptible. MINT2 was found to accurately measure whole-blood glucose concentrations in the early neonatal period. Conclusion: The study showed that the point-of-care testing device could be improved to allow for accurate whole-blood glucose measurements in the early neonatal period.
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改进用于准确测量早期新生儿全血葡萄糖的护理点检测(POCT)设备。
背景:准确、方便地测量婴儿的血糖浓度非常重要。然而,特别是在新生儿早期,用于成人的护理点检测设备可能无法准确测量新生儿的血糖浓度:在研究 1 中,通过将数据与参考血糖浓度进行比较,评估了现有葡萄糖分析仪 Glutest Mint®(以下简称 MINT1;Sanwa Kagaku Kenkyusho,日本名古屋)测量新生儿全血葡萄糖的准确性。在研究 2 中,我们使用根据研究 1 的结果改进的 MINT2 测量新生儿的全血葡萄糖浓度,并将测量结果的准确性与 MINT1 进行比较:研究 1 和研究 2 各测量了 100 名婴儿的血糖浓度。研究 1 发现,使用 MINT1 测量的全血葡萄糖浓度明显低于新生儿早期的参考血糖浓度。研究 1 的结果表明,早期新生儿红细胞膜的特性会影响测量结果。因此,我们使用改良后不易受影响的 MINT2 进行了研究 2。结果发现 MINT2 能准确测量新生儿早期的全血葡萄糖浓度:研究表明,护理点检测设备可以通过改进来准确测量新生儿早期的全血葡萄糖;
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