A Comparative study on the effects of rapid blood glucose meters and conventional biochemical analyzers in clinical blood glucose testing
快速血糖仪及常规生化仪的血糖临床检验的效果比较研究

摘要

目的 比较快速血糖仪与常规生化仪在血糖临床检验中的应用效果。方法 选取2024年1月至2025年1月在本院接受血糖检验的100例受检者为研究对象，均采集静脉血和末梢血，分别采用常规生化仪（检测血浆血糖）和快速血糖仪（检测全血血糖）进行检测，比较两种方法的检测结果及检测相关指标及受检者满意度。结果 两种检测方法的空腹血糖、餐后2h血糖检测结果比较（P>0.05），且结果相关性良好（r=0.986，P<0.05），受检者满意度高于常规生化仪（P<0.05）；两种方法的误诊率比较（P>0.05）。结论 快速血糖仪与常规生化仪的血糖检测结果准确性一致，且快速血糖仪具有操作便捷、需血量少、检测速度快、受检者接受度高等优势，适用于床旁快速监测及日常血糖筛查，常规生化仪可作为诊断及精准检测的金标准。

Abstract

Objective To compare the application effects of rapid blood glucose meters and conventional biochemical analyzers in clinical blood glucose testing.
Methods A total of 100 subjects who underwent blood glucose tests in our hospital from January 2024 to January 2025 were selected as the research subjects. Venous blood and peripheral blood were collected from all of them. Conventional biochemical analyzers (for detecting plasma blood glucose) and rapid blood glucose meters (for detecting whole blood glucose) were used for testing respectively. The test results, related indicators and the satisfaction of the subjects of the two methods were compared.
Results The comparison of fasting blood glucose and 2-hour postprandial blood glucose test results between the two detection methods (P>0.05), and the correlation of the results was good (r=0.986, P<0.05), and the satisfaction of the subjects was higher than that of the conventional biochemical analyzer (P<0.05). Comparison of misdiagnosis rates between the two methods (P>0.05).
Conclusion   The accuracy of blood glucose detection results of the rapid blood glucose meter and the conventional biochemical analyzers is consistent. Moreover, the rapid blood glucose meter has the advantages of convenient operation, less blood requirement, fast detection speed, and high acceptance by the test-takers. It is suitable for bedside rapid monitoring and daily blood glucose screening. The conventional biochemical analyzers can be used as the gold standard for diagnosis and precise detection.