Water bath prewarming of urine samples to facilitate automated microscopy and urinalysis.

IF 1
Samuel W L Baumgart, Ruvanika Rajapakse, Juliette Holland
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Abstract

Introduction: We sought to evaluate the effect of water bath prewarming of macroscopically turbid urine samples to facilitate automated microscopy and biochemical analysis. In addition, we sought to confirm that relevant microscopy and biochemical parameters for urine culture interpretation were not compromised by prewarming.

Methods: We analyzed 50 turbid urine samples submitted for urine culture. An aliquot of samples underwent manual and automated analysis before prewarming in a water bath at 80 °C for 50 seconds. Manual and automated analyses were repeated following prewarming.

Results: Prewarming facilitated an improvement in the number of acceptable urine samples for automated analysis (from 3/50 [6%] to 46/50 [92%]). All biochemical parameters were concordant. Microscopy results were more than 85% concordant between prewarming and postwarming analysis.

Discussion: Our testing demonstrated that brief prewarming in a water bath facilitates automated analysis without compromising relevant microscopy and biochemical parameters that affect the workup and interpretation of urine cultures.

水浴预热尿液样本,以方便自动显微镜和尿液分析。
导言:我们试图评估水浴预热对宏观浑浊尿液样本的影响,以促进自动化显微镜和生化分析。此外,我们试图确认尿培养解释的相关显微镜和生化参数不受预热的影响。方法:对50例混浊尿液进行尿液培养分析。在80°C水浴中预热50秒之前,对等量样品进行了手动和自动分析。预热后重复手动和自动分析。结果:预热促进了可用于自动分析的尿液样本数量的提高(从3/50[6%]到46/50[92%])。各项生化指标一致。温前和温后分析的显微镜结果一致性超过85%。讨论:我们的测试表明,在水浴中短暂预热有助于自动分析,而不会影响相关的显微镜和生化参数,这些参数会影响尿液培养的检查和解释。
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