对全自动尿沉渣仪检测病理管型的准确性的探讨

Clinical distribution and drug resistance of Klebsiella pneumoniae in Chinese medicine hospital

目的:探讨提高尿常规里病理管型检出的准确性。方法:从临床送检的将近三个月的随机尿中抽取符合实验要求的1000例标本用UF1000i全自动尿液分析仪进行检测,每个标本都进行显微镜检验,将结果进行记录通过计算软件进行讨论。结果:通过软件计算发现在蛋白结果阴性、+-、1+、2+的标本中,尿液分析仪跟尿沉渣显微镜之间P<0.05,两者的差异性有统计学意义。在蛋白结果3+、粘液丝阳性的标本中,尿液分析仪跟尿沉渣显微镜之间P>0.05,两者的差异性没有统计学意义。结论:通过此次实验的数据,发现我们应该主要以显微镜检测法复检为主,以UF000i沉渣结果作为一个筛查,以干化学检测法作为一个参考,这样才能有效的提高尿管型检出的准确性。

Objective To investigate the accuracy of pathological tube type detection in urine. Methods 1000 specimens that met the experimental requirements were collected from the random urine collected by the clinical examination for nearly three months. The specimens were tested with UF1000i automatic urine analyzer. Each specimen was microscopically examined and the results were recorded and discussed through calculation software.. Results Through software calculation, it was found that in the samples with negative protein results,+-, 1+, 2+, the urine analyzer and the urine sediment microscope were P<0.05, and the difference between the two was statistically significant. In the sample with protein result 3+ and mucus-positive, the difference between the urine analyzer and the urine sediment microscope was P>0.05, and the difference between the two was not statistically significant. Conclusion Through the data of this experiment, we found that we should mainly rely on microscopic examination for re-examination, using UF000i sedimentation results as a screening, and dry chemical detection as a reference, in order to effectively improve the detection of urinary catheter type. accuracy.