Kirkman-Brown Jackson, Björndahl Lars
Centre for Human Reproductive Science, Birmingham Women's Health Care Trust, Division of Reproductive and Child Health, The Medical School, The University of Birmingham, Birmingham, West Midlands, United Kingdom.
Fertil Steril. 2009 Feb;91(2):627-31. doi: 10.1016/j.fertnstert.2007.11.076. Epub 2008 Apr 25.
To evaluate whether disposable plastic counting chambers effectively could replace nondisposable, time-consuming, and potentially dangerous glass hemocytometers.
Evaluation of equipment in modern laboratory andrology. Comparison of results obtained with plastic chambers with results obtained with "gold-standard" glass hemocytometer counts.
Diagnostic laboratory for andrology.
PATIENT(S): Twenty-one patients undergoing investigation for infertility problems.
INTERVENTION(S): No interventions with patients; sperm in diluted semen samples were used when patients had allowed the use for research and training.
MAIN OUTCOME MEASURE(S): Sperm concentration, difference from results obtained with standard equipment.
RESULT(S): In the first three experimental series, with use of standard routine phase-contrast microscopy, significantly lower count results were obtained consistently from the plastic chambers than from standard chambers. In the fourth series, with use of specialized equipment, equivalent results were obtained but with a considerably greater time commitment because of difficulties in distinguishing sperm adjacent to the gridlines in the plastic chambers.
CONCLUSION(S): The plastic disposable chamber type was not suitable for routine semen analysis because results are variable depending on the microscope used, and increased time is necessary to do the assessment accurately.
评估一次性塑料计数板是否能有效替代非一次性、耗时且有潜在危险的玻璃血细胞计数板。
现代男科实验室设备评估。比较使用塑料计数板获得的结果与使用“金标准”玻璃血细胞计数板计数获得的结果。
男科诊断实验室。
21名接受不孕症检查的患者。
未对患者进行干预;当患者同意将稀释精液样本用于研究和培训时,使用其中的精子。
精子浓度,与使用标准设备获得的结果的差异。
在前三个实验系列中,使用标准常规相差显微镜时,塑料计数板获得的计数结果始终明显低于标准计数板。在第四个系列中,使用专门设备获得了等效结果,但由于难以区分塑料计数板中网格线附近的精子,需要投入更多时间。
一次性塑料计数板类型不适用于常规精液分析,因为结果因所使用的显微镜而异,且需要更多时间才能准确进行评估。