Munkholm Julie, Talman Maj-Lis, Hasselager Thomas
Department of Pathology, Hilleroed Hospital, Helsevej 2, 3400 Hilleroed, Denmark.
Pathol Res Pract. 2008;204(12):899-904. doi: 10.1016/j.prp.2008.07.005. Epub 2008 Sep 11.
Conventional tissue processing of histologic specimens has been carried out in the same manner for many years. It is a time-consuming process involving batch production, resulting in a 1-day delay of the diagnosis. Microwave-assisted tissue processing enables a continuous high flow of histologic specimens through the processor with a processing time of as low as 1h. In this article, we present the effects of the automated microwave-assisted tissue processor on the histomorphologic quality and the turnaround time (TAT) for histopathology reports. We present a blind comparative study regarding the histomorphologic quality of microwave-processed and conventionally processed tissue samples. A total of 333 specimens were included. The microwave-assisted processing method showed a histomorphologic quality comparable to the conventional method for a number of tissue types, including skin and specimens from the gastrointestinal, urogenital, and female genital tract. We studied the TAT for all histologic specimens received in a period of six consecutive weeks in 2006 and 2007, respectively. We found a positive impact on TATs after introducing microwave-assisted processing in the laboratory. Turnaround times, in general, were improved, and same-day-reporting, in particular, showed an increase from 0% to 15%.
多年来,组织学标本的传统处理方式一直未变。这是一个耗时的过程,涉及批量生产,导致诊断延迟1天。微波辅助组织处理能够使组织学标本以连续的高流量通过处理器,处理时间低至1小时。在本文中,我们展示了自动微波辅助组织处理器对组织形态学质量以及组织病理学报告周转时间(TAT)的影响。我们针对微波处理和传统处理的组织样本的组织形态学质量进行了一项盲法对比研究。总共纳入了333个标本。对于包括皮肤以及来自胃肠道、泌尿生殖系统和女性生殖道的标本在内的多种组织类型,微波辅助处理方法显示出与传统方法相当的组织形态学质量。我们分别研究了2006年和2007年连续六周内接收的所有组织学标本的周转时间。我们发现在实验室引入微波辅助处理后对周转时间有积极影响。总体而言,周转时间得到了改善,尤其是当日报告率从0%提高到了15%。