Giberson R T, Demaree R S, Nordhausen R W
Department of Biological Sciences, California State University, Chico 95929, USA.
J Vet Diagn Invest. 1997 Jan;9(1):61-7. doi: 10.1177/104063879700900111.
A protocol for routine 4-hour microwave tissue processing of clinical or other samples for electron microscopy was developed. Specimens are processed by using a temperature-restrictive probe that can be set to automatically cycle the magnetron to maintain any designated temperature restriction (temperature maximum). In addition, specimen processing during fixation is performed in 1.7-ml microcentrifuge tubes followed by subsequent processing in flow-through baskets. Quality control is made possible during each step through the addition of an RS232 port to the microwave, allowing direct connection of the microwave oven to any personal computer. The software provided with the temperature probe enables the user to monitor time and temperature on a real-time basis. Tissue specimens, goat placenta, mouse liver, mouse kidney, and deer esophagus were processed by conventional and microwave techniques in this study. In all instances, the results for the microwave-processed samples were equal to or better than those achieved by routine processing techniques.
开发了一种用于临床或其他样本电子显微镜常规4小时微波组织处理的方案。使用温度限制探头处理标本,该探头可设置为自动循环磁控管以维持任何指定的温度限制(最高温度)。此外,固定过程中的标本处理在1.7毫升微量离心管中进行,随后在流通篮中进行后续处理。通过在微波上添加RS232端口,使每个步骤的质量控制成为可能,从而允许微波炉直接连接到任何个人计算机。温度探头随附的软件使用户能够实时监测时间和温度。在本研究中,采用传统技术和微波技术处理组织标本、山羊胎盘、小鼠肝脏、小鼠肾脏和鹿食管。在所有情况下,微波处理样本的结果均等于或优于常规处理技术所取得的结果。