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Comparison of microwave and convective heating in rapid specimen preparation techniques for electron microscopy

机译:电子显微镜快速标本制备技术中微波和对流加热的比较

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Chemical fixatives preserve tissue for electron microscopy. Microwave heating (MWH) reduces fixation time from hours to seconds. Comparison of microwave heating (915 MHz and 2.45 GHz) with convective heating suggests that acceleration of fixation is not unique to microwave exposure. Other heating modes appear suitable and may have advantages in cost and convenience. It is demonstrated that equally good fixation can be obtained by raising the temperature of specimens in glutaraldehyde to 40-45 degrees C in a short time interval (10-60 s) via MWH or convective heating (CH). The results suggest that heat is the primary cause of the reduced fixation times associated with MWH and that the heating mode is secondary.
机译:化学固定剂可保存组织用于电子显微镜检查。微波加热(MWH)将固定时间从数小时缩短至数秒。微波加热(915 MHz和2.45 GHz)与对流加热的比较表明,固着加速并不是微波暴露所独有的。其他加热模式似乎是合适的,并且在成本和便利性方面可能具有优势。结果表明,通过MWH或对流加热(CH)在短时间间隔(10-60 s)中将戊二醛中的标本温度升高至40-45摄氏度,可以获得同样良好的固定效果。结果表明,热量是与MWH相关的固定时间减少的主要原因,而加热方式是次要的。

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