University of Georgia Marine Institute, Sapelo Island, Georgia 31327.
Appl Environ Microbiol. 1984 Apr;47(4):873-5. doi: 10.1128/aem.47.4.873-875.1984.
In this report I describe a modification of the gelatin-matrix method for determining the percentages of bacterial cells having active electron transport systems. This modification is one-step fluorochroming followed by use of an antioxidant solution instead of the secondary gelatin layer. The modified technique is more successfully applicable to water samples containing high densities of flocculant particulate matter, owing to the brighter green fluorescence of the cells, which contrasts with the red-orange fluorescence of the floc.
在本报告中,我描述了一种改良的明胶基质法,用于测定具有活性电子传递系统的细菌细胞的百分比。这种改良是一步荧光染色,然后使用抗氧化溶液代替第二层明胶。由于细胞发出更亮的绿色荧光,与絮状物的橙红色荧光形成对比,因此该改良技术更成功地适用于含有高密度絮凝颗粒物质的水样。