Boye E, Løbner-Olesen A
Department of Biophysics, Norwegian Radium Hospital, Montebello, Oslo.
New Biol. 1990 Feb;2(2):119-25.
By means of flow cytometry, a technique whereby a hydrodynamically directed stream of cells is passed through a focus of exciting light, one can measure cell size and the macromolecular content of individual bacteria. The sensitivity and versatility of the flow cytometer make it a powerful tool in studies of the bacterial cell cycle, in identifying and characterizing bacterial infections, and in selecting bacteria of desired qualities. We review some of these applications of flow cytometry and conclude that this method holds great promise in many other areas of microbiology.
通过流式细胞术,即让细胞的流体动力学导向流通过激发光焦点的技术,可以测量单个细菌的细胞大小和大分子含量。流式细胞仪的灵敏度和多功能性使其成为细菌细胞周期研究、细菌感染的鉴定和表征以及筛选具有所需特性细菌的有力工具。我们回顾了流式细胞术的一些应用,并得出结论,该方法在微生物学的许多其他领域都有很大的前景。