Ginzburg M, Lepkipfer B, Porath A, Ginzburg B Z
Biophys Struct Mech. 1978 Jul 12;4(3):237-49. doi: 10.1007/BF02426088.
The electrical conductivity of suspensions of two species of Halobacterium was measured at low A. C. frequency. The results obtained from Halobacterium halobium suspensions show that the bacteria act as non-conducting particles. In contrast, the cells of a Halobacterium obtained from the Dead Sea (Halobacterium marismortui) had an apparently high conductivity which can be explained partly in terms of the cell-membrane being pierced by pores through which ions can move freely and partly in terms of highly concentrated cell ions, all of which are mobile.
在低交流频率下测量了两种嗜盐菌悬浮液的电导率。从嗜盐栖热菌悬浮液获得的结果表明,细菌表现为非导电颗粒。相比之下,从死海分离得到的嗜盐菌(嗜盐栖热死海菌)细胞具有明显较高的电导率,这可以部分解释为细胞膜被离子可自由通过的孔所穿透,部分解释为细胞内离子高度浓缩且都可移动。