Resistance of Vegetative Cells and Microcysts of Myxococcus xanthus
Resistance of Vegetative Cells and Microcysts of Myxococcus xanthus
复制标题
黄色粘球菌营养细胞和微囊的耐药性
作者：
S. Sudo;M. Dworkin
比较了黄色粘球菌营养细胞和微囊对几种破坏剂的抗性。子实体微囊比营养细胞耐60 ℃的300倍，耐紫外线的5.4倍，耐声波振动的19.3倍。虽然在棒转化为可触球的过程中产生了对声波振动的抵抗力，但直到转化完成后才出现耐热性。无论是营养细胞和微囊的黄色变种的这个菌株更耐紫外线照射比棕褐色的变种。
The resistance of vegetative cells and of microcysts of Myxococcus xanthus to several destructive agents was compared. Fruiting-body microcysts were 300 times more resistant to 60 C, 5.4 times more resistant to ultraviolet light, and 19.3 times more resistant to sonic vibration than were vegetative cells. Whereas resistance to sonic vibration developed during the conversion of rods to refractile spheres, resistance to heat did not appear until after the conversion was complete. Both vegetative cells and microcysts of the yellow variant of this strain were more resistant to ultraviolet irradiation than was the tan variant.