Nesterov A I, Starovoitova G A
Prikl Biokhim Mikrobiol. 1975 Jul-Aug;11(4):593-7.
The efficacy of disrupting cells of methane oxidizing bacteria M. trichosporium strain 20 by air decompression was measured. The efficacy increased with a rise of the gas pressure, density of the bacterial suspension and the ratio of the air and suspension volumes. The relationship between the efficacy of disruption of the microorganisms and the rate of pressure reduction showed a distinct maximum. The efficacy of the bacterial disruption did not change with an increase of the time of saturation of the bacterial suspension by air from 30 sec. to 60 min.
测定了通过空气减压破坏甲烷氧化细菌20号菌株的细胞的效果。该效果随着气压、细菌悬浮液密度以及空气与悬浮液体积比的增加而提高。微生物破坏效果与减压速率之间的关系呈现出明显的最大值。细菌悬浮液的空气饱和时间从30秒增加到60分钟时，细菌破坏效果并未改变。
