Ignatenko Iu N, Sakharova Z V, Khovrychev M P, Shevtsov V V
Mikrobiologiia. 1983 Sep-Oct;52(5):716-8.
The growth of Bacillus thuringiensis was studied as a function of temperature and aeration. The vegetative growth, the yield of viable spores and their thermoresistance did not depend, for all practical purposes, on the rate of aeration within the range of 25 to 60 mg O2 per litre per minute. A rise of temperature from 20 to 35 degrees C doubled the titre of spores and increased their thermoresistance. When the temperature of cultivation was increased to 40 degrees C, the process of spore formation was inhibited.
研究了苏云金芽孢杆菌的生长与温度和通气的关系。在每分钟每升25至60毫克氧气的通气范围内,营养生长、活孢子产量及其耐热性实际上并不依赖于通气速率。温度从20摄氏度升至35摄氏度,孢子滴度增加一倍,并提高了它们的耐热性。当培养温度升至40摄氏度时,孢子形成过程受到抑制。