针对底物抑制现象 ，提出了菌种驯化和流加甘油发酵两种解决途径。
Both approaches of bacteria improvement and fed batch fermentation to avoid substrate inhibition were proposed.
通过驯化污水厂曝气池中的活性污泥，获得以细菌、真菌为主的降解油烟污染物的优势菌种。
The dominant bacterial strains with bacterium and fungi degrading pollutants from cooking fume could be obtained through domestication of the active sludge in the aeration pool of the sewage plant.
简介了用驯化菌种生化处理和用固定床煤气发生炉处理含3%甲醇废水的技术。
With regard to the treatment for wastewater which contents 3% methanol, domesticate bacteria biochemical treatment and gas producer treatment are both introduced.
就嗜盐菌种和普通菌种测定高盐度废水BOD进行实验分析，实验结果表明采用驯化嗜盐菌种测定的BOD值能够更客观反映高盐度废水的有机污染程度。
The experimentation shows that it can more externally reflect organic load of high-salinity wastewater through determining BOD by acclimatized halophile bacteria than by common bacteria.
菌种经过耐高温驯化，可用于高温制粒。
Strain after heat acclimation, can be used for high temperature and pelleting.
经驯化，此菌由厌氧生长，被驯化为在牛乳中生长良好，并使牛乳在10小时内迅速凝固的菌种。
Through training for a time, it to be grown by anaerobic condition, change into grow good in milk, and make the milk concretion in 10 hours.
分析比较了苹果皮、核、汁与正常苹果汁的基本成分的差异；探讨了酵母菌种、醋酸菌种的驯化培养；
The comparative analysis on basic composition between apple juice made from apple peel and core and common juice was made and the taming of acetic bacteria and alcohol yeast was discussed.
分析比较了苹果皮、核、汁与正常苹果汁的基本成分的差异；探讨了酵母菌种、醋酸菌种的驯化培养；
The comparative analysis on basic composition between apple juice made from apple peel and core and common juice was made and the taming of acetic bacteria and alcohol yeast was discussed.
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