滤纸平板法结合摇床培养筛选到2个纤维素分解能力较强的混合菌m 1和M2。
Two mixing cultures of cellulose decomposing microorganisms, M1 and M2 were isolated by filter paper plating and shaking method.
摇床生物反应器的氧体积传递系数在培养微生物方面具有重要的意义。
The volume delivery coefficient of oxygen in water is a great significance in training the microbiology.
根据常规的摇床式食用菌液体菌种生产原理，设计了经济而简便的无摇床式生产新工艺和相应培养装置。
A new economical and simple technological process without shaking bed and its equipment were designed on the principle of conventional edible fungus liquid spawn production with shaking bed.
试验采用序批式摇床反应器(SSBR)在高含盐废水中利用不同类型接种污泥培养出了好氧颗粒。
Complete aerobic granulation could be achieved in shaking sequencing batch reactors (SSBR) with saline wastewater respectively inoculated conventional activated sludge and anaerobic granules.
管摇床培养与24孔板法相结合，有效地提高了筛选速度和成功率。
It was demonstrated that 50mL-tube shaking culture combining with the 24 well-plate assay could increase the screening speed and successful chance.
本实验发现线虫长时间聚集容易死亡，采用摇床培养悬浮线虫溶液，大大改善了这一状况。
This study found that long time gathered nematodes easily to be killed, we improved the situation by rolling nematodes solution.
本实验发现线虫长时间聚集容易死亡，采用摇床培养悬浮线虫溶液，大大改善了这一状况。
This study found that long time gathered nematodes easily to be killed, we improved the situation by rolling nematodes solution.
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