Field tests showed that the amount of INA bacteria decreased significantly following the spraying of the SST-cream. The SST-cream had significant effects in reducing the impact of the banana freezing damage.
大田香蕉园喷药试验表明,随着喷药次数的增加,香蕉上冰核细菌的数量随之下降,防霜剂SST在降低香蕉霜冻害方面具有明显的效果。
参考来源 - 冰核细菌对香蕉霜冻害的影响与防霜剂初步研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The results showed Chemical agents and bio control bacteria, had effects to control INA bacteria.
结果表明药剂和生防菌对冰核细菌都有一定作用。
Single cell of INA bacteria can not act as ice nucleus, therefor the key to the study on the relationships between INA bacteria and frost injury to plants is to study the population of INA bacteria.
由于单个的冰核细菌细胞并不具有冰核活性，因此，研究植物上冰核细菌的种群数量或密度是研究冰核细菌与植物霜冻害关系的关键。
It is well known that ice-nucleating active (INA) bacteria can significantly elevate SCP of certain species of insects, thereby freeze occurs at higher temperature.
冰核活性细菌能显著提高昆虫的过冷却点，使之在较高的零下温度发生结冰。
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