在中国和越南的一些菌株样本显示了它的持续进化。
Some samples of the strain in China and Vietnam show its continuing evolution.
我们见过这种菌株在国际上传播。
酿酒师开始用这种菌株试验。
大多数大肠杆菌菌株无害。
靠吃磷长大的GFAJ - 1菌株。
因此认为该菌株具有农业应用前景。
其中一个菌株特别引起了我们的注意。
结论MRS菌株已经成为主要的感染菌。
新菌株是密切相关的较早。
结果表明，该菌株产氢与生长部分相关。
It was shown that hydrogen production was partially correlated with cell growth.
选取酶活最高的菌株进行发酵条件的研究。
Study the ferment condition of the highest enzymic activity strain.
那么对于仙女座菌株。
模式菌株保存于黑龙江大学微生物重点实验室。
The type strain was kept in the Microbiological Lab of Heilongjiang University (MLHU).
结论多种方法均鉴定该菌株为钩端螺旋体L型。
Conclusion The organism was identified as Leptospira L-form by the multiple methods.
菌株清除率较高。
为进一步筛选强根际能力木霉菌株提供优选材料。
They could be used as the isolates with good colonization ability for further research.
立枯丝核菌不同菌株产生毒素的能力有明显差异。
It was found that the ability of toxin production was obviously different among the isolates.
这里所看到的HIV - 1病毒是最常见和最致命的疾病菌株。
The HIV-1 virus, seen here, is the most common (and deadliest) strain of the disease.
从露天养鳖池中分离到红假单胞菌CZ - 2菌株。
One Rhodopseudomonas CZ-2 strain was isolated from a turtle pond.
VH遗传性状稳定，是具有潜在应用价值的优良菌株。
The strain VH was genetically stable and had potential value.
的生产能力达到出发菌株的134%，且遗传特性稳定。
Was 134% as high as original strain′s, and the characteristic can be steadily inherited.
动物实验表明这些菌株对小鼠有较强的致病力和致死率。
But they had high fatality the and pathogenicity to mice in animal experiment.
通过对菌株的个体形态特征、菌落形态特征、运动性进行观察；
The character of individual form and the colony form and motility of strain were observed.
选择了其中DEB - 2菌株进行了抗真菌作用的初步研究。
The antifungal function of the strain DEB-2 is tentative studied.
最终筛选出FCT10.10为诱变筛选出的高毒力菌株，可作为生产菌株。
Finally FCT10.10 was selected as the highest virulent strain for production.
结论：结果表明，新化合物对多种菌株有明显的抑菌活性且优于各自的母体。
Conclusion: They have more obvious antibacterial activity with their primary compounds.
实验还表明，菌株作用于高粘度原油的降粘效果要好于作用于低粘度原油的效果。
The effect of debasing high viscidity oil was better than low viscidity oil.
实验还表明，菌株作用于高粘度原油的降粘效果要好于作用于低粘度原油的效果。
The effect of debasing high viscidity oil was better than low viscidity oil.
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