然后，他们利用了这种真菌特殊的遗传性特性。
他们希望采用一种环境友好的方式来阻断疟疾的传播，这种方式就是利用这些经过遗传改良过的真菌的孢子，将其散布到房屋中的墙壁，或者捕蚊器上，以达到阻断疟疾病毒传播的目的。
They hope the fungus's spores, applied to the walls of houses or mosquito traps, could help stop the spread of the disease in an environmentally friendly way.
“不过，”桑德斯说，“我们的研究明确显示，控制真菌的遗传特性从而取得更高的农作物产量是有可能的。”
"However," Sanders said, "our study clearly shows that the potential is there to manipulate the genetics of the fungus to achieve greater crop yields."
虽然遗传分析在英国白蜡树的真菌抗性上带来了令人鼓舞的消息，但它也可能意味着一个弱点。
While the genetic analysis is encouraging news for the fungal resistance of British ash, it may have a downside, too.
这是真菌进化遗传学的网页。
而真菌分类学则吸收超微结构特征，遗传学和分子生物学的论据组成综合的分枝学科。
And taxonomy ADAPTS the evidences of ultrastructure, genetics and molecular biology to form a comprehensive branch of mycology.
本文在介绍脉冲电泳工作原理的基础上，对它在真菌分类鉴定及遗传和分子研究方面的应用作了简要的综述。
In this paper, the principle of PFGE and its application in the research fields of (classification), genetics and molecule of fungi have been discussed.
论述了病原真菌种内群体遗传分化的原因、标记的技术、标记的基因组片段、存在的问题。
On the basis of comparison and analysis, the reasons of population division, mark technology, target fragment gene and problems existed are discussed.
对丝状真菌遗传转化系统的最新研究进展进行综述，主要包括丝状真菌的转化方法、选择标记、转化系统的应用等。
Some transformation methods, selective markers, and the application of transformation system in the field of research on filamentous fungi are reviewed in this paper.
对丝状真菌遗传转化系统的最新研究进展进行综述，主要包括丝状真菌的转化方法、选择标记、转化系统的应用等。
Some transformation methods, selective markers, and the application of transformation system in the field of research on filamentous fungi are reviewed in this paper.
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