We told you last week about a newly completed genetic map of the organism that causes late blight.
上周，我们讲述了一个新完成的导致晚疫病的有机体的基因图谱。
He says it is possible to grow potatoes that resist late blight.
他说，种植能够抵抗晚疫病的马铃薯是可能的。
Field trials were conducted in 1997 to evaluate crucial weather conditions for potato late blight epidemic.
1997年做了田间试验用来评价影响马铃薯晚疫病流行的关键天气条件。
The most common used DNA molecular marker techniques, RFLP, RAPD, AFLP and SSR, and the USES of these markers in the research with regard to late blight in potatoes were introduced in this paper.
重点介绍了四种常用的分子标记技术RFLP、RAPD、AFLP和SSR，以及国内外利用这些标记技术在马铃薯晚疫病研究中的应用。
Control effects on potato late blight (PLB) of the bacterial suspension and the filtrate of strain EB-28 were tested on detached-leaf trials and potted plant trials.
试验分别测试了EB - 28菌悬液及无菌体培养液在离体叶片与盆栽马铃薯上对马铃薯晚疫病的防治效果。
These results provide an important basis for selecting the parents with resistance to potato late blight in breeding.
本研究结果为马铃薯抗晚疫病的亲本选配提供了重要依据。
We construct a marker-free vector of RB gene in order to apply with RB in the tomato late blight breeding and production.
为了使马铃薯抗晚疫病基因RB能够在番茄育种和生产中应用，构建了RB无选择标记载体。
To breed cultivars with horizontal resistance is stressed in late blight resistance breeding.
培育具有水平抗性的品种是目前抗病育种的重点。
Potato late blight caused by Phytophthora infestans is a serious and destructive disease worldwide.
晚疫病菌引起的马铃薯晚疫病是危害全球马铃薯生产的严重病害。
But flumorph seriously affected emergence of potato. So, two fungicides of metalaxyl, propamocarb were selected as seed coating effective ingredient of seed coating controlling potato late blight.
但是由于灭克严重影响马铃薯出苗率，所以，甲霜灵和霜霉威被选为防治马铃薯晚病种衣剂的有效成分。
But flumorph seriously affected emergence of potato. So, two fungicides of metalaxyl, propamocarb were selected as seed coating effective ingredient of seed coating controlling potato late blight.
但是由于灭克严重影响马铃薯出苗率，所以，甲霜灵和霜霉威被选为防治马铃薯晚病种衣剂的有效成分。
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