片语

disease e resistance抗病性

disease-resistance engineering抗病基因工程

chemnical disease-resistance化学抗病性

disease-resistance population抗病群体

Disease-resistance relationship抗病关系

disease-resistance substance抗病物质

disease expanding resistance抗扩展特性

disease-resistance analysis抗病性分析

disease-resistance mechanism抗病机制

英汉例句

• disease resistance of the seedlings of 59 introduced populus nigra clones seedlings infected with marssonina brunnea and alternaria tenuis were investigated by applying statistical analysis.

  对引进的59个欧洲黑杨无性系苗木感染黑斑病和叶枯病进行了调查，应用统计分析的方法对这些无性系抗病性进行了分析。

• local and systemic resistance to diseases triggered by various inducers is called induced disease resistance of plant.

  通过诱导因子激发植物本身的防御体系而获得的局部或系统的抗病能力，称植物诱导抗病性。

• plants disease resistance controlled by the resistance gene (r gene) is a resistance with high specificity at the cultivar to race level.

  植物中抗病基因所决定的抗病性是一种高水平的品种对病原菌小种的专化抗性。

• and disease resistance of b99267-1 kept stable in all generations which was consistent with enzyme activity detection.

  而b99267-1抗病性较稳定，随着世代的增加抗病性无明显变化，与酶活检测结果一致。

• it seemed that the low concentration filtration of b. maydis race t toxin may be used as elicitors which enhances the disease resistance of maize.

  而过氧化物酶的活性变化与植物抗病性呈正相关，从而说明低浓度t毒素培养滤液本身能够作为激发子来诱导玉米的系统获得性抗性。

• molecular machenism studies on plant disease resistance open a new pathway for plant disease resistance improvement.

  随着抗病分子生物学的发展，利用植物本身的抗病资源来提高其抗病性，是一种有效的途径。

• researchers investigating ancient varieties of rice have found genes that confer disease resistance and make crops more able to withstand floods and drought.

  调查稻米古老品种的研究人员已经发现了含有抗病基因以及抵抗洪水和干旱能力更强的基因。

• the expression of poplar disease resistance in callus tissues is greatly affected by concentration of auxins and cytokinins in the medium, inoculum density and temperature.

  来自抗病无性系的愈伤组织也表现抗病。愈伤组织抗病性表达受培养基的激素浓度及比例、病原菌的接种量和接种温度影响较大；

• not only that, but science promises a tremendous array of future advances, such as improved nutritional balance, elimination of trans fats, and enhanced disease resistance and cold tolerance.

  不但如此，科学还断言未来还有众多进步，比如改善营养平衡，消除转化脂肪，增强抗病性和耐寒性。

• expert says now is time to breed for disease resistance

  专家说现在应该开始繁殖防疾病的种类了

• it could also help to explain some of the differences we observe in disease resistance around the world.

  这标志着我们作为一个物种最新进化的重要性，城市的发展作为一种选择性的力量。它也可能有助于解释我们注意到世界抗病体的差异所在。

• whether that will be enough to persuade european consumers, raised on the mystery of terroir, remains to be seen—particularly as the benefits of disease resistance are reaped largely by producers.

  欧洲的消费者的认识往往基于「terroir」，这些理由是否足以说服他们尚需时间来证明—尤其是考虑到抗病性的受益方主要是生产商。