Stable and high efficiency micro-plant interaction is essential to the optimal nitrogenase activity of root-associated nitrogen fixation bacteria.
联合固氮体系的建立是联合固氮菌发挥高效生物固氮活性的关键要素之一。
Omics technologies are being used to understand the fungi-plant interaction better, hence formation of masked mycotoxins by the plants. Be aware that we have to be sharp in what to look for.
组学技术的应用也可更好地理解真菌植物间的相互作用，及掌握隐形霉菌毒素的结构。
The skyscraper's structure is modeled after mangrove trees, spiraling plant growth patterns, and the interaction of natural ecosystems.
曼加勒之城能够利用仿生学规律，通过各种方法“借到”资源，它的建筑结构也犹如红树林生态系统中的植物那样螺旋式地上升，并与自然系统相互作用。
Between the plant and the insect also existed the interaction chemistry relations.
植物和昆虫之间也存在着交互作用的化学关系。
Located here and there around the park are education stations that augment the visitor's experience of the museum by illustrating real-life interaction between local plant and animal species.
在公园周围是无处不在的教育站，通过图解当地动植物在真实生活中的相互作用增强参观者对博物馆的体验。
Layers of planting zones form calming and welcoming Spaces for interaction around the center, with a variety of plant species that will produce a range of color and texture throughout the seasons.
种植区的层形成平静和欢迎的中心周围的相互作用的空间，与各种植物物种，将产生一系列的颜色和质地在整个赛季。
Avirulence gene is genetic factor of pathogen. It encodes elicitor which triggers specific interaction of plant and pathogen.
无毒基因是病原物遗传因子，其编码的产物激发病原物与植物特异性相互作用。
At last we focused on the detailed role and new research proceeding of nitric oxide involving elicitor-induced defense responses, and its interaction with other plant signal molecules.
重点介绍了一氧化氮在激发子诱导植物抗性反应过程中的作用，以及它与其他信号分子之间相互关系的研究进展。
We used the interaction of the fields and the gans changed the structure of the plant leaf and gives us these results.
我们用甘斯的影响改变了植物的结构，所以看到这样的结果。
Chapter four focused on identification of novel proteins involved in plant cell-wall synthesis based on protein-protein interaction data.
第四章讲述通过蛋白质相互作用数据来识别与植物细胞合成相关的新蛋白。
As the development of molecular biology and relative techniques, the molecular mechanism of the interaction of plant and its pathogen is becoming more and more clear.
随着分子生物学及其相关技术的飞速发展，人们对植物与病原微生物相互作用的分子机制了解得越来越透彻。
The fragments of C15, A45, D22, D73 and E94 were firstly found in the studies of molecular mechanism of plant-insect interaction, up to day.
其中差异表达片段C15、A45、D22、D73和E94在植物与害虫相互作用相关分子机制研究中首次被发现。
In the microecosystem of Curcuma zedoaria, gene horizontal transmission may take place due to interaction of endophytic fungi and the plant for a long time.
在莪术的微生态系统中，由于内生真菌长期与植物相互作用，可能发生了“基因水平传递”。
In-plant conditions including interaction with adjacent structures, systems, and components.
在工厂的情况，包括与邻近结构，系统的相互作用和组件。
This paper studies the absorption, mainly the interaction, of Cu and Pb for clover by potted plant experiments.
采用盆栽实验就三叶草对铜和铅的吸收进行了研究，重点探讨了三叶草吸收两种重金属之间的交互作用。
AOS always participates in the foundation of anti-disease ability of plant in the interaction between plant and pathogen.
植物与病原菌的相互作用中，活性氧(aos)参与了植物抗病性的建立。
With the progress of biotechnology, people expect to use microorganism to substitute them, so people much emphasize the research on the interaction between plant and rhizospheric microorganism.
随着现代生物科学技术的进步，人们对应用微生物来代替化肥和农药寄予了厚望，从而对植物与根际微生物关系的研究给予了高度重视。
Study of plant disease resistance is one of the key subjects of plant pathology and one of important aspects of research on interaction between host and pathogen, and plant immunology.
植物抗病性是当前植物病理学中研究的热点和难点之一，也是植物-病原物互作及植物免疫学研究的一个重要方面。
The interaction involves a complex process of signal recognition and transduction, at which the signal molecules from plant fungal pathogens may be recognized as elicitors or virulence factors.
植物与病原菌相互作用的过程中涉及了许多信号分子的识别与传导，对病原菌而言，这些信号分子很有可能就是与植物受体蛋白起作用的激发子和其它致病因子。
Plant defense responses against pathogens, plant-pathogen interaction model and genetic basis of plant disease resistance were summarized.
就植物对病原的防御反应，植物-病原互作模式和植物抗病性的遗传基础进行了概述。
The interaction mechanism of flax and flax rust is the main research field in plant pathology.
亚麻与亚麻锈菌互作机制的研究，一直是植物病理研究的基础和重要内容。
Along with the construction of nuclear power plant, the study on the inhomogeneous foundation-nuclear power plant dynamic interaction is becoming very important.
随着我国核电厂的陆续建设，积极开展非均质地基与核电厂建筑结构的相互作用分析已经非常重要。
Now the center of allelopathy research in fact has been extended to all plant-organisms and the chemical interaction by the mediation of chemical substances between the environment.
如今，植物化感作用的研究事实上已扩展到以植物为中心的一切有机体及环境间通过化学物质为媒介的化学相互作用。
The interaction could enhance soil fertility effectively, improve nutrient status in soil and nutrient absorption in the rhizosphere, and also maintain plant productivity.
互作可以有效地提高土壤肥力，改善土壤的养分状况和根际养分吸收环境，维持植物生产力；
This paper is concerned with the dynamic responses of the soil-auxiliary buildings structure interaction system in the nuclear power plant.
本文主要针对核电站工程中辅助厂房结构与地基土相互作用体系在地震荷载下的“平-扭”地震响应进行了分析。
The phenomena shows that the interaction between different trophic levels of natural enemy-insect and pest-plant is undoubtedly of important ecological and behavioral significance.
这种同步迁移现象无疑具有重要的生态学和行为学意 义，表现出“天敌—寄主—植物”不同营养层之间的相互作用。
The phenomena shows that the interaction between different trophic levels of natural enemy-insect and pest-plant is undoubtedly of important ecological and behavioral significance.
这种同步迁移现象无疑具有重要的生态学和行为学意 义，表现出“天敌—寄主—植物”不同营养层之间的相互作用。
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