有几个品种抗寒植物做好几乎任何类型的气候。
There are a few varieties of hardy plants that do well in almost any type of climate.
本发明还提供上述启动子在培育抗寒植物中的应用，实现农作物品种的改良。
The invention also provides the applications of the promoter in cultivating cold-resistant plants, which realizes the breed improvement of crops.
因此，一直以来各国科学家都把植物抗寒性问题作为一个重要的研究课题。
Therefore, a number of scientists have been regarded plant cold tolerance as an important research subject.
持续的低温胁迫，导致植物受低温伤害的程度增加，抗寒能力降低。
The sustained low temperature stress causes the increases of damage degree and reductions of cold resistance abilities in the plants.
目前，应用于植物抗寒基因工程的基因包括两大类：植物抗寒相关基因及鱼的抗冻蛋白基因。
There are two kinds of genes being used in plant cold-resistant genetic engineering:plant cold-resistant relative genes and fish antifreeze protein genes.
水分含量及可溶性糖，淀粉季节性动态变化与植物的抗寒性发育及越冬适应性具有高度一致性。
The changes of water state, starch and soluble sugar contents were highly related to the overwintering ability of plant.
这些结果表明，微管的冷稳性与植物的抗寒性成正相关。
The results suggest that the microtubule Cold stability is closely related to the cold hardiness of plants.
植物的抗寒生理生化的变化是通过低温改变基因表达而引发的，在抗寒中起作用的基因已经识别出来，并且已经了解这些基因的作用方式。
Plant biochemical or physiological changes were caused by genes expression change under cold condition, moreover, the genes had been identified and the means of the genes action had been revealed.
综述了氯化胆碱(CC)对植物生长、产量、产品质量、光合性能、膜透性、植物抗寒性等重要生理作用的有利影响。
The beneficial effect of choline chloride (CC) on growth, yield, product quality, photosynthesis, membrane permeability and cold resistance of plant were reviewed.
综述了植物抗寒研究的新进展。
Current progresses of researches on plant frost hardiness are summarized.
概述了植物抗寒性研究领域的进展，阐释了抗寒性的生理特点及分子机理。
Research progress in plant cold resistance was summarized in this paper, and the physiological characteristics and molecular mechanism of cold resistance were expounded.
采用由我们研制的植物低温保护剂对番茄幼苗抗寒力的影响。
This paper studied the effect of the cold hardiness of plant low temperature protection agent on the tomato seedlings.
许多植物在经过一段时间的非冻低温作用后其抗寒性获得增强，这种现象被称为植物的低温驯化。
Many plants can acquire increased frost tolerance after a period of exposure to low, non-freezing temperature through a complex adaptive process called cold acclimation.
未来植物抗寒领域的研究热点为信号转导和基因调节，低温抗性的遗传学和遗传应用及代谢组学，气候变化对于植物抗寒的影响等方面。
Signal transduction, gene regulation, genetics, metabolomics, and climate change affecting the plant survival are important aspects in the future study of cold tolerance in plants.
本文就低温对膜脂的影响、膜脂组成与植物抗寒性的关系及其分子生物学研究进展作一简单综述。
In this review, we briefly give an overview of the relationship between membrane lipid composition and plant chilling resistance and the advances of its molecular biological investigation.
而膜脂脂肪酸不饱和度的增加是植物对低温生长的反应，与抗寒性无直接关系。
The increased unsaturation of membrane lipids is only the response to low temperature and has no directly relation to cold hardiness.
简介了植物抗寒冻性方面的研究成果及其应用。
The research achievements and application on the plants freeze resistance were concisely discussed.
论述了植物抗寒冻性是一种有遗传背景的诱导性状。
It's expounded that the plants freeze resistance is a kind of inducible character with genetic background.
尽管石楠属植物具有一定的抗寒性，但事实上气温是限制其向山东部分地区推广的一个重要的环境因子。
Although Photinia plants can resist on certain low temperature stress, the temperature was one of the important factors as the limitation to introduce to some areas of ShanDong.
植物抗寒性属于复杂的数量性状，是多基因协同作用的结果。
Cold tolerance is a complex quantitative trait of plant which is a result of cooperation of many related genes.
研究CBF转录因子在抗寒中的作用机制，能为提高植物的抗寒性，培育抗寒作物品种提供新方向。
Understanding the mechanism of CBF in cold tolerance will provide a new strategy for improvement of plant cold tolerance and breeding of cold-tolerant plant.
总结抗寒梅花迁地驯化的经验，关键是在顺应植物本性，满足其最低生长发育条件的基础上，步步深入，抓紧某些关键时期，给予“斯巴达”锻炼。
Summarizing the utmost experience of this ex situ domestication, "Spartan" training at critical period has been practiced following mei's minimum growth and development demands are met.
讨论了质膜的变化在寒害和抗寒机制上的作用，以及本结果作为鉴别植物抗寒力指标的意义。
It is discussed that the change in plasmolemma plays a role in the mechanism of chilling injury and cold resistance of plants, and the results obtained may be used as an i…
讨论了质膜的变化在寒害和抗寒机制上的作用，以及本结果作为鉴别植物抗寒力指标的意义。
It is discussed that the change in plasmolemma plays a role in the mechanism of chilling injury and cold resistance of plants, and the results obtained may be used as an i…
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