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1·Objective To research the cold acclimation ability of snails and the effect of different cooling rates on snails.

目的实验室内研究钉螺的冷驯化现象，比较不同降温速度对钉螺死亡率的影响。

2·After cold acclimation, 46kd protein content increased sharply, it had something to do with cold hardiness of seedlings.

低温锻炼后，各品种中46kd蛋白质含量剧增，其含量上的增加与幼苗抗寒性有密切关系。

3·Our experiment showed that this gene was induced by low temperature and there was an increase in the level of its transcript during cold acclimation.

实验证明，此基因的转录是由低温诱导激活，且随着雪莲低温驯化时间的推移，转录本的量明显增加。

4·Cold acclimation induced the increase of soluble protein content, and its time course of increase was in accordance with the development of freezing tolerance.

低温驯化诱导可溶性蛋白质含量增加，其增加的时间进程与细胞抗冻性发育呈平行关系。

5·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.

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。

6·Cold acclimation can induce and increase plants cold_resistance ability initiated by some special proteins called cold_regulated proteins (CORPs) that appear in this process.

冷调节蛋白是植物在冷驯化下产生的特异性蛋白质，与植物的抗冷力密切相关。

7·Cold acclimation protein (CAP) is one kind of specific proteins induced by cold stimulation, and their transcription and translation could be promoted by genes related to cold induced.

冷适应蛋白(CAP)是指生物体受到寒冷刺激后，诱导表达的一类特异蛋白质，由冷诱导有关的基因在冷诱导过程中启动转录和翻译的。

8·Conclusion: the adaptive changes occurred in microcirculation system of hamsters after cold acclimation. Those changes are important factors to enhance the resistance to cold injury for the body.

结论：冷习服地鼠微循环系统发生了适应性改变，这是增强机体抗冻能力的重要因素之一。

9·To examine whether rice ice homologs function in cold acclimation via regulation of rice DREB homologs in response to cold stress, we assessed a polypeptide epitope containing an ICE-specific motif.

为了检测在寒冷条件下，水稻ice同系物是否通过调节水稻DREB的同系物来对冷胁迫的作出反应，我们鉴定了一个含有ice特异基序多肽抗原决定基。

10·A major gene was found to control cold tolerance in Kunming Xiaobaigu. Cold acclimation is presumed to be one of the approaches by which rice genotypes may acquire cold tolerance at the booting stage.

昆明小白谷耐冷性是受主效基因支配，冷驯化是水稻微效耐冷基因累积获得穗期耐冷性的途径之一。