钙

Aim to get at least 1,000 milligrams a day; your baby needs it for tooth and bone development in the second and third trimesters.

用钙增强骨骼要求是每日至少要获得1000 毫克钙（译者注：这主要指的是妊娠中晚期），婴儿需要钙将来好出牙和妊娠中晚期的胎儿骨骼发育。

The level of blood zinc in the group of 6 - 12 years old was obviously higher than that in the group of 1 - 3 years old, whereas the level of blood calcium and iron in the group of 6 - 12 years old was obviously higher than those in the group of 0 - 1 years old and had no difference in sex.

结果：①血铅水平≥0.1μg／ml者占43.2％，男女性别之间无显著性差异，血铅水平随年龄增长有上升趋势。0～1岁组血铅最低，3～6岁组血铅最高；②血锌、钙、铁水平随年龄增长而上升，血锌6～12岁组明显高于1～3岁组，血钙、铁6～12岁组明显高于0～1岁组，男女性别之间无显著性差异；③血铅增高率与血钙缺乏率各组之间差异有显著意义，血锌与血铁缺乏率各组之间比较则无显著性差异。

But you say you will not walk the baby would be a little problem, it should be a calcium deficiency, so you should consider calcium supplements, and diet should also pay attention to eat more calcium-rich food sources, such as fresh fish, shrimp, lean meat, black fungus, bone soup, animals such as the liver.

不过你说你的孩子还不会走路那就有点问题了，应该是缺钙的，所以你应该考虑补钙了，日常饮食也应注意多吃些含钙源丰富的食物，比如新鲜的鱼、虾、瘦肉、黑木耳、骨头汤、动物的肝脏之类的。

The effects that alcohol activates Ca in different consistence , different calcine time , different ratio of and lactic acid extract Ca from oyster shell were studied in this paper.

为充分利用牡蛎壳的钙资源，对乙醇在不同浓度、不同烧煮时间、不同配比条件对牡蛎壳粉中钙的活化效果及不同浓度的乳酸对活性钙的提取效果进行了研究。

Both CaCN2 and urea inhibited the chlamydospore germination, mycelial growth and sporulation of the pathogen, but CaCN2 by using at the rates of 0.5 and 1.0%, had two inhibition zones for chlamydospore germination with time while urea had only one. Calcium cyanamide was also more effective on reducing mycelial growth and sporulation of the pathogen than urea did. Therefore, the suppression of pea wilt might be due to fungicidal effect of the intermediate products including hydrogen cyanamide and urea from calcium cyanamide.

由氰氮化钙（0.5及1.0%处理者）之抑制曲线在不同的时间出现两个抑制区，而尿素则仅有一个，及氰氮化钙对萎凋病菌菌丝生长及产胞的影响远较尿素为甚，显示氰氮化钙之所以能有效抑制萎凋病的主要因子，或许是来自其中间产物，包括尿素及氟酸的杀菌作用。

This paper relates the basic property of calcium carbonate which affects the processingperformance of rubber and mechanical properties of cured compound, and briefly introduces theapplication of heavy calcium、light calcium、 active calcium and nano-calcium used in rubber goods.

本文论述碳酸钙基本性质对橡胶加工工艺性能和硫化胶力学性能的影响，对重钙、轻钙、活性钙或纳米钙在各类橡胶制品中的应用亦作简要介绍。

Moreover, compared with 1 mmol/L and 3 mmol/L, 5 mmol/L treatment more significantly slowed down the maturation and consenescence process of muskmelon. Meanwhile, compared to the calcium nitrate treated for 4 h and 8 h, the discs treated for 12 h were more apparently promoted or inhibited based on above maturation and consenescence physiological parameters; however, with the prolonging of treated time to 24 h, the activities of POD, SOD and CAT dropped markedly, as well as the inhibition of synthesis of soluble protein, and the increased speed of electrical conductivity and LOX activity were reduced markedly.

与1 mmol/L和3 mmol/L的硝酸钙相比，5 mmol/L的硝酸钙处理更能显著延缓果实的衰老进程；与处理4 h和8 h相比，处理12 h硝酸钙对以上各成熟衰老指标的促进或抑制作用效果更加显著，但是随着处理时间的延长至处理24 h时，POD、SOD、CAT活性反而下降，对可溶性蛋白的合成、外渗电导率和LOX活性升高速度的抑制效应显著降低。

The effect of calcium nitrate on relative physiological parameters of muskmelon softness was studied. The regulation measures of prolong fruit shelf-life were explored to provide theoretical basis for calcium use to prolong the optimal edible phase and shelf-life, and to learn the mechanism of calcium delaying the process of ripening and senescence.

研究硝酸钙对网纹甜瓜果实软化及其相关生理因素的影响，探讨延长网纹甜瓜货架期的调控措施，为生产上利用钙来延长网纹甜瓜的最佳食用期和货架寿命提供理论依据，并为进一步探明钙减缓果实成熟衰老的机制奠定基础。

The calcium propionate was synthesized with calcium oxide as raw material in this paper.

以氧化钙为钙源制取丙酸钙，对传统反应工艺进行了改进。

This research is based on our previous successful cloning of a completely novel calcium metabolism related protein—calmodulin-like protein from pearl oyster and calmodulin. The main purpose of this research is to find out the function of CaLP on the cell level and compare functions of these two proteins.

为进一步揭示贝类生物矿化机理，本研究以目前我国用于生产海水珍珠的主要贝类合浦珠母贝为研究材料，以本实验室已克隆出的新蛋白钙调素类似蛋白(calmodulin-like protein，CaLP)为研究对象，对CaLP在细胞水平上的功能进行了进一步的研究，并将其与本实验室已克隆出来的另一钙代谢相关蛋白钙调素(calmodulin，CaM)进行了比较。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。