过去的饮食往往倾向于少脂肪(也就是说，相比于脂肪和糖，更偏爱蛋白质和合成的碳水化合物，如淀粉)。
Diets of the past would tend to have been lean (that is, to have favoured protein and complex carbohydrates like starch over fats and sugars).
很不幸的是，在现代日常饮食中，现在的反式棕榈烯酸的合成被高含量的碳水化合物和热量所消耗，这可能限制了它的正常防御功能。
Unfortunately, with modern diets, synthesis of cis-palmitoleic acid is now driven by high amounts of carbohydrate and calories in the diet, which might limit its normal protective function.
各碳水化合物、可溶性蛋白含量的增加为紫苏花芽生理分化所必需。这可能与花器原始体形成所需碳水化合物和酶的合成有关。
The increase in carbohydrate and soluble protein were necessary in floral initiation, as might be related with synthesis of carbohydrate and enzyme needed in the formation of floral primordia.
这些基因参与了不同的代谢过程，包括磷吸收和转运、信号传导、蛋白质合成和降解、碳水化合物代谢和胁迫反应。
The known genes are involved in different metabolic processes, including phosphate uptake and transport, signal transduction, protein synthesis and degradation, carbon metabolism and stress response.
人体合成苹果酸过程中的碳水化合物转化成能量。
The body synthesizes Malic Acid during the process of converting carbohydrates to energy.
以前它是由碳水化合物发酵得到，现在由乙醛醛醇缩合或石油气体氧化的合成方法制得。
It was formerly derived by fermentation of carbohydrates but is now made synthetically by aldol condensation of acetaldehyde or by oxidation of petroleum gases.
说明水稻胚乳细胞中胞浆内碳水化合物可能是以葡萄糖-6-磷酸进入造粉体用于淀粉合成。
These results suggest that glucose 6 - phosphate imported via GPT should be used for starch biosynthesis in amyloplast of rice endosperms.
在大气中存在的二氧化碳被自养生物体所吸收并合成为碳水化合物。
The carbon dioxide in the atmosphere is taken up by autotrophic organisms and incorporated into carbohydrates.
碳水化合物的组合合成是一项新兴技术，该技术可以在短时间内合成大量用于进行生物活性筛选的寡糖及拟糖物。
Combinatorial synthesis of carbohydrates is the newly formed technique to synthesize and biologically screen large set of oligosaccharides and glycomimetics in a very short time.
大部分植物是碳3植物，在高温干旱条件下，由于光呼吸作用而使碳水化合物的合成降低。
Most plants are C3 plants; they experience decreased carbohydrate production under hot, dry conditions as a result of the effects of photorespiration.
碳水化合物的摄入可以用来维持运动强度的需要，为蛋白质的合成提供足够的能量。
Intake of 50%-60% carbohydrate could be used to maintain the need of exercise intensity, which could provide enough energy for the synthesis of protein.
碳水化合物的摄入可以用来维持运动强度的需要，为蛋白质的合成提供足够的能量。
Intake of 50%-60% carbohydrate could be used to maintain the need of exercise intensity, which could provide enough energy for the synthesis of protein.
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