因此能够在生理条件下，在分子水平上研究生物体的代谢过程，所以它优于其他传统方法。
Being used to study the metabolic processes of living system in normal physiological conditions as well as in molecular level, the method is better than other conventional approaches.
在细胞、分子和系统水平有可靠的证据证实胞外atp通过活化嘌呤能受体在生理和病理过程中发挥重要作用。
There is substantial molecular, cellular and system-level evidence that extracellular ATP, via activation of purinoceptors, plays important roles during physiological and pathological processes.
主要有三方面的原因：出生后新生儿血糖水平存在生理性下降和恢复的过程；
The concerned reasons are mainly as follows: the course of a physiological decrease and recovery in the level of blood glucose is usually existed in newborn infants after birth;
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