大家都搜：
老化模型
1、cementum aging───牙骨质老化
2、aging population───老年人口；老化人口
3、accepting aging───接受老化
4、alloy aging───合金时效
5、aging society───n.老龄化社会
6、aging───n.老化；陈化，熟化
7、progressively aging───逐渐老化
8、aging process───老化法；老化过程
9、aging cell───老化细胞
1、Development and estimation of an animal subacute aging model induced by D-galactose───亚急性衰老动物模型的建立及评价
2、Its design was aging, model variations had been eliminated, and the 5. 0 liter V-8 produced a mere 180 horsepower.───当时它的设计已经老化，厂家也决定不再更新换代，而且它搭载的5.0升V8发动机只能产生180匹马力。
3、Objective To investigate the effects of Pingmaitong granules on free radical metabolism of D-galactose-induced subacute aging model.───目的探讨平脉通颗粒对D-半乳糖所致亚急性衰老模型自由基代谢的影响。
4、Natural aging model was used in the experiment.───采用自然老化方式进行实验。
5、Study on Anti- oxidative Effect on Subacute Aging Model Mice with Fruit Oil of Nitraria sibirica Pall .───西伯利亚白刺果油对衰老模型小鼠抗氧化性作用的研究。
6、D-galactose was used to build aging model.───利用D-半乳糖建立衰老模型。
7、D-galactose induced aging model was established by a chinese scholar named Gong Guoqing in 1991.───D-半乳糖衰老动物模型是由我国学者龚国清等在1991年构建的。
8、Subacute aging model which were caused by D-lactose was used to study.───衰老模型采用D-半乳糖所致的亚急性衰老模型。
9、Conclusion "YiShou Yin" shows a good antiaging action on the subacute aging model induced by D-galactose.───结论益寿饮对于D-半乳糖诱发的亚急性衰老模型有明显的延缓衰老作用。
1、D - galactose induced aging model was established a chinese scholar named Gong Guoqing in 1991.
2、Objective To explore the effect of Dunhuangdabao (DHDB) on monoamine neurotransmitter norepinephrine (NE) , dopamine (DA) and 5-hydroxytryptamine (5-HT) levels in the brain tissue of aging model rats.
3、Methods: D-galactose-induced mice aging model was used and chloroform extract of Baizhu was given to the mice for 30 days. The activities of NOS, the levels of NO and LPO in the brain were measured.
4、We studied anti oxidation of D - galactose - induce mice aging model by Duzhong , Xixin and their mixture.
5、Conclusions DHDB can upregulate monoamine neurotransmitter levels in the brain tissue of aging model rats and plays an important role in improving cerebral function.