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1·NADP - malic enzyme is an important decarboxylase in CAM plants.

苹果酸酶是CAM植物一种重要脱羧酶。 。

2·Dehydrogenases catalyze the transfer of two hydrogen atoms form substrates to NAD and NADP.

脱氢酶催化两个氢原子从底物到NAD和NADP的转移。

3·The activities of phosphoenolpyruvate carboxy-lase and NADP linked malic enzyme were found to be rather low.

磷酸烯醇丙酮酸羧化酶和依赖于NADP的苹果酸酶活性均低。

4·The NADP home page offers data from a US network of 200 precipitation chemistry and atmospheric monitoring stations.

该网站提供了美国200多大气降水化学性质监测站的数据。

5·These enzymes belong to two distinct subclasses, one of which utilizes NAD(+) as the electron acceptor and the other NADP(+).

这些酶属于不同的亚类，其中一类是利用NAD（+）作为电子受体另一类则采用的是NADP（+）作为电子受体。

6·This paper is an introduction of the higher plant NADP-ME in the aspect of cloning, function and regulation of gene expression.

文章就高等植物NADP - ME的克隆、功能和基因表达调控方面作一介绍。

7·The erythrocyte ATP and NAD contents showed a cell-age dependent decrease , while no such changes happened in their ADP, AMP and NADP contents.

结果表明，正常人红细胞内ATP含量和NAD含量随细胞老化而降低，但ADP、AMP，和NADP含量的改变不明显；

8·The results showed that exogenous ethylene could increase ethylene production by 420% and 73%, reduce the activity of NAD kinase by 20% and 40% and had no obvious effects on NADP phosphatase activity.

结果表明，外源乙烯能诱导草莓果实乙烯大量合成，比对照（未经任何处理）提高420%和73%，抑制NAD激酶活性约20%和40%，对NADP磷酸酶影响不明显。