PQQ

The functions and the possible mechanism of PQQ were reviewed.

本文就PQQ的生物学功能及其可能的作用机理进行综述。

Because animals or humans do not appear to synthesize PQQ, the diet is assumed to be the major source.

由于动物和人体不能自行合成PQQ，因此其体内的PQQ主要是来源于饮食。

The progress curve of PQQ depending methanol dehydrogenase affected by glycine

依赖PQQ的甲醇脱氢酶与甘氨酸作用后的进程曲线

Conclusion PQQ could significantly increase lead excretion.

结论PQQ能降低铅中毒小鼠体内的铅含量。

Conclusions PQQ could protect cortical neurons from damage induced by glutamic acid.

结论吡咯喹啉醌对谷氨酸诱发的皮层神经元损伤具有保护作用。

Studies on a New Prosthetic Group PQQ Dependent Methanol Dehydrogenase

依赖新辅基PQQ甲醇脱氢酶的研究

The researchers found that PQQ is important in the reproductive and defense systems of mice.

研究人员发现，PQQ在老鼠的生殖和防御防御系统中很重要。