Glycol is oxidized rapidly by it to oxalic and glycolic acids . 乙二醇迅速地被它氧化，生成草酸和羟基醋酸。
2.
Preparation of glycolic acid 乙醇酸合成
3.
The synthesis technologies of glycolic acid were reviewed , and the glycolic acid application was introduced 摘要评述了的乙醇酸的合成方法，并介绍了其用途。
4.
Evaluation on the biological performance of poly lactic acid glycolic acid asparagic acid - co - polyethylene glycol tri - block copolymer in vivo as bone tissue engineered scaffold 三嵌段高分子骨组织工程支架材料的体内生物学性能评价
5.
Elevated [ co2 ] treatment resulted in the larger accumulation of carbohydrate ( soluble sugar and starch ) in leaves of anthurium andraeanum lind during short - term experiment , but the difference of three treatment groups is no striking during long - term experiment . chlorophyll content , chlorophyll a / chlorophyll b ratio in leaves increased , while soluble protein decreased in elevated [ co2 ] during experiments . elevated [ co2 ] led to the increase of rubp carboxylase activity and the decline of glycolic acid oxidase activity during short - term experiment , but the rubp carboxylase activity decreased after 60 d , the glycolic acid oxidase activity increased after 90 d 高浓度co _ 2处理的红掌，叶片中的叶绿素含量增加，叶绿素a叶绿素b升高，但可溶性蛋白含量下降，并且随着处理时间的延长，可溶性蛋白含量的下降更为明显，处理150d时， t1 、 t2的可溶性蛋白含量与ck相比分别下降了36 . 7 、 28 . 2 ；高浓度co :处理的前30d ，高浓度c02抑制了go活性， rubpc活性升高:处理以记时，高浓度coz处理组的rubpc活性降低， go活性仍然低于对照;处理以月后，高浓度co :处理组的rubpc活性低于对照，其中t2的rubpc活性显著下降，而go活性升高。
