酸性水解酶

β-Glucuronidase（GUS）是从大肠杆菌K-12菌株分离出的一种酸性水解酶，具有高稳定性、检测的灵敏性与简易性及其对转基因生物体无毒性的特点，是转基因研究中最常用的标识基因。

β - Glucuronidase ( GUS ) is a type of acidic hydrolase separated from E. coli k-12.It has become the most common marker gene in the transgenic research due to its characters of high stability , sensitivity of inspecting and simplicity as well as non-toxicity to transgenic organism .

高原失血性休克发生与救治过程中血浆溶酶体酸性水解酶活性变化

Alteration of lysosomal acid hydrolytic enzymes activity in plasma during development and resuscitation of hemorrhagic shock occuring at high altitude

在溶酶体内是酸性水解酶，专用于降解大分子，包括那些由内吞作用被内化的大分子。

Within the lysosomes are acid hydrolases ; enzymes involved in the degradation of macromolecules , including those internalized by endocytosis .

酸性鞘磷脂水解酶和MAPK信号通路在UVA诱导细胞凋亡中的作用

Role of Acid Sphingomyelinase and MAPK Signaling Pathway in UVA-induced Apoptosis

结果表明：30和32kD酸性蛋白水解酶在开始吃奶和出生后第五周各出现一个活性高峰；

These results showed that the two activities peak , 30 kD and 32 kD acid proteinases , appear respectively in the liver of beginning suckling and the 5th-week-old rats .

75/80kD酸性蛋白水解酶仅在出生后第三周有活性。

The activities of the 75 / 80 kD acid proteinases appeared only in the 3rd-week-old rat liver .

其中在叶片衰老过程中起主要作用的是酸性蛋白水解酶；且内肽酶的最适温度为45℃。

However , the acid endopeptidases played a key role in leaf senescence during aging process . The optimum temperature for endopeptidases were all 45 ℃ .