在这里，水解作用把大豆蛋白大分子碎解为几种基本的氨基酸，比如谷氨酸。
Hydrolysis, in this instance, breaks larger soy protein molecules into their constituent amino acids, such as glutamic acid.
水气会对石材产生水化，水解及碳酸作用，因此景观石安装出口处要常保持通风干燥。
Moisture can produce hydration of stone material, hydrolysis and carbonic acid, and therefore keep ventilated dry landscape stone to install the exit.
对水解酶间隔作用作完全分析是很难达到的。
A complete analysis of the compartmentation of hydrolases is difficult to achieve.
溶菌酶可以水解细菌，在动物的消化和先天免疫中起到了重要的作用。
Lysozymes can hydrolyze bacteria and play an important role in animal digestion and innate immunity.
但根冠淀粉水解在根系的渗透调节以及在小麦适应水分胁迫中的作用还有待于进一步探讨。
However, the roles of hydrolysis of root starch in root osmotic adjustment and in drought adaptation of wheat need further studies.
结果表明玉米芯水解液中的葡萄糖和杂质成分对木糖醇发酵具有抑制作用。
The results show that the glucose and extraneous chemicals in the corncob hydrolysate have found to have suppression inhibitory effects to the xylitol fermentation.
水解条件对马铃薯淀粉水解成功与否起着非常重要的作用。
The hydrolyzing conditions were very important for whether hydrolyzation of potato starch was successful or not.
将大豆皂甙水解成其甙元大豆皂醇，研究二者抗结肠癌细胞增殖的作用。
Soyasapogenols were prepared by hydrolysis of soyasaponins and their inhibitory effect on proliferation and apoptosis of colon carcinoma cell was investigated.
特别是采用现在高科技提取而得的水解物质，大大地提高了机体吸收率，并且显著增加了功能作用。
Especially the hydrolyzed material refined by modern high technology has increased organism's absorption rate greatly as well as adding effects obviously.
色氨酸一种重要的氨基酸，C11 H 12n2o2，在消化过程中，通过蛋白水解作用酶的运动而由蛋白质形成。
An essential amino acid, C11H12N2O2, formed from proteins during the digestive process by the action of proteolytic enzymes.
报道了利用大豆和牛奶为原料，经过微生物酶制剂水解作用生产氨基酸饮料的工艺技术。
Technology and technique of beverages production using microbial enzyme preparation to hydrolyze soybean and milk as raw material are reported in this paper.
实际上，热水本身就是一种“去污剂”，因为它可以促进皂化和水解作用，软化动物脂并液化油脂。
In fact hot water itself is in effect a "detergent" since it can promote saponification and hydrolysis reactions soften grease and fluidify oils.
活性白土的酸性及脱色温度的联合作用，促使磷脂轻度水解和氧化。
The acidity of activated bleaching earths and treatment temperature make the lecithin hydrolyzed and oxidized slightly.
CD39可以磷酸化水解ATP成ADP，而ADP是血小板激活和聚集的主要激动剂，所以CD39具有抗血小板的作用。
CD39 is phosphohydrolysing ATP and ADP, noting that ADP is the major agonist for platelet activation and aggregation, so CD39 has a pretty similar mechanism to antiplatelet therapies.
当消化水解单糖的作用发生时，可消化食品被吸收降解。
When digestive hydrolysis to monosaccharides occurs, the products of digestion are absorbed and catabolized.
在常见的微生物发酵法生产的蛋白酶中，酸性蛋白酶的水解作用能显著提高棉子蛋白的起泡性能。
In the common proteolytic enzymes made with the method of microbe fermentation, the hydrolysis of acid proteolytic enzyme is very effective in improving the foaming Property of cottonseed protein.
目的分析泛素依赖的蛋白水解通路(UPP)在转染了脊髓小脑性共济失调3型(SCA3)基因的PC 12细胞中的定位及作用。
Objective To analyze the role and location of ubiquitin-dependent proteolysis pathway (UPP) in PC12 cells transfected by plasmids with spinocerebellar ataxia type 3 (SCA3) gene.
蛋白质降解的第一步是由水解酶引起的水解作用。
The first step in degradation of the protein is considered to be hydrolysis, induced by hydrolytic enzymes.
过渡金属配合物切割DNA的作用机理大体可以分为氧化切割和酯水解切割两种类型。
The mode of transition metal complexes cleave DNA is divided into the oxidative and hydrolytic mechanisms.
甘油三酯脂肪酶基因家族成员包括LPL、HL和胰脂酶等，他们均参与脂蛋白的代谢，其中，LPL和HL专司甘油三酯和磷脂的水解，在血管内皮表面发挥作用。
They all involve into the metabolize of lipoprotein. LPL and HL are in charge of thehydrolyze of triglyceride and phospholipid on the surface of vessel endothelium.
当以淀粉为糖源时，其具有胞外水解作用。
When used as sugar source, starch could be hydrolysised out of cells.
综合报道了腈水解酶的来源、结构、作用机制及其工业应用。
Comprehensive review was present on the sources, enzyme structure, enzyme reaction mechanism and the application of the nitrilase.
在颗粒物对水中邻苯二甲酸酯吸附、水解、生物降解和藻类富集实验的基础上，提出了颗粒物与天然水体中痕量有机物相互作用的动态数学模型。
A dynamic model on interaction between water particles and trace organic chemicals was presented on the basis of the research of adsorption, hydrolysis, biodegradation and algae accumulation in water.
锐劲特在水体中以光解和水解为主，在土壤中除了光解和水解作用，还存在氧化作用。
The main degradation approach is photolysis and hydrolysis in water, and simultaneously occurring oxidation in the soil.
锐劲特在水体中以光解和水解为主，在土壤中除了光解和水解作用，还存在氧化作用。
The main degradation approach is photolysis and hydrolysis in water, and simultaneously occurring oxidation in the soil.
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