1)Enzym e con formation酶构象
英文短句/例句
1.Spectral Analysis of Polyphenol Oxidase (PPO) and Lipoxygenase (LOX) Treated by Pulsed Electric Field脉冲电场对脂肪氧化酶及多酚氧化酶构象影响的光谱分析
2.Study on Catalytic Characteristic and Adsorption Capacity of Double Substrates Recorded Lipase;双底物诱导脂肪酶构象刻录的催化及吸附性能研究
3.The Relationship between the Conformational Changes and Catalytic Activities and Inhibition Kinetics of the Phytase;植酸酶构象稳定性与催化活性的关系及抑制动力学研究
4.Study of the Electric Field on Catalase Conformation and Its Activity电场对过氧化氢酶分子构象及其酶活性的影响
5.Study of the Effect of Electric Field on Enzyme Conformation and Its Activity;电场对酶蛋白分子构象及活性的影响
6.The thermodynamic parameters characterized the conformational transitions of bothe nzymes in solution have been obtained accurately.得到表征这两种酶溶液构象变化的热力学参数。
7.Study of the Effects of Power Frequency Electric Field on Enzyme Conformation and Its Activity;工频电场对酶蛋白分子构象及活性的影响
8.Effects of Bordeaux Mixture on Soil Catalase Activity and Conformation Characteristics波尔多液对土壤过氧化氢酶活性与构象的影响
9.Molecular chaperone may rescue the conformational diseases and revive the inactive enzymes in lens.分子伴侣能解 救构象性疾病,使晶状体重要的代谢酶‘起死回生’.
10.The effect of sound field on the catalysis activity and the molecular conformation of protease was discussed.本文综述了声场对蛋白酶催化活力及分子构象的影响。
11.Guanidine Denaturation and the Change in Conformation and Catalytic Activity of Alkaline Phosphatase from Sinonovacula constricta缢蛏碱性磷酸酶胍变性中构象与活力变化的研究
12.A comparison of the activity and conformational changes during renaturation of urea--denaturation creatine kinase from rabbit brain脲变性兔脑肌酸激酶在复性过程中活力与构象变化的比较
13.Study on Effect of Instantaneous High Pressure Treatment on Conformation of Plyphenol Oxidase;瞬时高压作用对多酚氧化酶活性与构象影响的研究
14.Study on Wheat Granule-Bound Starch Synthase (GBSS) Bounding Character and Structure Simulation;小麦颗粒结合淀粉合成酶（GBSS）结合特性与模拟构象研究
15.Molecular Conformation and Substrate Specificity of Mutant Imide Hydrolases;突变型环酰亚胺水解酶的分子构象与底物专一性
16.Study on the Effects of Low Energy N～+ Ions Implantation and Vacuum on the Enzyme Conformation and Its Activity;低能N～+离子注入及真空作用对酶蛋白分子构象及活性的影响
17.Study of the Effect of Electric Fields on Protein Conformations by Circular Cichroism Spectroscopy;应用圆二色光谱研究电场对蛋白质（酶）构象的影响
18.Studies on the Purification of Lotus Root PPO and Environmental Effects on Its Solution Conformations;莲藕多酚氧化酶的纯化及环境因素对其溶液构象的影响
相关短句/例句
enzymatic reactions酶的构象
3)conformation of enzyme molec@酶分子构象
4)activity and conformation of enzyme酶活力与构象
5)the conformation of α Amylaseα-淀粉酶构象
6)conformation and activity of enzyme酶构象与活力
延伸阅读
船式构象和椅式构象 按照碳原子具有正四面体构型的学说，环己烷分子中的六个碳原子在键角(109.5°)保持不变的情况下，可以两种不同的空间形式,组成六元环,称为环己烷的船式构象和椅式构象 (图1)。根据现代分子结构理论，由于基团的相互作用的缘故，椅式构象比船式构象稳定得多，常温下环己烷几乎完全是椅式构象。 通过船式构象的纽曼投影式（图2），可以看到碳原子1、2、4、5上相连的氢原子都处在全重叠式的位置上。从船式构象的透视式可以看到碳原子3和6（或称船头和船尾碳原子）上的两个向环内伸展的氢原子相距较近。上述两种情况都使氢原子之间产生较大的斥力，从而产生一种使船式构象扭转为椅式构象的内在力量，这种力称为扭转张力。这是船式构象不稳定的根本原因。在椅式构象中，组成碳环的任何相邻的两个碳原子上的氢，彼此都处在交叉式的位置上（图3）,它们之间无扭转张力，比较稳定。
