片语

immobilized enzyme reactor固定化酶反应器

Immobilized Enzyme Membrane Reactor固定化酶膜反应器

ACA microcapsule immobilized enzymeACA微胶囊固定酶

Immobilized enzyme technology固定化酶技术

immobilized chicken liver enzyme固定化鸡肝酶

activity of immobilized enzyme固定化酶活性

magnetic immobilized enzyme固定化磁性酶

Soluble immobilized enzyme可溶性固定化酶

immobilized fatty enzyme固定化脂肪酶

英汉例句

• the immobilized enzyme from bacillis megaterium gave a better catalytic properties and the higher conversion was obtained using phenylglycine methyl ester (pgme) as acyl donor.

  来源于巨大芽孢桿菌的固定化酶催化头孢克罗合成的能力较好，以苯甘氨酸甲酯（pgme）为底物较酰氨的效果好。

• conclusion the immobilized enzyme showed higher thermal stability and affinity to substrate than the soluble enzyme, and to a certain extent can be used repeatedly.

  结论该固定化酶与溶液酶相比，其热稳定性提高，与底物的亲和能力增大，且重复使用性较好。

• the surface modification of polymeric materials by plasma technique were discussed. the recent advances in the preparation of immobilized enzyme carriers by plasma technique were reviewed.

  本文阐述了等离子体的发生及其引起材料表面改性的主要特点。就近年来，国内外运用等离子体技术制备固定化酶载体的方法及应用情况作了综述。

• the immobilized method was introduced, then the application of immobilized enzyme in food industry was summarized, and the future prospect of this technology was expounded in the end.

  综述了固定化酶的制备方法，总结了其在食品工业中的应用，并对其的发展进行了展望。

• the flexible immobilized model could achieve a higher recovery of immobilized enzyme activity than traditional covalent immobilization and arm spacer immobilization.

  该结果说明，酶的「柔性固定化」模型可以改善传统共价结合固定化酶及手臂固定化酶活力回收率不高的缺陷。

• in this article, the recent achievement and application of magnetic polymer microspheres for immobilized enzyme are summarized.

  本文主要介绍磁性高分子微球的制备和性质以及在固定化酶中的应用。

• the kinetics of bq reaction in the immobilized enzyme pcd/god matrix was determined.

  测定了酶电极上bq反应的动力学参数。

• immobilized enzyme is the central part of the en-zyme engineering. it benefits the reuse of enzyme and separation the production and enzyme.

  固定化酶是酶工程的核心，它有利于实现酶的重复使用及产物与酶的分离。

• after 10 cycles of operation , the activity of immobilized enzyme remained over 85% of its initial activity .

  固定化酶连续催化肾上腺素10次以后，催化活性仍保持为原来的85%。

• it consists of fia system, semiconductor thermostat, immobilized enzyme reaction column, thermal sensor and data collection module.

  主要由流动注射分析系统、半导体恒温器、固定化酶反应柱、量热传感器、数据采集模块组成。

• immobilized enzyme has been used in biology, medicine, agriculture, food industry, chemical industry, developing of energy source, environment protection and so on.

  固定化酶在生物、医药、农业、食品、化工、能源开发、环境保护等方面得到了广泛应用。

• when the ab-8 resin immobilized enzyme was used in the synthesis, by analysing the ir and lc-ms of the product, we may speculate there is butyl-glucoside producing in the reaction.

  以ab-8型树脂固定化酶催化合成反应，分析产物的红外谱图和lc-ms质谱，推测可能有正丁基-葡萄糖苷的生成。

• immobilized enzyme has been applied to numerous fields, including bioreactors, biocatalysts and biosensors because of its advantage such as good stability and reusability.

  固定化酶具有稳定性好，使用次数多等独特优点，已被用于生物反应器，生物催化，和生物传感器等众多领域。

• as a immobilized enzyme composition part, the structure and the performance of carrier material had the huge effect on the performance of immobilized enzyme .

  作为固定化酶组成的一部分，载体材料的结构和性质对固定化酶的性能有着巨大的影响。

• these bitters can be removed by the ways of absorption, immobilized enzyme and the other methods.

  通过吸附法、固定化酶法等方法可以将其去除。

• with fused silica capillary as support, immobilized enzyme microreactor has been prepared using covalent bonding or metal-ion chelating method.

  本论文利用熔融石英毛细管为载体，制备了共价键合及金属螯合两种蛋白质水解酶固定化微反应器。

• a combined system of immobilized enzyme reactor and ion exchange column was employed for hydrolysis of penicillin g to 6 -aminopenicillanic acid with continuous removal of phenylacetic acid .

  采用固定化青霉素酰化酶反应器进行青霉素g水解生产6-氨基青霉烷酸，同时与离子交换柱相组合以连续地去除苯乙酸而维持反应混合液中的低苯乙酸浓度。

• by the measurement of cyclic voltammetry, current, electrochemical impedance, and other means, the initial effects of nanotechnology in the immobilized enzyme were explored in the role.

  通过测试电极的循环伏安、电流、电化学阻抗等手段，初步探讨了纳米效应在固定化酶中所起的作用。

• immobilized enzyme is the soul of the enzyme engineering, which advances the enzyme technology level.

  固定化酶技术是酶工程的核心技术之一，它将酶工程提高到一个新水平。

• the preparation of immobilized enzyme for producing fructooligosaccharide (fos) from sucrose was investigated.

  本文对以壳聚糖为载体制备蔗果低聚糖的固定化酶进行了研究。

• and then try to exam the immobilization yield of the immobilized enzyme, and the enzyme activities of immobilized enzyme and free enzyme to demonstrate some characters of immobilized enzyme.

  然后测定固定化酶的固载率，游离酶和固定化酶的活性，从而确定固定化酶的部分性质。

• the latest advances on the immobilized enzyme reactor and its applications in proteomic study were reviewed. some commonly used inorganic and organic polymer materials were described in details.

  综述了近年来国内外酶固定化载体的研究进展，侧重于无机材料和有机聚合物材料上的固定化酶方法；

• the prepared immobilized enzyme can be used as bio-recognition element for rapid detection of pesticide residues.

  制备的固定化酶可在用于农药残留快速检测的酶传感器中作为生物识别元件使用。

• the results demonstrate that the multi-layer immobilized enzyme reactor has high efficiency, good reproducibility and stability, and can be further applied in proteomics study.

  实验结果表明，所制备的固定化酶反应器获得了较高的酶解效率，并且具有良好的重现性和稳定性，可用于蛋白质组学的研究。