1. Suitable biocatalysts include microorganisms of the Rhodococcus genus.
适合的生物催化剂包括红球菌属的微生物。
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2. The research activities take advantage of the selectivity and reactivity of biocatalysts for unique transformations.
这项研究利用了生物催化剂对特殊转变的选择性和反应活性。
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3. The stereoselectivity of biocatalysts is one of their major advantages and has fueled widespread research on enzymes for c-c coupling.
生物催化剂的立体选择性是它们的主要优势之一，用酶催化c—c键形成已引起了广泛关注。
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4. In this paper, the principle, classification and applications of immobilization of biocatalysts with membranes were introduced and rev...
本文介绍并综述了膜固定化生物催化剂的原理、方法分类和应用。
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5. Enzymes are highly specific biocatalysts , functioning at high conversion rates under mild physiological conditions in aqueous solutions .
酶是高度特异性的生物催化剂，在水溶液这一温和的生理条件下能停止高效转换。
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6. As biocatalysts, enzyme is characterized in high catalytic efficiency, high specificity, mild reactive conditions and controllable activity.
酶作为生物催化剂，具有高催化效率，专一性强，反应条件温和及酶活性可以调控。
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7. In this paper, the principle, classification and applications of immobilization of biocatalysts with membranes were introduced and reviewed.
本文介绍并综述了膜固定化生物催化剂的原理、方法分类和应用。
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8. The preparation techniques for galacto-oligosaccharide with free enzyme, immobilized enzyme and whole cell as biocatalysts are introduced in…
从游离酶、固定化酶和完整细胞等角度，详细介绍了低聚半乳糖的制备技术及其生产现状与前景。
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9. Biocatalysts -enzymes are well known for their ability to carry out chemical reactions with high selectivity and high efficiency under ambient conditions.
10. The new progress in diesel oil biodesulfurization, including bioreaction mechanisms, bioreactor, separation technology, especially biocatalysts was introduced.
介绍了柴油生物脱硫机理、 生物反应器及乳化液相分离，特别是生物催化剂等方面研究的最新进展。
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11. Accordingly, the metagenome-based strategy has led to isolation of many novel biocatalysts, such as esterase, lipase, protease, oxidoreductase, nitrilase and amylase.
12. Biochemical processes, thermodynamics, and kinetics are used in the application of engineering principles to analyze, design, and develop processes using biocatalysts.
应用生化过程、热力学和动力学等的工程学原理，用以分析、设计并改进利用生物催化剂的生产过程。
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13. Extremophiles have potential applications in food, chemical, pharmaceutical industries and environmental biotechnology fields owing to their unique properties and biocatalysts.
14. Chiral alcohols are important building blocks for drug synthesis. The asymmetric reduction of carbonyl compounds with biocatalysts is an important method for producing chiral alcohols.
手性醇是药物合成的重要手性砌块，利用生物催化剂不对称还原羰基化合物是手性醇制备的重要方法。
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15. Chiral alcohols are important building blocks for drug synthesis. The asymmetric reduction of carbonyl compounds with biocatalysts is an important method for producing chiral alcohols.
