- 更多网络例句与生物催化剂相关的网络例句 [注：此内容来源于网络，仅供参考]
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Since C6 and higher alcohols are not obtainable by a direct biochemical route, it is proposed to synthesize these using known chemical reactions, wherein the raw material for synthesis is biogas and lower C2-C5 alcohols obtained by the inventive method wherein the amino acids leucine, isoleucine, and valine, or a mixture thereof, optionally obtained from yeast autolysate, is used as a biocatalyst at the stage of fermentation.
因为C6和更高级醇类不能通过直接生物化学途径制得，所以提出用已知的化学反应合成这些化合物，其中合成的原料为本发明方法制得的生物气和C2-C5醇类，其中任选从酵母自溶作用得到的亮氨酸、异亮氨酸和缬氨酸或其混合物的氨基酸在发酵阶段用作生物催化剂。
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Utilizing biological technique on modification of them was emphasized and the choices of reaction. activity and biocatalyst by biological method were introduced.
重点介绍了生物技术方法对其改性的优越性及在生物改性过程中反应介质、水活度、生物催化剂选择上所面临的挑战。
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New progress of the biological desulfurization technologys were introduced in this paper, including "4S" desulfurization pathway, performance of biocatalyst and improvement of bioreactor.
本文介绍了生物脱硫技术的应用进展，包括"4S"脱硫途径、生物催化剂性能及其生化反应器的改善等，并对生物脱硫技术的应用前景进行预测分析。
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In this paper, the progresses of researches and applications of the immobilized lipase and whole cell biocatalyst in the production of biodiesel,glycerine recycling and new craft of catalyst regeneration are summarized.
本文综述了固定化脂肪酶，全细胞生物催化剂在生物柴油制备中研究应用的新进展。关键词：生物柴油；固定化脂肪酶；全细胞生物催化剂
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Reductive conversion of geraniol to citronellol is adopted as a model reaction, and several factors in the reaction are discussed using gas chromatography method. The influence of n-hexane and butyl acetate, as organic solvents, on biocompatibility was studied; the influence of methanol, ethanol, glycol, n-butanol and 1-hexanol, as energy substance, on the transformation efficiency was compared, respectively; the catalysis capabilities of Baker's yeast, XST-KO yeast, LP yeast, alcohol yeast, dry yeast, Saccharomyces cerevisiae, Angel yeast and Meishan yeast were discussed. It has been proved that biocompatibility of n-hexane are much better than that of butyl acetate, and the hexane has been demonstrated the most effective in terms of the influence on biotransformation, Baker's yeast has shown the highest tranformation efficiency among the eight yeast strains.
以香叶醇转化为香茅醇作为模型反应，通过气相色谱法进行定性和定量分析研究了影响该有机相生物转化反应的几个基本因素，考察了两种有机溶剂正己烷和乙酸丁酯对生物相容性的影响，选用甲醇、乙醇、乙二醇、正丁醇和l-己醇分别作为能量物质进行实验，比较其对转化的影响并探讨了Baker's酵母、XST-KO酵母、LP酵母、酒精酵母、假丝酵母、干酵母、安琪酵母和梅山酵母八种不同酵母作为生物催化剂对模型反应的催化能力，结果表明，正己烷作为有机溶剂，其生物相容性明显好于乙酸丁酯，更加有利于该生物转化反应进行；乙二醇作为能量物质，该模型反应转化率最高；而 Baker's酵母作为生物催化剂，对该模型反应的催化能力最强，最适合作为该模型反应的催化剂。
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In aqueous two phase system, the bioreaction is integrated with product seperation.
双水相生物反应体系将生物反应与产物分离集成为一体，解决了传统生物反应过程中产物和副产物抑制、产率低、分离工艺复杂、生物催化剂难以回收等问题。
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The invention uses low cost grease which are mainly waste resources such as the unedible Jatropha curcas seed oil, the waster oil in the restaurant industry and the acid value oil, etc. as raw materials, thereby enlarging the material sources; because the Rhizopus chinensis CCTCC M201021 full cell lipase which is extremely low in cost is used as the catalyst, the problem of high price catalyst is effectively resolved; the toxic action of the alcohol on the biological catalyst is resolved by the batching fed-batch the short chain alcohol, thereby improving the conversion rate of the short chain alcohol.
本发明以廉价油脂为原料，主要是非可食用性的麻疯籽油以及餐饮业废油、酸价油等废物资源，扩大了原料的来源；采用价格极其低廉的华根霉全细胞脂肪酶作为催化剂，有效地解决了催化剂价格高昂的问题；分批流加短链醇以解决醇对生物催化剂的毒害作用，提高短链醇转化率。
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Research activities also include synthesis and modification of biological-relevant intermediates, cofactors and their corresponding analogs, for elucidation of enzymatic mechanisms.
具体内容包括生物催化体系关键中间体和辅助因子及其类似物的化学合成和修饰；生物催化体系的重建；酶催化反应的机理和生物催化剂工程等。
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The characteristics, status of production and application, developing prospects, technical headways and problems in industries of biological catalyst,biological fertilizer,biological environmental protection and traditional biochemicals were discussed.
探讨了生物催化剂、生物化肥、生物环保及传统生化产品等行业的特点、生产应用状况、开发前景、技术进展及存在的问题。
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The characteristics, status of production and application, developing prospects, technical headways and problems in industries of biological catalyst, biological plastic, biological pesticide, biological fertilizer, biological oil refining, biological environmental protection and traditional biochemicals were also discussed.
结合生物工程的发展趋势，概述了生物技术在石油化学工业的应用领域，探讨了生物催化剂、生物塑料、生物农药、生物化肥、生物炼油、生物环保及传统生化产品等行业的特点、生产应用状况、开发前景、技术进展及存在的问题。
- 更多网络解释与生物催化剂相关的网络解释 [注：此内容来源于网络，仅供参考]
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bioblast：原生粒
\\"生物鉴定;生物鉴视法\\",\\"bioassay; biological assay\\" | \\"原生粒\\",\\"bioblast\\" | \\"生物催化剂;酶\\",\\"biocatalyst; enzyme\\"
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biocatalyst：生物催化剂
酶作为生物催化剂(biocatalyst)与化学催化剂相比具有更多的优点,它催化条件温和,一般在近于中性酸碱度的水溶液中和室温条件下催化反应,具有极高的催化效率和反应速度,通常可比化学催化的反应高1010倍;
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biocatalyst：生物触媒
所谓生物触媒(biocatalyst),是指生命体中特定的催化剂,能对某些特殊分子作用而不受他种物质干扰. 如酵素与基质、抑制剂之间即是明显的例子. 而所谓转化器(transducer)是指将生物触媒与特定的分子反应后产生的变化讯息,转变为可以处理的电子讯号,
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biocatalyst：生物触媒;生物催化剂
biobate 人造柔皮剂 | biocatalyst 生物触媒;生物催化剂 | biocerin 蜡杆菌霉素;大杆菌素
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biocatalyst：生物催化剂;生物触媒
"生物催化(作用)","biocatalysis" | "生物催化剂;生物触媒","biocatalyst" | "生物群集","biocenosis"
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immobilized biocatalyst：固定生物催化剂
immobilization 固定 | immobilized biocatalyst 固定生物催化剂 | immobilized enzyme 固定酶
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biocatalyst; enzyme：生物催化剂;酶
\\"原生粒\\",\\"bioblast\\" | \\"生物催化剂;酶\\",\\"biocatalyst; enzyme\\" | \\"生化的\\",\\"biochemical\\"
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biocatalyst,biocatalyzer：生物催化剂
bioassay 生物测定,活体检定 | biocatalyst,biocatalyzer 生物催化剂 | biocell 生物电池
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biocatalyzer;biocatalyst：生体催化剂
"生体催化剂;酵素;酶","biocatalyst;biocatalyzer;enzyme" | "生体催化剂;","biocatalyzer;biocatalyst" | "生物群集学;生物社会学;生态学","biocenology;biocenotics"
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Biochemical analysis：生物化学分析
biocatalyzer 生物催化剂 | biochemical analysis 生物化学分析 | biochemical genetics 生化遗传学