STR体外酶活性分析采用间接荧光法检测色胺在反应体系的消耗。
In vitro, STR enzymatic assay was measured indirectly by fluorimetrically detecting depletion of tryptamine feeding on secologanin in the reaction mixture.
这种反应体系收率高，溶剂容易回收。
The reaction system has high yield and easy recovery of a solvent.
该反应体系的灵敏度和特异度均为100%。
The sensitivity and specificity of this reaction system are both 100%.
本文讨论了多组分反应体系的动力学集总方法。
采用有机试剂溶液检验了反应体系的光催化性能。
The properties of photocatalytic system were detected by organic reagent solution.
对复杂反应体系的反应—分离集成问题进行了研究。
The reaction separation integration for complex reactions was studied in this paper.
在该反应体系中质子迁移过程反应活化能不高，也是能发生的。
In the reaction system, the activation energy of the proton transfer process is not very high, and it can also happen.
古玉在长期的埋藏过程中，处于土壤及土壤水的溶解反应体系中。
The ancient jade has been in a dissolution reaction system of soil and soil-water in its long burial process.
对照实验和空白实验结果表明，该反应属于一个多相催化反应体系。
The results of control experiment and blank experiment show that the target reaction is heterogeneously catalyzed one.
反应过程中应用滴定或中和度的方法控制碱度，保证反应体系的均一。
Titration or neutralization degree method is used to control the alkalinity and insures the uniform of reaction system.
在电化学反应体系中，通常水溶液、有机溶液及熔融盐被用作电解质。
Traditionally, aqueous solution, organic solution and molten salts are used as electrolyte for electrochemical reaction.
综述对脂肪酶催化合成生物表面活性剂工艺路线、反应体系及操作参数。
The technical routes, reaction systems and operational parameters of producing biosurfactants with lipases were described in this review.
结论优化的RAPD反应体系是保证实验结果稳定可靠的重要因素之一。
CONCLUSIONS the optimal RAPD reaction system is one of the most important factors for stable and reliable experimental results.
对利福霉素B氧化生成利福霉素o的反应体系和操作条件进行了实验研究。
The reaction system and operation conditions for the oxidation of rifamycin B to rifamycin o were studied.
在相转移催化反应体系中，超声能够取代相转移催化剂，使反应顺利进行。
Ultrasound may replace phase transfer catalysts in phase transfer catalysis reactions and facilitate the reaction.
计算结果表明：对含中间产品的复杂反应体系，存在反应—分离循环圈的现象；
The results showed that there is the reaction separation circular loop phenomenon for complex reaction systems including intermediates.
微波与化学反应体系相互作用中是否存在非热效应，这是一个争论不休的问题。
It is in question whether athermal effect exists in the interaction between microwave and chemical reaction system.
方法应用单因素设计和反应曲面设计(rsd)进行RAPD反应体系的优化。
Methods The optimum reaction systems of RAPD were obtained by single factor design and response surface design (RSD).
研究了酸度、温度、时间、离子强度、不同类型蛋白质等对该反应体系的影响。
The influences of acidity, sodium chloride concentration, temperature, reaction time and other proteins on the interaction have been investigated.
介绍了沸石分子筛固体酸和固体超强酸的结构特征及其在酯化反应体系中的应用。
The structural character of zeolite solid acid and zeolite solid-Superstrong acid and their application in esterification reaction systems are presented.
利用化学势的概念，导出气相、液相和复相化学反应体系的热力学平衡常数表示式。
Thermodynamic equilibrium constants of chemical reactions which involve gaseous phases condensed phases and complex phases are strictly deduced in terms of chemical potential.
结论CTAB法及黄连药材的RAPD反应体系可以用于黄连药材的RAPD分析。
Conclusion CTAB Method and RAPD reaction system can be used to RAPD analysis in Rhizoma Coptidus.
原因应该是由于单体活性不足造成在反应体系中的积累，从而影响了对反应的控制。
The reason is that the reaction control is effected by the accumulation of the less monomer activity in the reaction system.
讨论了单体与氧化剂的比例、反应体系的温度以及聚合反应的时间对聚合产物的影响。
Polymerization conditions, including molar ratio of aniline to APS, temperature of the reaction system and reaction time, were discussed.
催化精馏技术应用于酯化反应体系，提高了反应的转化率、原材料利用率和产品收率。
The conversion, the utilization rate of raw materials and the product yield of esterification reactions are raised by applying the catalytic rectification process.
石油加工过程中存在大量的复杂反应体系，建立这些过程的分子级的动力学模型十分困难。
The establishment of reaction kinetic models on molecular scale is very difficult for many complex reaction systems existing in petroleum processing.
对RAPD反应条件和程序逐个进行筛选，建立了最适宜的RAPD反应体系和反应程序。
RAPD reaction was carried out and programs were filtrated one by one, Optimal PCR conditions and programs were developed.
着重介绍了国外丙烯环氧化的胶团催化技术，包括胶团催化机理、反应体系设计以及工艺开发。
The epoxidation of propylene by micellar catalysis, including the study on reaction mechanism, the design of micellar catalysis system and its process development, were mainly introduced.
为了研究微波与化学反应体系的相互作用，关键是对化学反应体系的等效复介电常数进行研究。
The key problem is to obtain the effective permittivity of chemical system when we study the interaction between microwave and chemical reaction.
介绍了两种典型的钯基膜反应器结构模型和它们在加氢、脱氢及氢转移反应体系中的应用情况。
Two kinds of palladium based membrane reactor models and their applications in hydrogenation, dehydrogenation and hydrogen transfer reactions are introduced.
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