应用化学

The contents are mainly divided into three parts: The first part describes mechanism and metabolism rule of natural products and its classification ; The second part is about the growth and development of plants and their mutual relationship, natural biological active substances which are produced in the course of defending plant diseases and insect damages. The third part is not only the function and principle of medicine, anticancer and antioxygen activity of different kinds of natural products such as resin ,essential oil, high molecule, grease and so on but also their application. The fourth is security problem of Plant Natural Products. Through the lessons, we can correctly understand and use the relationship between plants and environment.

其课程分为13章，内容主要分为4大部分，一是阐述植物天然产物的发生机理和代谢规律，介绍相关主要植物种类，并对天然产物进行化学分类；二是讲述植物天然产物和自身生长发育之间的关系、天然产物如何影响植物之间的相互关系、以及植物如何利用天然生物活性物质抵御病虫害的威胁；三是详细描述了各种天然产物，如植物自身生长发育过程中所产生的活性物质、植物与其它生物之间的相互关系中所产生的生物活性物质、植物毒性物质、植物药理活性物质、植物抗生物质、植物树脂、植物精油、植物高分子、植物油脂、植物抗氧化活性成分等，并阐述它们的药理活性、抗癌性、抗氧化性等对人类健康起作用的的功能和原理；四是提出了植物天然产物的安全性问题，并介绍相关案例和介绍相关法规；在此基础上还专门讲述了树脂、精油、高分子、以及油脂类等天然产物的应用。

This method is more accurate than the conventional ventilatory volume approach and more comprehensive than EMG of diaphragm. It can be used to measure respiratory regulation function in normal and morbid state, and in the study of apneustic center chemical sensitivity and output variable under chemical and mechanical load.

该方法比通常使用的通气量法准确，比心膈肌电图法反映全面，可广泛应用于人在正常和疾病状况下呼吸调节功能的测量，也可用于化学性及机械性负荷条件下对呼吸中枢化学敏感性及输出变量变化的研究。

But chemical moderns mordants such as alum are popular today. Alum is sold in many stores. It is often makes it mixed with cream s of toto t artar, a of fine pow er der commonly used in cooking.

但现在化学媒染剂已应用得非常普遍，比如明矾，在很多商店都可以买到，它经常会和烹饪中常用的细粉――酒石浆混和在一起。

Enzyme as a biological catalyst is very sensitive to the environment , physical, chemical and biological factors.In the other hand it is difficult to purify from the reaction products. What's more it can not make a continuous operation.All those astrict the reaction.Under this condition, enzyme immobilization was put forward and developed.

酶作为一种生物催化剂，对环境十分敏感，易受物理、化学和生物等因素的影响而失活，而且反应后混入产品，纯化困难，不能实现连续操作，这些难以克服的现象大大限制了酶促反应在工业中的应用，在这种条件下，固定化酶的概念和技术得以提出和发展。

Silver behenate nanocrystals with a diameter of 50~100nm, were first prepared by chemical precipitation in a water tert-butyl alcohol mixed solvent.

本文详细考察了影响山嵛酸银晶体生长的因素，研究了山嵛酸银晶体的形成机理，首次通过化学沉淀法在水-醇混合溶剂中制备出粒径为50~100nm的山嵛酸银晶体，进一步研究了山嵛酸银的热行为以及热分解机理，考察了山嵛酸银纳米晶体在热敏成像体系及制备银薄膜方面的应用。

As is Well known,physical beneficiation of coal has been widespread applied while chemical one is under the way.

物理洗选早已得到广泛应用，而化学净煤尚在研究开发中。

Its derivatives such as trifluoromethyl benzotriazole are widely used in biochemistry, medicine, pesticides and other areas.

其衍生物如三氟甲基苯并三氮唑等在生物化学、医药、农药等领域得到了广泛的应用。

The well-known and widely prevalent 'Biochemic' therapeutic system uses just twelve salts to cure any and every disease.

皆知和广泛普遍生物化学治疗系统应用12种盐治疗任何和每种疾病

Biomagnetic separation technique based on using magnetic nanostructured microspheres is one of the research interests in the fields of biology and medicine.

以纳米磁结构的微球为载体建立起来的生物磁分离技术是当前生物与医学领域的研究热点之一，根据应用要求对该载体进行结构的设计与制备也是化学和材。。。

The courses in this academic program are political theory, foreign languages, applied computational technology, experimental biology, microbiology, molecular biology, genetic engineering, bioseparation engineering, bioreaction engineering, chemical thermodynamics, mass transfer, chemical process simulation, pharmacology, preparation of finished traditional Chinese medicines, pharmaceutical chemistry, GMP in pharmaceutical industry, liquid-to-liquid extraction, pharmaceutical properties measurement and quality control, pharmacy administration, etc.

研修的主要课程有：政治理论课、外语课、数值分析、计算机应用技术、现代生物学与技术实验、现代微生物学、分子生物学、基因工程、生物分离工程、生物反应工程、化工热力学、化工传递过程原理、化工过程模拟、药理学新进展、中成药的制备、药物化学的进展、制药工业的 GMP、液液萃取基础、药品性能检测与质量控制、药业管理学等。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。