药学专业英文课程简介

课程简介

高等数学

培养学生掌握经典数学和近代数学基本概念，基本原理及解题方法，会建立数学模型，用数学方法解释自然规律

Cultivate students to master the classical and modern mathematic basic concepts, basic principles and the methods of solving problems. Be able to establish the mathematical models and to explain laws of nature with mathematical methods.

数理统计

包括概率论基本知识、统计学重要概念与方法、正交试验设计等内容。注重其在医药学科里的应用。

Including basic knowledge of probability theory, important concepts and methods of statistics, orthogonal experiment design, etc. Paying more attention to the applications in medicine and pharmacology.

无机化学

包括化学反应的基本规律，物质结构基础，元素化学等内容。为学习有关课程提供理论基础，并为以后从事药物合成、药物分析、药物制剂等方面的工作打基础。通过运用化学基本原理去理解医药学中的化学实际问题。

Including the basic laws of chemical reactions, the basic structure of the matter, elemental chemistry etc. Providing the theoretical foundation to learn the other courses and works in drug synthesis, drug analysis, pharmaceuticals for the future. Using chemical basic principle to understand the chemical problem in medicine and pharmacology.

大学物理

以经典物理和近代物理的基础知识和基本理论，以及物理学在科学技术上的应用为内容。研究物质的基本结构、相互作用和物质最基本最普遍的运动形式及其相互转化规律。Including foundation knowledge and basic theories of classical physics, modern physics and its application in science and technology. Research the basic structure and interaction of material, the most fundamental and most common forms of motion and the rules of their mutual transform.

有机化学

包括各类有机化合物的命名，性质，用途，制备方法，各类官能团特性，各种类型有机反应的反应机理，反应条件，影响因素，应用范围等。

Including naming, property, utility, preparation method of organic compounds;the properties of various functional group;the mechanism, the reaction conditions, influence factors and application range of various types of organic reaction, etc.

生理学

是以生物机体的生命活动现象和机体各个组成部分的功能为研究对象的一门科学。从整体水平、器官和系统水平、细胞和分子水平这三个水平揭示机体的功能活动规律。

It is a science based on the phenomenon of organisms life activity and the function of each component of the body. Revealing the body function rules from the overall level, organic and systemic level, cellular and molecular level.

分析化学

包括数据处理与质量保证、滴定分析法、重量分析法、吸光光度法、分离与富集方法等。让学生能够运用化学平衡的理论和知识，处理和解决各种滴定分析法的基本问题，包括滴定曲线、滴定误差、滴定突跃和滴定可行性判据，掌握重量分析法及吸光光度法的基本原理和应用、分析化学中的数据处理与质量保证。

Including the data processing and quality assurance, titration method, weight analysis, spectrophotometric method, separation and enrichment methods. Students can use the chemical equilibrium theory and knowledge to resolve various basic problems of titration method, including titration curve, titrate error, acid-base titration jump and titration feasibility criterion, to master basic principle and application of weight analysis and spectrophotometric method, data processing and quality assurance of analytical chemistry.

物理化学

介绍化学热力学、统计热力学、化学动力学、电化学、界面化学和胶体化学的基本原理、方法及其应用。系统地掌握物理化学的基本知识和基本原理，加深对自然现象本质的认识。

Introduce basic principle, method and application of chemical thermodynamics, statistical thermodynamics, chemical kinetics, electrochemical, interface chemical and colloidal chemistry. Systematically master the basic knowledge and basic principle of physical chemistry, deepen our understanding of the essence of natural phenomena.

药理学

掌握药理学，药效学，药物作用，量效关系的基本概念及临床意义，掌握药物与受体作用的有关基本概念。掌握常用药物的药理作用、临床应用及主要不良反应，了解药物的作用机制。Master basic concepts and clinical significance of pharmacology, pharmacodynamics, drug interactions and dose-response relationship, grasp relevant basic concepts of the action between drugs and receptor. Mastering pharmacological functions, clinical applications and major adverse reaction of commonly used medicine, understanding the mechanism of drug action.

药物化学

药物化学是一门发现与发明新药、合成化学药物、阐明药物化学性质、研究药物分子与生物大分子之间相互作用规律的综合性学科。主要研究化学药物的化学结构特征、理化性质、稳定性状况，同时又了解药物进入体内后的生物效应、毒理作用及药物进入体内的生物转化等内容。

Medicinal chemistry is a subject which discoveries and inventions drugs, syntheses chemicals, clarifies the chemical property of medicine, researches the law of interactions between drug molecules and biological macromolecules. The main research is chemical structure characteristics, physical and chemical properties and the stability of chemical medicines, also understand biological effect, the toxicological effects and biological transformation of drugs within the body, etc.

生物化学

在分子水平上阐明生命现象，包括生物体的化学组成、结构及功能，物质代谢及其调控，遗传信息的贮存、传递与表达；细胞间信息传递等生命科学内容。

Clarify life phenomena at the molecular level, including chemical composition, structure and function of organism, material metabolism and its regulation, the storage, transfer and expression of genetic information, intercellular information transfer and other life science content.

药物制剂

主要内容包括药物制剂的基本理论、基本剂型及其制备与质量标准、制剂单元操作、制剂新技术新剂型。

The main contents include the basic theories, basic formulations, preparation and quality standards of pharmaceutical preparation, preparations unit operation, new technology and new dosage form of preparation.