《药物合成反应》课程教学大纲课程基本信息(Course Information )* 课程代码( Course Code)PM342 *学时(Credit Hours)34 * 学分(Credits)2 *课程名称(Course Name)药物合成反应Organic Reactions for Drug Synthesis 课程性质(Course Type)专业选修课 (Selective Course) 授课对象(Audience )药学、化学本科生(Undergraduates of Pharmacy or Chemisty discipline) 授课语言(Language of Instruction)中文 (Chinese) * 开课院系(School)药学院 (School of Pharmacy) 先修课程(Prerequisite)有机化学 (Organic Chemistry) ;无机化学 (Inorganic Chemistry) ;物理化学 (Physical Chemistry) * 授课教师(Instructor )姜发琴 (Faqin, Jiang) ;谢东升 (Dongsheng Xie) 课程网址(Course Webpage) 无(NO) *课程简介 (Description )《药物合成反应》为药学本科专业选修课程,授课对象为本科三年级学生,开课时间为第5 学期。课程主要讲述药物合成的主要单元反应:卤化、烃化、酰化、缩合、重排、氧化、还原反应及合成设计原理。课程可以帮助学生在学习有机化学及相关课程后,系统地掌握药物制备中所应用的有机合成反应和药物合成设计原理,培养学生在实际药物合成工作中的观察分析、思维理解和独立解决问题的能力。*课程简介 (Description )Organic Reactions for Drug Synthesis is a selective course for undergraduates majoring in pharmacy during the 5th semester. It will teach the students the main organic reactions, including halogenation, alkylation, acylation, condensation, oxidation, reduction, and rearrangement reaction, and the principle of synthesis design. It will help learners to understand the reaction mechanisms, to master commonly used reaction conditions, and, in the end, to be able to apply appropriate organic reactions and design reasonable synthetic routes in the preparation of drug molecules. 课程教学大纲(course syllabus)*学习目标 (Learning Outcomes)通过本课程的学习,学生应达到下列基本要求:1.掌握重要的药物合成反应的反应机理,反应的基本条件和应用范围;(A5.3和C6)2.掌握药物合成反应中...