苏州大学医学部药学院
教 案
课程名称: | Pharmaceutics |
授课对象: | 2017级药学全英文班 |
授课学时: | 72 |
教材版本: | Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System (第9版) |
主讲教师: | 崔京浩、陈华兵、邓益斌、丁大伟 |
苏州大学医学部药学院制
2020年2月24日
授课教师:崔京浩授课日期:2020.2.24
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 1. Introduction to Drugs and Pharmacy | 授课时间 | 200分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1掌握:pharmacopoeia, central features of a typical drug monograph 2熟悉:Pharmaceutical care, 3了解:drug regulation and control laws, the Code of Ethics for Pharmacists and Pharmaceutical Scientists. (二)技能(能力)目标: 通过课堂学习和自学,了解药典、药物管理法规、药学监护以及伦理学等内容。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的与本章内容(5min)、药剂学的重要性(10min)、剂型概念(15min)、纳米药物发展动态(15 min)、提问与讨论(5min); 2 药物发现与开发过程(10min)、给药剂型与给药途径(20min)、影响药物治疗的因素(15min)、提问与讨论(5min); 3 药物辅料(10min)、药物稳定性(10min)、药学史(5min); 4 药物标准(5min)、国内外药典(15min);药物管理相关法规(10min); 5 药物监护(10min)、药学研究与实践中的伦理学要求(15min),提问与讨论(15min)。 | |||
三 教学重点与难点 | |||
1教学重点 (1)Pharmacopoeia,central features of a typical drug monograph; (2)Pharmaceutical care,drug regulation and control laws; (3)The Code of Ethics for Pharmacists and Pharmaceutical Scientists. 2教学难点 (1)Pharmacopoeia的内容与应用; (2)Pharmaceutical care和drug regulation and control laws的含义与内容。 | |||
四 教学方法选择 | |||
A.多媒体教学:结合教材与文献资料,整理归纳药物、药物制剂、剂型、药学监护、药典的来源、各种法规的来龙去脉以及药学实践与研究中的伦理学规定,采用得更为生动鲜活的案例介绍, B.互动教学: (1)通过药物制剂与给药方法,使学生了解药剂学的内容与药物治疗中的必要性;—案列介绍 (2)介绍美国药典和中国药典收载的特定药物,使学生了解其差异;—课堂讨论 (3)通过药物治疗中出现的问题,使学生了解药物管理法规的重要性;—课堂讨论 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
1 Group activity: Develop a comparison chart of the drug regulations and control laws in China. 2 Individual activity: Describe the evolution of the ChP and the NF since its inception up to current date. 3 Individual activities: Chinese drug regulation and control? 4举例说明主要内容和意义:我国药师职业道德规范? | |||
七 学习资源、课外自主学习参考 | |||
1国家药品监督管理局(NMPA)官网:https://www.nmpa.gov.cn/ 2校图书馆—中国知网(国内药学相关期刊):药学学报,中国药学杂志,中国新药杂志,中国医药工业杂志,中国医院药学杂志等。 |
授课教师:崔京浩授课日期:2020.2.28
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 2 New Drug Development and Approval Process | 授课时间 | 100分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1. 掌握:Investigational new drug (IND) application from a new drug application (NDA), phase I, phase II, phase III, and phase IV clinical trials定义; 2. 熟悉:IND和NDA区别; phase I, phase II, phase III, and phase IV clinical trials区别; 3. 了解:IND和NDA的主要研究内容; phase I, phase II, phase III, and phase IV clinical trials的主要研究内容。 (二)技能(能力)目标: 通过课堂学习和自学,提高对新药研究过程的理解。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的与本章内容(5min)、新药研究与开发内容(5min); 2 新药发现与设计(5min)、药物来源(5min)、药物发现的方法(5min)、前体药物(2min)、新药的定义(3min)、药理学评价(2min)、药物代谢研究(5min)、安全性评价(3min); 3 新药研究中的处方前研究(15min)、临床前研究(IND,15min)、临床研究(NDA,15min); 4 ICH指南与讨论(15min)。 | |||
三 教学重点与难点 | |||
1. 教学重点 (1)IND、NDA的定义与研究内容; (2)临床研究不同阶段的研究重点。 2. 教学难点 (1)新药研究发现的方法; (2)临床研究的方法与差异。 | |||
四 教学方法选择 | |||
A. 多媒体教学: 通过重点介绍案例,使学生了解新药研究与开发的基本方法及一般思路。 B. 互动教学: 拟举例2~4个药物研究开发的案列,包括肠溶性阿司匹林、胰岛素、亮丙瑞林缓释微球、紫杉醇白蛋白纳米粒等。 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
1. Within the last 1 years, identify a drug that was given a treatment IND, a drug approved for an SNDA, a drug that was approved for an ANDA, and an example of a drug that was withdrawn from its IND.(in China) 2. Draw a timeline of the steps taken for a drug to gain approval after an IND is submitted to the CFDA. | |||
七 学习资源、课外自主学习参考 | |||
1国家药品监督管理局(NMPA)官网:https://www.nmpa.gov.cn/ 2校图书馆—中国知网(国内药学相关期刊):药学学报,中国药学杂志,中国新药杂志,中国医药工业杂志,中国医院药学杂志等。 |
授课教师:崔京浩授课日期:2020.3.2
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 3. Current Good Manufacturing Practices and Current Good Compounding Practices | 授课时间 | 100分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1掌握:cGMP的定义与意义; 2熟悉:cGMP的主要内容。 (二)技能(能力)目标: 通过本章的学习,提高对cGMP认识及在药物生产中的重要性。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的与本章内容(5min)、药品生产质量控制体系的必要性和验证与影响因素(25min); 2 cGMP的主要内容(60min)、cGMP的补充管理规定与讨论(10min) | |||
三 教学重点与难点 | |||
1教学重点 (1)cGMP的定义,与GMP的区别,重要性; (2)cGMP的主要内容。 2教学难点 cGMP的内容、cGMP验证方法等。 | |||
四 教学方法选择 | |||
A.多媒体教学: 通过视频,使学生了解已通过GMP认证(cGMP)的制药企业的管理、生产、环境等。 B.互动教学: 拟采用翻转课堂,促使学生了解国内GMP的实施情况。 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
1为什么实施cGMP? 2制药企业的cGMP验证重点是什么? | |||
七 学习资源、课外自主学习参考 1国家药品监督管理局(NMPA)官网:https://www.nmpa.gov.cn/ 2校图书馆—中国知网(国内药学相关期刊):药学学报,中国药学杂志,中国新药杂志,中国医药工业杂志,中国医院药学杂志等。 3国内外药学院校的相关介绍。 |
授课教师:崔京浩授课日期:2020.3.3,3.6
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 4 Pharmaceutical and Formulation Considerations | 授课时间 | 200分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1掌握:Rationality and properties of preparing various dosage forms;the main mechanism of drug degradation and stabilization methods as well as the calculation of drug degradation kinetic parameters; 2熟悉:The content of preformulation research in dosage form design; 3了解:The pharmaceutical excipients。 (二)技能(能力)目标: 通过课堂学习和自学,提高对药剂学的认识、药物制剂的特点、稳定性相关理论及其应用。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的与本章内容(5min)、药品设计应考虑的因素(5min)、影响药效的生理学因素(10min)、药物制剂的必要性(10min)、制备药物制剂的意义(10min)、药物制剂设计时一般考虑(5min)、影响药物制剂设计的因素(5min); 2 处方前研究内容与方法(50min); 3 药物与药品的稳定性及相关机制,水解、氧化、动力学相关计算(45分钟)、讨论(5min); 4 提高稳定性的方法、稳定性试验方法、药用辅料(45分钟)、讨论(5min)。 | |||
三 教学重点与难点 | |||
1教学重点: (1)药物制剂的必要性、处方前研究;(2)药物的稳定性相关理论 2教学难点: (1)处方前研究中的相关技术与具体方法;(2)基于药物降解机制的稳定化方法。 | |||
四 教学方法选择 | |||
A.多媒体教学:基于教材,结合国内外新药研究最新进展与法规动态,整合凝练出授课PPT,以提高学生对处方前研究的理解。 B.互动教学:丰富课堂讨论,串连知识体系,结合翻转课堂,促进学生对新药研究中处方前研究、稳定性研究的理解。 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
1完成教科书Individual activities 2, 3 2 List Stability Testing method 3复习教科书PPC举例1~6. | |||
七 学习资源、课外自主学习参考 | |||
1国家药品监督管理局(NMPA)官网:https://www.nmpa.gov.cn/中的新药研究相关技术指南(药学研究、稳定性研究)。 2校图书馆—中国知网(国内药学相关期刊):药学学报,中国药学杂志,中国新药杂志,中国医药工业杂志,中国医院药学杂志等。 3国内外药学院校的相关介绍。 |
授课教师:崔京浩授课日期:2020.2.24
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 5. Biopharmaceutical and Pharmacokinetic Considerations | 授课时间 | 300分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1掌握:The mechanisms of drug absorption from pharmaceutical dosage forms,the relationship between drug dissolution and absorption. 2熟悉:The physicochemical characteristics of a drug that affect its dissolution from various dosage forms. 3了解:The relationship between PK study and drug development, dosage form design and PK principles. (二)技能(能力)目标: 促使学生提高BA&PK在药物制剂研究以及新药研究中的重要性,并掌握基本实验方法。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的与本章内容、药物制剂的设计,关键知识点(10 min); 2 药动学概念与应用(15min); 3 药物吸收的机制(5min)、药物吸收的通路(15min)、被动扩散(20min)、主动转运(15min)、易化扩散(5min)、溶出与吸收(10min)、讨论(5 min); 4 生物利用度与生物等效性概念(5min)、生物利用度及其在制剂研究应用(40min)、讨论(5min); 5 生物等效性的测定(5min)、等效性的含义(5min)、血浆蛋白结合(15min)、药物代谢与分布(15min)、药物排泄(5min)、讨论(5min)。 | |||
三 教学重点与难点 | |||
1教学重点:(1)药物制剂设计中的药代动力学的作用;(2)生物药剂学与药动学的基本概念。 2教学难点:(1)影响药物动力学的因素;(2)药物动力学研究的方法。 | |||
四 教学方法选择 | |||
A.多媒体教学: 基于教材,并充分结合国内外药物制剂研究中药物动力学结合的案例,提高学生对药物动力学与药物制剂以及新药研究中重要性的认识。 B.互动教学: 串连药动学、药理学、药剂学知识,结合翻转课堂,增加学生主动学习的能力。 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
翻转课堂(100 min): Group-1 : Routes of drug administration, P161-163 Group-2: Oral route+ Rectal route, P163-166 Group-3: Parenteral route, P166-168 Group-4: Epicutaneous route+other routes, P168-170 | |||
七 学习资源、课外自主学习参考 | |||
1校图书馆—中国知网(国内药学相关期刊):药学学报,中国药学杂志,中国新药杂志,中国医药工业杂志,中国医院药学杂志等。 2参考中英文药代动力学教材的部分内容。 |
苏州大学医学部药学院授课教案
授课教师:邓益斌授课日期:2020.5.21/24
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 6 Powders and Granules | 授课时间 | 200分钟 |
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Introduction (5分钟) Historical use of powders, Applications of powders, advantages and disadvantages of Powders 第1节 Powders(100分钟)
Uniform small particle size, types of powders
Morphology, Purity, Solubility, Flowability, Stability, Particle size, Uniformity, Compatibility
Particle size, particle size distribution, shape angle of repose, porosity true volume, bulk volume, apparent density and bulkiness
Tools for comminution, the purpose and the methods
Geometric dilution technique, methods for blending, equipment for blending, Factors in Blending
Eutectics, Hygroscopic and Deliquescent powders, Efflorescent Powders
第2节 Medicated Powders(30分钟)
Internally, Externally, Inhaled, Dentifrices, Insufflations, Powder Aerosols
Dry-powder inhalers, Example oral inhalation powders, Bulk and Divided Powders 第3节Granules(50分钟)
Internally, Externally, Inhaled, Dentifrices, Insufflations, Powder Aerosols
Wet methods, dry methods, Example oral inhalation powders, Bulk and Divided Powders
Followability, Antibiotic drugs
第4节 Case Study(15分钟)
Reading and discussion | |||
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(1)Physicochemical properties of powders and granules; (2)Powder and granule Preparation methods; (2)The purpose to prepare granules and quality control method.
(1)Evaluation of the properties of powders and granules; (2)How to overcome the disadvantages of powder and granules. | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对granule的形成机理进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论、翻转课堂等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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中国药典中散剂、颗粒剂质量检查的项目;powder和granule处方组成 | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,粉体学基础和固体制剂单元操作等
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苏州大学医学部药学院授课教案
授课教师:邓益斌授课日期:2020.5.25
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 7 Capsules | 授课时间 | 100分钟 |
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Overview of Capsules(10分钟) Hard gelatin capsule and soft gelatin capsule, Capsule Advantages and application 第1节Hard Gelatin Capsules(40分钟)
Structure, components, Gastrointestinal Transit
Hard gelatin capsule shells, Capsule sizes, Preparation of filled hard gelatin capsules, Developing the formulation and selection of capsule size, Filling hard capsule shells, Capsule sealing, Cleaning and polishing capsules 第2节 Soft gelatin capsules(20分钟)
The plate process, the rotary or reciprocating die processes
Fill materials 第3节 Compendial Requirements for Capsules(10分钟)
Added substances, Containers for dispensing capsules, Disintegration tests for capsules, Dissolution test for capsules, Weight variation, Content uniformity, Content labeling requirement, Stability testing, Moisture permeation test 第4节 Case study(20分钟)
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(1)Concepts about hard and soft Gelatin Capsules (2)Preparation of hard and soft Gelatin Capsules
(1)Formulation design of hard and soft Gelatin Capsules (2)Advantages and disadvantages of capsules compared with other oral delivery preparations | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对granule的形成机理进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论、翻转课堂等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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增加了一些典型Capsules的例子 | |||
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1.How can we manufacture the hard gelatin capsules? 2.Describe the preparation of filled hard gelatin capsules? 3.What are the advantages and disadvantages of hard and soft capsules compared to powers/granules and tablets? 4.Describe the preparation of soft gelatin capsules? | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,粉体学基础和固体制剂单元操作等
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苏州大学医学部药学院授课教案
授课教师:陈华兵授课日期:2020.4.27/5.4
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 8 Tablets | 授课时间 | 200分钟 |
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(1)Differentiate various tablet dosage forms (2)Compare advantages and drawbacks of various tablets (3)List categories of ingredients, used in compressed tablets (4)State quality standards and USP compendial requirements (5)Describe suitable techniques for inspecting, packaging, and storing tablets
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Introduction (5分钟) What’s the tablets, basic information of tablets, types of tablets. 第1节 Tablets(70分钟)
Medicinal agent and excipients, and their types and functions.
Types, functions and properties
Types, excipient, functions, advantages and drawbacks of these tablets
Functions, properties, release behaviors, and special excipients
Functions, properties, release behaviors, special excipients, and examples
Functions, properties
第2节 Quality standard and compendial requirements(30分钟)
Tablet weight, weight variation, content uniformity, thickness, hardness, disintegration and dissolution
Goals, formulation/manufacture factors, apparatus and measurement 第3节Tablet manufacture(40分钟)
Production process (7 steps): weigh, blend, damp mass, granulation, dry and size, lubricant, and compress
Fluid-bed process (4 steps): blend, spray binder, granulation, and dry granule.
Slugging and roller compaction
Tableting process
Excipients, advantages, concerns, production process
第4节 Tablet coating and manufacture change(30分钟)
Sugar coating, film coating, enteric coating, fluid-bed coating, compression coating
Ingredient change, process and equipment with different design 第5节 Other oral dosage forms(15分钟) Lozenges, lollipops, pellets, pills 第6节 Case Study(10分钟) Pharmaceutical case study Reading and discussion | |||
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(1)Compressed tablets: key ingredients; (2)Quality standard: necessary parameters ; (3)Wet granulation: basic process; (4)Tablet coating: various coating process
(1)Compression and coating processes of tablets; (2)How to select the ingredients of tablets. | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对tablet的制备工艺进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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中国药典中溶出度相关介绍。 | |||
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1.Describe types of tablets and their ingredients, and differentiate their disintegration/dissolution behaviors. 2. Compressed tablets: List the parameters for quality standards and requirements, and their reasons as key role for quality control. 3.Describe the different production processes of compressed tablets. 4. Why we need to give the coating for tablets, list what types and basic manufacture techniques of tablet coatings | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,片剂等
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苏州大学医学部药学院授课教案
授课教师:陈华兵授课日期:2020.5.7/5.11
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 9 Solid oral modified-release dosage forms | 授课时间 | 150分钟 |
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(1)Know how to realize the modified release; (2)Master the basic methods to fabricate the modified dosage forms. | |||
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Introduction (5分钟) Brief introduction about solid dosage forms and delivery system 第1节 Rationale for extended release and terminology(40分钟)
Drug delivery system and life cycle of drug
Concept, types of modified release, dosage forms
Properties, drawbacks, and advantages of extended release
Sustained release, extended release, controlled release, delayed release, and targeted release
Basic characteristics of drug
第2节 Extended release oral dosage forms(55分钟)
Control access of fluid to drug, control of drug diffusion rates, and chemical interaction.
Coated beads and granules, multi-tablet system, microencapsulated drug, embedding drug in slowly eroding matrix system, embedding drug in insert plastic matrix, complex formation, ion-exchange resin, osmotic pump, and repeat-action tablets
第3节Delayed-release tablets(30分钟)
Reasons for delayed release, and their mechanisms
Fluid-bed process (4 steps): blend, spray binder, granulation, and dry granule. 第4节 USP requirements(10分钟)
Drug dissolution, uniformity, and IVIVCs 第5节 Case Study(10分钟) Pharmaceutical case study Reading and discussion | |||
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(1)Techniques to fabricate extend-release dosage forms; (2)Types of extended release dosage forms; (3)USP requirements for modified release dosage forms
(1)Manufacture techniques of modified release products; (2)Establish good in vitro-in vivo correlation | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对缓控释的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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中国药典中缓控释制剂相关介绍。 | |||
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1. List all the extended-release techniques and their basic principles Describe the basic process for compressed tablets, and list their granulation methods 2. list compendial requirements for modified release dosage forms | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,缓控释制剂等
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苏州大学医学部药学院授课教案
授课教师:陈华兵授课日期:2020.5.11/5.14
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 10 Ointment, creams, and gels | 授课时间 | 150分钟 |
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(1)Know how to differentiate semisolid dosage forms; (2)Master the basic methods to fabricate the modified dosage forms. | |||
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Introduction (5分钟) Brief introduction about semisolid dosage forms 第1节 Ointment (50分钟)
Oleaginous base, absorption base, water-removable base, and water-soluble base.
Selection principles and examples
Incorporation and fusion methods
Requirements of tests, microbial content, minimum fill, packaging, and additional standards
第2节 Creams(25分钟)
Topical skin production, and preparation of creams. 第3节Gels(20分钟)
Gelling agent, single- or two-phase gels; preparation and packaging 第4节 Transdermal preparations and versatile semisolid preparation(40分钟)
Topical ointment, cream and gels for systemic absorption
Pastes, plasters, glycerogelatins, and packaging
Basic brief, physiological characteristics, quality standards
第5节 Case Study(10分钟) Pharmaceutical case study Reading and discussion | |||
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(3) Compendial requirements
(1)Master how to select the base of semisolid dosage forms; (2)Reasonably prepare drug-loaded semisolid dosage forms (3)Know what factors need to be considered for special preparations such as ophthalmic and nasal products | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对半固体制剂的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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中国药典中半固体制剂相关介绍; 皮肤生理结构及特点。 | |||
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1. Please describe the basic compositions, properties, and preparation process of ointments, creams, and gels 2. Describe skin structure, and the factors that affect drug penetration into skin | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,半固体制剂等
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苏州大学医学部药学院授课教案
授课教师:陈华兵授课日期:2020.5.18
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 11 Transdermal drug delivery system | 授课时间 | 100分钟 |
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(1)Know how to enhance permeation rate of drug through skins from transdermal delivery systems, and their advantages (2)Master the basic methods to fabricate the transdermal delivery systems. | |||
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Introduction (5分钟) Brief introduction about TDDSs 第1节 skin structure(50分钟)
Stratum corneum, living epidermis, and dermis; appendages
Basic properties of drug and factors to increase permeation of skin
Chemical enhancers and physical techniques to increase permeation rates
Franz cells, in vitro studies (apparatus and procedures), and in vivo models
第2节Transdermal drug delivery systems (TDDSs)(35分钟)
Basic structures of TDDSs, monolithic system, membrane-controlled systems, rate-controlling factors
Occlusive backing layer, drug reservoir or matrix, adhesive layer, and release liner.
Patches and tapes. 第5节 Case Study(10分钟) Pharmaceutical case study Reading and discussion | |||
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(1)Master how to construct TDDSs with various layers; (2)Know the difference of various TDDSs | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对透皮制剂的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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中国药典中透皮制剂相关介绍; 透皮促渗新方法。 | |||
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1. Describe skin structure, and the methods that increase drug penetration through skin 2. Please describe the basic structures of TDDSs and their advantages. | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程,透皮制剂等
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授课教师:崔京浩授课日期:2020.3.31, 4.3
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 12. Suppositories, Inserts, and Sticks | 授课时间 | 200分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一)知识目标: 1掌握:Compare and contrast various suppositories dosage forms in terms of physical appearance, size and shape; the advantages and disadvantages of suppository drug delivery versus oral drug delivery,physiologic factors which influence the drug absorption from rectal suppository administration. 2熟练:Physicochemical factors of the drug and suppository base as this influence rectal absorption,the three methods of suppository preparation. 3了解:Compare and contrast the various classes of suppository bases (二)技能(能力)目标: 栓剂基质的选择,栓剂制备过程中置换价的计算,处方设计与制备方法的选择。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 学习目的与本章内容(5min);栓剂的概念、分类、沿革(15min),栓剂的特点与临床应用(25min); 2 栓剂的吸收与影响因素(20min),栓剂的基质与讨论(30min); 3 栓剂的处方设计(15min); 栓剂的制备方法(20min)、置换价的计算与应用(40min); 4 栓剂的质量控制(10min);不同种类栓剂及临床应用与讨论(15min)。 | |||
三 教学重点与难点 | |||
1教学重点 (1)栓剂的概念、特点,栓剂的基质、处方设计中需要考虑的因素; (2)栓剂的吸收与影响因素,栓剂的制备方法与质量控制。 2教学难点 (1)栓剂的临床引用、药物的理化性质与基质的选择; (2)置换价的计算及其在处方设计中的应用。 | |||
三 教学方法选择 | |||
A.多媒体教学: 精选PPT和视频(GMP条件下的生产过程)资料,结合市售不同栓剂产品,提高学生对脂肪性基质与水溶性基质栓剂的理解,并掌握其保存与使用方法。 B.互动教学: 选择局部治疗作用栓剂(痔疮栓)和全身治疗作用栓剂(解热镇痛栓),与学生讨论处方设计的方法、制备方法以及临床应用的注意事项。 | |||
四 更新或补充内容提要 | |||
无 | |||
五 复习思考题 | |||
1. Compare and contrast suppository and insert dosage forms in terms of physical appearance, size, and shape. 2. Compare and contrast pharmacist counseling directions to a patient prescribed a cocoa butter–based suppository product and a water-soluble–based suppository product. 3. Develop a listing of drugs in suppository dosage forms for inclusion into a hospital formulary system and indicate the rationale for their inclusion on the list. | |||
六 学习资源、课外自主学习参考 | |||
1 校图书馆—中国知网(国内药学相关期刊):中国医药工业杂志,中国医院药学杂志,中国中药杂志,中草药等刊物中有关栓剂相关的内容。 2 参考中文药剂学教材(方亮主编,人民卫生出版社,第8版)的相关内容。 |
授课教师:崔京浩授课日期:2020.3.17, 3.20, 3.24, 3.27
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | Pharmaceutical Dosage Forms and Drug Delivery System | 授课年级 | 2017级药学全英文班 |
授课章节 | 13. Solutions | 授课时间 | 400分钟 |
一 教学目标:含知识目标、技能(能力)目标 | |||
(一) 知识目标: 1掌握:Various types of oral and topical liquid dosage forms, the advantages and disadvantages of using liquid dosage forms in in patient therapy; solubility and factors increase or decrease solute solubility in a given solvent. 2熟练:Compare and contrast liquid dosage forms to traditional oral dosage forms. 3了解:Select a proper solvent and delivery system for a given solute, purpose and patient population. (二)技能(能力)目标: 掌握制备不同液体制剂的方法。 | |||
二 授课内容(依据教学大纲)及时间分配 | |||
1 教学目的、本章内容与前言(15 min),溶液、溶解度、溶出度的概念与讨论(35min); 2 提高溶解度的方法、溶解度理论(20min)、常用溶剂和溶剂的选择与讨论(30min); 3 纯化水的方法与应用(45min)、讨论(5min); 4 口服溶液剂概念、特点、制备方法(45min)+讨论(5min);糖浆概念、特点、制备方法(40min)+讨论(5min); 5 其他液体制剂:酏剂(10min)、酊剂和中药提取的方法(50min)、局部用水溶液与非水溶液剂等(30min)+讨论(10min);(6)翻转课堂(50min)。 | |||
三 教学重点与难点 | |||
1教学重点 (1)溶解度、溶剂、水纯化的方法;(2)糖浆剂、酊剂、酏剂的概念、特点和制备方法;(3)水处理的方法及特点。 2教学难点 (1)溶解度与溶出度的区别,水处理及其在药物制剂中的应用; (2)合理选择溶剂、不同液体制剂的特点及其应用。 | |||
四 教学方法选择 | |||
A.多媒体教学: 利用丰富的PPT与视频资料,提高学生对液体制剂的认识,牢固掌握相关基础知识、处方设计与分析,并能够熟练应用于疾病治疗。 B.互动教学: 将灵活运用课堂提问、讨论、案例介绍、翻转课堂。 | |||
五 更新或补充内容提要 | |||
无 | |||
六 复习思考题 | |||
1 Compare and contrast the useful properties of various solvents used in liquid dosage forms. 2 Name medicinal preparations that utilize each of the following solvents: ethyl alcohol, diluted alcohol, rubbing alcohol, glycerin, isopropyl alcohol, propylene glycol, and purified water. 3 Define the following and explain benefits for use and contraindications for use of syrups, elixirs, topical solutions, tinctures, and fluid extracts. | |||
七 学习资源、课外自主学习参考 | |||
1校图书馆—中国知网(国内药学相关期刊):中国医药工业杂志,中国医院药学杂志,中草药等刊物中液体制剂、中药制剂相关的内容。 2参考中文药剂学教材(方亮主编,人民卫生出版社,第8版)的相关内容。 |
苏州大学医学部药学院授课教案
授课教师:邓益斌授课日期:2021.5.12/15
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2017级药学全英文班 |
授课章节 | Chapter 14 Disperse Systems | 授课时间 | 200分钟 |
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Introduction about disperse system(10分钟) Disperse Systems, Case about suspension development, concepts, types of Dispersions. 第1节Suspensions(50分钟)
Concept, Characteristics, features, types
Stokes’ Equations
Particle size reduction, Agglomeration of the particles, Controlled flocculation, Dispersion medium
Preparation steps, formulations
第2节 Emulsions(60分钟)
Concept, Characteristics, Three Phases
Oral, Topical, Parenteral,
Surface-tension theory, Oriented-wedge theory, Plastic- or interfacial-film theory
Emulsifying agents-The HLB system, Methods of emulsion preparation-Continental or dry gum method, English or wet gum method, Bottle or Forbes bottle method, Auxiliary methods, In situ soap method, Microemulsions
Chemical stability, physical stability, Microbiological stability 第3节 Gels and Magmas(30分钟)
Concept, Characteristics, Gel Classification
Gelling Agents, Gel Formulation mechanism
Bentonite magma, Aluminum hydroxide gel, Milk of magnesia, Starch glycerite, Lubricating jelly formula, Clear aqueous gel with dimethicone, Poloxamer gel base 第4节 Aerosols(40分钟)
Concept, Characteristics, Aerosol Principle
Propellants, Two-Phase systems, Three-Phase Systems, Compressed Gas Systems, Gel Formulation mechanism
Containers, Valve Assembly, Filling Operations, Packaging, Labeling, and Storage 第5节 Pharmaceutics case study(10分钟) | |||
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(1)Composition of suspension, emulsion, gels, aerosols (2)Preparation of different dispersed systems (3)The application of rheology theory in disperses system.
(1)How to design disperse system depending upon drug physicochemical properties and indications (2)How to improve the stability of various dispersed systems | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对分散体系的稳定性机理进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论、翻转课堂等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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补充最新的disperse systems制剂开发案例。 | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程等
美国药典等 |
苏州大学医学部药学院授课教案
授课教师:邓益斌授课日期:2020.6.1/4/7/8
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 15 Parenterals | 授课时间 | 400分钟 |
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Introduction about sterile dosage forms(10分钟) Review the previous sections, basic introduction 第1节 Injections(180分钟)
Concept, Characteristics, Sterile preparations
Intravenous (IV) Route, Intramuscular (IM) Route, Subcutaneous (SC) Route, Intradermal (ID) Route, Specialized Access-Catheters
Drug Injection, Drug for Injection, Drug Injectable Emulsion, Drug Injectable Suspension, Drug for Injectable Suspension
Sterile Water for Injection USP, Bacteriostatic Water for Injection USP, Benzyl Alcohol, Sodium Chloride Injection USP, Bacteriostatic Sodium Chloride Injection USP
Fixed vegetable oils, glycerin, polyethylene glycols, propylene glycol Alcohol
Colligative properties: Vapor pressure, Boiling point, Freezing point, Osmotic pressure
Antibacterial preservatives, buffers, solubilizers, antioxidants, and other pharmaceutical adjuncts
Steam, Dry Heat, Filtration, Gas, Ionizing Radiation
biologic indicator, Parameters about sterility, Pyrogen and Endotoxin Testing
Follow rigid aseptic procedures in manufacturing, Parenteral solutions, dry solids
Containers for injections, storage, Available Injections 第2节 Small-Volume Parenterals(50分钟)
100 mL or less, Solutions or suspensions, Premixed intravenous delivery systems
Regular Insulin, Human Insulin, Lispro Insulin, Insulin Aspart, Insulin glulisine, Isophane Insulin Suspension and Regular Insulin Injection, Humalog Mix, etc. 第3节 Large-Volume Parenterals(30分钟)
100 mL to liter amounts and more per day by slow intravenous infusion, applications
An average of about 2000 mL per square meter of body surface area, Potassium, sodium, 5% dextrose. 第4节 Special considerations associated with parenteral therapy(15分钟) 第5节 Irrigation and dialysis solutions(15分钟) 第6节 Presentations(100分钟) Five groups, given topics or self-selected topics 10 min presentation + 10 min discussion | |||
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(1)Preparation of different injections (2)The mechanism and method of sterilization (2)Formulation design of injections
(1)Methods and calculations for osmotic pressure adjustment (2)Sterility validation | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对灭菌、无菌操作等进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论、翻转课堂等互动教学内容标题) 课堂提问与翻转课堂相结合 | |||
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补充了无菌操作、无菌评价方法等 | |||
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1. Summarize the five general types of injectable materials and identify which can be used directly/require reconstitution before administration: (a) injection, (b) for injection, (c) injectable emulsion, (d) injectable suspension, and (e) for injectable suspension. 2. In a table, summarize the advantages and disadvantages of IV administration. 3. Given simulated, daily blood glucose levels, follow a diabetes diet for 1 week, and calculate your insulin requirements at each meal. 4. Epinephrine is administered subcutaneously or intramuscularly as a 1:1,000 solution and is supplied in 1-mL ampuls. A. What is the potential endotoxin load in a 1-mL ampul of epinephrine 1:1,000 solution? The USP specifies a limit of 357 USP EU/mL of epinephrine in solutions for injection. B. What is the minimum weight (in pounds) of a patient that could receive this dose without exceeding the threshold pyrogenic dose of 5 EU/kg/h, assuming that the patient receives no more than one dose per hour? 5. How much sodium chloride is required to make the following prescription isotonic? Rx Ephedrine sulfate 2% Sterile water, qs 30 mL M. isoton with sodium chloride | |||
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(可以列出供学生进一步学习、拓展本章节内容的网站、著作、期刊的名称及内容等)
《药剂学》在线课程等
美国药典等 |
苏州大学医学部药学院授课教案
授课教师:丁大伟授课日期:2020.5.7/5.11
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | 17. Special solutions and Suspensions | 授课时间 | 150分钟 |
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1. 知识目标:
2. 技能(能力)目标:结合实验课程目标
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Introduction (5分钟) Brief introduction about special solutions and suspensions 第1节 Ophthalmic drug delivery(25分钟)
第2节 Pharmacologic categories of ophthalmic drugs(15分钟) 1. Anesthetics, Antibiotic & antimicrobial agents, Antifungal agents, Anti-inflammatory agents etc. (13分钟) 2. Section summary (2分钟) 第3节Pharmaceutical requirements(55分钟) 1. Sterility(3分钟) 2. Preservation(5分钟) 3. Isotonicity value (15分钟) Osmosis, isotonicity value, isotonicity calculation (electrolytes and non-electrolytes) 4. Buffering (15分钟) pH and solubility, importance of pH on solubility, calculation of total solubility, 5. Viscosity and thickening agents (5分钟) 6. Ocular bioavailability (5分钟) 7. Proper administration of ophthalmic solution/suspension (5分钟) 8. Section summary (2分钟) 第4节 Contact lenses(52分钟) 1. Hard contact lenses (10分钟) 2. Soft contact lenses (10分钟) 3. Disposable contact lenses (10分钟) 4. Color additives to contact lenses (6分钟) 5. Care of contact lenses (6分钟) 6. Products for hard and soft contact lenses (10分钟) 7. Clinical Considerations in the Use of Contact Lenses (12分钟) 8. Section summary (2分钟) 第5节 Nasal preparations(24分钟) 1. Nasal decongestant solutions (4分钟) 2. Inhalation solutions (4分钟) 3. Inhalants (4分钟) 4. Proper Administration and Use of Nasal Drops and Sprays (5分钟) 5. Nasal Route for Systemic Effects (5分钟) 6. Section summary (2分钟) 第6节 Otic preparations(24分钟) 1. Cerumen-Removing Solutions (4分钟) 2. Anti-Infective, Anti-Inflammatory and Analgesic Ear Preparations (4分钟) 3. Otic Suspensions (5分钟) 4. Proper Administration and Use of otic drops (5分钟) 5. Nasal Route for Systemic Effects (4分钟) 6. Section summary (2分钟) | |||
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(1)Pharmacologic categories and formulations of ophthalmic, nasal, and inhalation drug delivery (2)Explain proper administration of each drug delivery system (3)Isotonicity calculation and the effect of pH on drug solubility
(1)Pharmacologic categories and formulations of ophthalmic, nasal, and inhalation drug delivery (2)Isotonicity calculation and the effect of pH on drug solubility | |||
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理论课堂教学 A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对缓控释的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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RCOOH at pH 6.0: precipitation MW: 282 (salt: RCOONa), and 260 (free acid: RCOOH); 4% solution of drug: 0.1419 M Acid form solubility (Sa): 3.5 mg/mL (0.0134 M) Ka: 5.9x10-6 Why the precipitate was observed? ST should be higher than 0.1419 M Calculate pH value dissolving all the drug molecules | |||
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1 英文杂志如Journal of Controlled Release等 2 中国药典(https://db.ouryao.com/yd2020/) 3 美国药典等 |
苏州大学医学部药学院授课教案
授课教师:丁大伟授课日期:2020.5.7/5.11
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | 18. Radiopharmaceuticals | 授课时间 | 150分钟 |
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(1)Compare and contrast the three principal types of radioactive decay (i.e. alpha, beta, gamma). (2)Compare and contrast the use of radiopharmaceuticals in diagnostics and therapeutics. (3)Identify the diagnostic and/or therapeutic role(s) and delivery method(s) for the following radiopharmaceuticals: 99mTc, 89Sr, 90Y, 201Tl, 67Ga, 111In, 123I/131I (4)Identify indications for the following non-radioactive pharmaceuticals in nuclear medicine: Prussian blue, acetazolamide, captopril, dipyridamole, adenosine, and furosemide. (5)Describe the organization of a nuclear pharmacy in a community and hospital settings. (6)Define the role of the nuclear pharmacist (e.g. radiopharmaceutical preparation, quality assurance, dispensing, safety, consultation)
(1)Know the principal of different types of radioactive decay (2)Master the diagnostic and/or therapeutic role(s) and delivery method(s) for the important and typical radiopharmaceuticals (3)Master the concept and function of PET (4)Know the roles of important non-radioactive pharmaceuticals | |||
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第1节 Introduction (20分钟) 1. Definition of radiopharmaceuticals (5分钟) 2. Brief information about its composition and application in medicine (5分钟) 3. Difference between radiopharmaceuticals and traditional drugs (3分钟) 4. Radiation dosage (5分钟) 5. Section summary (2分钟) 第2节 Radiation decay(30分钟) 1. Definition and types of radiation decay (5分钟) 2. Brief introduction to application of different types of decay (3分钟) 3. Diagnostic imaging (5分钟) 4. Therapeutic Use of Radiopharmaceuticals (5分钟) 5. Radiopharmaceuticals in practice (10分钟) 6. Section summary (2分钟) 第3节Positron Emission Tomography (PET)(10分钟) 1. Principle of PET(3分钟) 2. Function and application of PET(5分钟) 3. Section summary (2分钟) 第4节 Drug Antidote for Radiation Exposure and Nonradioactive Pharmaceutical Use in Nuclear Medicine(20分钟) 1. Drug Antidote for Radiation Exposure (5分钟) 2. Nonradioactive Pharmaceuticals and their functions (13分钟) 3. Section summary (2分钟) 第5节 Practice of Nuclear Pharmacy(20分钟) 1. Procurement and Storage (3分钟) 2. Preparation of the Radiopharmaceutical (3分钟) 3. Quality Assurance (2分钟) 4. Dispensing, Distribution of Radiopharmaceuticals (3分钟) 5. Health and Safety (2分钟) 6. Provision of Drug Information and Consultation (3分钟) 7. Monitoring Patient Outcome (2分钟) 8. Section summary (2分钟) | |||
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(1)Principal of different types of radioactive decay (2)Diagnostic and/or therapeutic role(s) and delivery method(s) for the important and typical radiopharmaceuticals (3)Roles of non-radioactive pharmaceuticals in nuclear medicine: Prussian blue, acetazolamide, captopril, dipyridamole, adenosine, and furosemide. (4)The role of the nuclear pharmacist in practice of nuclear pharmacy
(1)Principal of different types of radioactive decay (2)Diagnostic and/or therapeutic role(s) and delivery method(s) for the important and typical radiopharmaceuticals (3)Roles of non-radioactive pharmaceuticals in nuclear medicine: Prussian blue, acetazolamide, captopril, dipyridamole, adenosine, and furosemide. | |||
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理论课堂教学 A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对缓控释的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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Describe the principal of different types of radioactive decay and their applications in pharmaceiticals. | |||
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苏州大学医学部药学院授课教案
授课教师:丁大伟授课日期:2020.5.7/5.11
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 19 Products of Biotechnology | 授课时间 | 100分钟 |
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(1)Differentiate between the various techniques using living organisms in the production or modification of biotechnology drugs. (2)Describe the classification of products of biotechnology used in clinical practice. (3)Provide examples of biotechnology drugs for each classification of biotechnology drug type. (4)Summarize important concepts associated with biotechnology product handling, storage and administration. (5)Describe the mission of the FDA Office of Biotechnology Products and its structure. (6)Explain the pharmacist’s role in ensuring the patient receives the maximal benefit from his/her prescribed biotechnological product.
(1)Know the various techniques using living organisms in the production or modification of biotechnology drugs. (2)Master the classification of products of biotechnology used in clinical practice (3)Master important concepts associated with biotechnology product handling, storage and administration. (4)Know the mission of the FDA Office of Biotechnology Products and its structure. | |||
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Brief introduction about Biotechnology 第2节 Techniques Used to Produce Biotechnology Products(15分钟) 1. Routes of Administration for Biotechnologics (3分钟) 2. Packaging/Storage (3分钟) 3. Patient Consultation(3分钟) 4. Problems(6分钟) 第3节 Techniques Used to Produce Biotechnology Products(20分钟) 1. Recombinant DNA(4分钟) 2. Monoclonal Antibodies(4分钟) 3. Polymerase Chain Reaction(4分钟) 4. Gene Therapy(4分钟) 5. Nucleotide blockade/antisense(3分钟) 6. Peptide technology(3分钟) 第4节 Characteristics(10分钟) 1. Very potent(4分钟) 2. Used in low concentrations(4分钟) 3. Most of the product consists of excipients(2分钟) 第5节 Formulation preparation(15分钟) 1. Active drug(3分钟) 2. Excipients(3分钟) 3. Physicochemical consideration(3分钟) 4. Stability(6分钟) 第6节 Products of Biotechnology(18分钟)
第7节 The Future of Biotechnology Products(8分钟)
第8节 FDA Office of Biotechnology Products(3分钟) 第9节 Patient Information from the Pharmacist(3分钟) 第10节 Pharmacist Self-Help with Biotechnology Drugs(3分钟) | |||
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(1)Differentiate between the various techniques using living organisms in the production or modification of biotechnology drugs. (2)Provide examples of biotechnology drugs for each classification of biotechnology drug type. | |||
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A. 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对缓控释的特点进行了很好的展示 B. 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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苏州大学医学部药学院授课教案
授课教师:丁大伟授课日期:2020.5.7/5.11
课程名称 | Pharmaceutics | 所属学科 | 药学 |
教材名称 | 《Ansel’s Pharmaceutical Dosage Forms and Drug Delivery System》第9版 | 授课年级 | 2018级药学全英文班 |
授课章节 | Chapter 20 Novel Dosage Forms and Drug Delivery Technologies | 授课时间 | 100分钟 |
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Introduction (20分钟)
第2节 Oral administration(18分钟)
第3节 Vaginal Administration(20分钟)
第4节 Ophthalmics(12分钟)
第5节 Parenteral preparations(98分钟)
Composition, advantages, types, applications, clinical development, preparation methods, drug release, stimuli-responsive micelles etc.
Composition, physiochemical property, types, advantages and disadvantages, applications, preparation methods, clinical development.
Structure, composition, types, advantages, preparation methods, clinical development.
Advantages, composition, preparation methods,.
Types, passive and active tumor targeting, ligand, prodrug, implants,
第6节 Chapter summary (7分钟) | |||
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(1)The mechanisms utilized to develop new, novel dosage forms and the benefits (2)Iontophoresis, phonophoresis, and osmotic pump (3)Passive and active tumor targeting (4)The composition, preparation methods and clinical development of each new drug delivery systems.
(1)The design, composition, preparation methods and clinical development of each new drug delivery systems. (2)Iontophoresis, phonophoresis, and osmotic pump (3)Passive and active tumor targeting | |||
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理论课堂教学 多媒体教学:(简要列出本章节多媒体教学设计特点及优势) 采用示意图、图片等介绍,尤其对缓控释的特点进行了很好的展示 互动教学:(根据实际情况列出案例/实例讨论、分析讨论、分组讨论等互动教学内容标题) 课堂提问与案例讨论相结合 | |||
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The design, composition, preparation methods and clinical development of micelles, liposome, nanoemulsion respectively. | |||
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