Syllabus for the “Course of Laboratory Animal Science”
1. Basic information of the course
Course code: | Name of the course:Laboratory Animal Science | ||
Department: School of Basic Medical Sciences | Teaching object:Basic medical students | ||
Course score: 1 | Course Class hours: 20 | ||
Teacher (course principal) | Name: Prof. Hongbin Tang | e-mail:hbtang@whu.edu.cn | |
Office:68758850 | Phone:13995529818 | ||
Teacher (team member) | Name: Associate Prof. Li Zhou | e-mail:zhouli_jerry@whu.edu.cn | |
Office:68758987 | Phone:15802722839 | ||
Name: Dr. Ke Zhuang | e-mail:zhuangk@whu.edu.cn | ||
Office:68758987 | Phone:15071275362 | ||
Name:Dr. Jianfeng Gao | e-mail:jfgao@whu.edu.cn | ||
Office:68758987 | Phone:15337168381 | ||
Name: Dr. Laying Cheng | e-mail:chengly123@163.com | ||
Office:68758987 | Phone:13971011092 | ||
Name: Dr. Qiaoyang Xian | e-mail:xianqy@whu.edu.cn | ||
Office:68758987 | Phone:18907195776 | ||
Name: Dr. Ming Guo | e-mail:guoming@whu.edu.cn | ||
Office:68758987 | Phone:15871390882 | ||
Course Category: Public Foundation Course / Basic General Course / Core General Course / General General Course / Major Class Course / Professional Compulsory Course / Professional Elective Course√ | |||
Leading courses: most medical professional platform courses in human anatomy | |||
2. Course introduction
Laboratory animals are becoming increasingly important for biomedical research. Laboratory animal science provides comprehensive information on the principles and practices of using laboratory animals for biomedical research. Each individual course focuses on a key sub-discipline of laboratory animal science: the quality control of laboratory animals; the biological features of each laboratory animal; the principles of creating and using animal models for studying human diseases; practical techniques used for laboratory animal experiments; various animal models of human diseases; and animal experimentation management. Through theoretical lectures and experimental course, students will understand the knowledge of laboratory animal science, which will be benefit for student to apply the knowledge and skills for related research and management.
Teaching method: theory teaching (multimedia + video); Experiment of animals
Teaching time: Term 7
3. Course content and allocation of class hours
Theory |
|
Chapter 1 Introduction to laboratory animal science | 2 |
Chapter 2 Laboratory animal genetic and genetic quality control | 2 |
Chapter 3 Biological characteristics of laboratory animal | 4 |
Chapter 4 Microbiology and parasitology of laboratory animal | 4 |
Chapter 5 Animal facility environmental control and monitoring | 4 |
Chapter 6 Animal models for human diseases, immunodeficiency animals, transgenic animals | 4 |
Chapter 7 Animal experiment design and optimization | 4 |
Practice |
|
3 | 4 |
Chapter 2 rat | 3 |
Chapter 3 guinea pig and rabbit | 2 |
32 |
Theory course
Chapter 1 Introduction to laboratory animal science
1. Teaching contents:
Section 1: Definition of laboratory animal science
Section 2: Definition of laboratory animal
Section 3: The contribution of laboratory animals to medical progress-past, present, and future
Section 4: an overview of global legislation, regulation, and policies of laboratory animal
2. Objective requirements:
Master:
1. Master the concept of laboratory animal science
2. Master the characteristics of experimental animals and the significance in biomedical research
Familiar:
1. History of laboratory animal science, its branch disciplines and applications
2. General and current situation of experimental animal science
3. Global legislation, regulation, and policies of laboratory animal
3. Difficult points
1. Global legislation, regulation, and policies of laboratory animal
4. Teaching methods:
Theory teaching with multimedia
Chapter 2 Laboratory animal genetic and genetic quality control
1. Teaching contents:
Section 1: Genetic classification of laboratory animals
Section 2: Inbred strain
Section 3: Coisogenic inbred strain and congenic inbred strain
Section 4: Recombinant inbred strain and recombinant congenic strain
Section 5: Hybrid strain
Section 6: Laboratory animal genetic and genetic quality control
2. Objective requirements:
Master:
1. Genetic classification of laboratory animals
2. The concept of inbred strain, hybrid strain, coisogenic inbred strain, congenic inbred strain, recombinant inbred strain and recombinant congenic strain
3. Characteristics of inbred animals
Familiar:
1. Nomenclature of inbred animals, and the concept of lineages
2. Laboratory animal genetic quality control
3. Difficult points
1. Genetic classification of laboratory animals
2. Laboratory animal genetic quality control
4. Teaching methods:
Theory teaching with multimedia
Chapter 3 Biological characteristics of laboratory animal
1. Teaching Contents
Section 1: Rodent laboratory animal
Section 2: Other Laboratory animal
2. Objective requirements:
Master:
1. Classification of laboratory animals
2. Characteristics of biology, physiology, anatomy of rat, mice, guinea pig and rabbit, and their application
1. Characteristics of biology, physiology, anatomy of hamster, dog, pig and monkey, and their application
2. Breeding management, strain and application
3.Difficult points
Characteristics of biology, physiology, anatomy of rat, mice, guinea pig and rabbit, and their application
4.Teaching Methods
Theory teaching with multimedia
Chapter 4 Microbiology and parasitology of laboratory animal
1. teaching content:
Section 1: classification of experimental animal
Section 2: Conventional animals
Section 3: Clean animals and specific pathogen free animals
Section 4: Germ free animals and gnotobiotes animals
Section 5: Microbes & parasites monitoring and control
2. Objective requirements:
Master:
1. Basic concept of conventional animals, clean animals, specific pathogen free animals and germ free animals
2. Microbial and parasitic control standards and quality monitoring of different grades of experimental animals
Familiar:
1. The pathogen and its source of infection, the route of transmission, the susceptible person and the clinical symptoms
3. Teaching difficulties
1. Microbial and parasitic control standards and quality monitoring of different grades of experimental animals
4. Teaching methods:
Theory teaching with multimedia
Chapter 5 Animal facility environmental control and monitoring
1. Teaching content:
Section 1: Laboratory animal environment
Section 2: Physical and chemical parameter
Section 3: Biological factor
Section 4: laboratory animal facility and management
2. Objective requirements:
Master:
1. Conception of experimental animal environment, facilities, sub-barrier system, barrier system, isolation system, etc
2. Environmental factors affecting experimental animals and control requirements
Familiar:
1. Feeding density of experimental animals
2. Laboratory facilities and environmental management of conventional animal and specific animal
3. Difficult points
1. Environmental factors affecting experimental animals and control requirements
4. Teaching methods:
Theory teaching with multimedia+ video
Chapter 6 Animal Models for human diseases, immunodeficiency animals, transgenic animals
1.Teaching Contents:
Section 1: Overview
Section 2: Animal Models for human diseases
Section 3: Immunodeficiency animals and transgenic animals
2. Objective requirements:
Master:
1. Conception of animal models for human diseases, immunodeficiency animals and transgenic animals
2. The significance of animal models
Familiar:
1. Application of animal models for human diseases, immunodeficiency animals and transgenic animals
2. The construction of animal models for human diseases, immunodeficiency animals and transgenic animals
3. Difficult points
The construction of animal models for human diseases, immunodeficiency animals and transgenic animals
4. Teaching Methods
Theory teaching with multimedia Literature reading
Chapter 7 Animal experiment design and optimization
1. Teaching content:
Section 1: Laboratory animal selection
Section 2: Animal experiment design and optimization
Section 3: Biological factor for animal experiment
2. Objective requirements:
Master:
1. Conception of Laboratory animal selection
2. Biological factor for animal experiment
Familiar:
1. Rules for laboratory animal selection
2. Rules for design animal experiment
3. Difficult points
1. Biological factors affecting experimental animals
4. Teaching methods:
Theory teaching with multimedia+ video
Practice course
Chapter 1 Mice
1. Teaching content:
Section 1: Grouping and labeling
Section 2: Physical examination, necropsy, organ measurement and weighing
Section 3: Grab & fixation, gender identification, inoculation technique
Section 4: Blood collection methods and anesthetic technique
2. Objective requirements:
Master:
1. Grouping and labeling
2. Grab & fixation, inoculation technique and blood collection methods
Familiar:
Gender identification and anesthetic technique
3. Difficult points
Blood collection methods
4. Teaching methods:
Practice
Chapter 2 Rat
1. Teaching content:
Section 1: Grouping and labeling
Section 2: Physical examination, necropsy, organ measurement and weighing
Section 3: Grab & fixation, gender identification, inoculation technique
Section 4: Blood collection methods and anesthetic technique
2. Objective requirements:
Master:
1. Grouping and labeling
2. Grab & fixation, inoculation technique and blood collection methods
Familiar:
Gender identification and anesthetic technique
3. Difficult points
Blood collection methods
4. Teaching methods:
Practice
Chapter 3 Guinea pig and rabbit
1. Teaching content:
Section 1: Grouping and labeling
Section 2: Physical examination, necropsy, organ measurement and weighing
Section 3: Grab & fixation, gender identification, inoculation technique
Section 4: Blood collection methods and anesthetic technique
2. Objective requirements:
Master:
1. Grouping and labeling
2. Grab & fixation, inoculation technique and blood collection methods
Familiar:
Gender identification and anesthetic technique
3. Difficult points
Blood collection methods
4. Teaching methods:
Practice
4. Assessment method
This course takes attendance and submission of course papers as an assessment method. Usually attendance accounts for 20%, theory test account for 40% and test of the experiment operation account for 40%.
5. Text book and reference books
Text book:
Hongbin Tang, Edited. Laboratory Animal Science (3nd edition), Hubei People's Publishing House, 2016.