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XuetangX

Prevention and Control Technology for Porcine Epidemic Disease

Chongqing Three Gorges Vocational College via XuetangX

Overview

Based on the teaching design, four types of tasks, including preview, discussion, test and examination are formed by using teaching resources such as video, PPT, exercises, animation, clinical cases and virtual simulation, and are gradually decomposed into various links of course teaching. A comprehensive evaluation will be made according to the completion of work tasks, and class hours/credits will be given. Resources such as competition rules, certificate guidelines, industry standards, policies and regul

"(I) Combined with the advantageous and characteristic industries of modern animal husbandry to achieve accurate positioning of courses

The swine industry is the largest industry in animal husbandry and the industry with the strongest demand for talents. This course solves the problem of lack of proficiency and specificity caused by learning about animal infectious diseases only in the past, thus the learning content is more suitable for industrial development. Combined with the needs of posts such as veterinarians, biosafety as well as inspection and quarantine, this course is divided into 6 modules, including general and key prevention and control technologies for porcine epidemic diseases, so that the course is more suitable for the cultivation of talents in animal husbandry and veterinary specialty group.

(II) Establish and implement the ""Mixed; Method of Teaching with Six Steps"" to realize ""Six; Combinations""

The ""Mixed; Method of Teaching with Six Steps"" consists of 6 steps: ① online preliminary study → ② independent learning →③ intensive learning in large class → ④ skill practice → ⑤ online Q&A; → ⑥ quiz evaluation for design and implementation. The combinations of ideological and political education and intellectual education, large class teaching and individual Q&A;, centralized learning and independent learning, offline learning and online learning, knowledge consolidation and skill practice, and process evaluation and summative assessment are realized. The cultivation of students' habits and abilities of independent and lifelong learning and the training of veterinary practical skills are valued, reflecting the modern veterinary teaching concept of ""student-centered;""


Syllabus

  • 01 Introduction
    • 1.1 Course Overview
    • 1.2 Understanding Prevention and Control Technology for Porcine Epidemic Disease
    • 1.3 Learning Guide
  • 02 Clinical Examination and Autopsy Techniques
    • 2.1 Learning Objectives
    • 2.2 Understanding Clinical Examination Techniques
    • 2.3 Normal Signs of Swine
    • 2.4 Clinical Examination of Swine Diseases
    • 2.5 Autopsy Techniques for Sick Swine
    • 2.6 Collection of Clinical Samples
    • 2.7 Procedural Skills
    • 2.8 Section Exams
  • 03 Laboratory Testing Technique
    • 3.1 Learning Objectives
    • 3.2 Understanding Laboratory Testing Technique
    • 3.3 Molecular Biological Testing Technique
    • 3.4 Etiological Detection Technique
    • 3.5 Serologic Detection Technique
    • 3.6 Pathological Examination Technique
    • 3.7 Procedural Skills
    • 3.8 Section Exams
  • 04 Prevention and Control Technology for Bacterial Diseases
    • 4.1 Learning Objectives
    • 4.2 Prevention and Control Technology for White Scours in Piglets
    • 4.3 Prevention and Control Technology for Yellow Scours in Piglets
    • 4.4 Prevention and Control Technology for Swine Plague
    • 4.5 Prevention and Control Technology for Streptococcus Suis Infection
    • 4.6 Prevention and Control Technology for Glasser's Disease
    • 4.7 Prevention and Control Technology for Clostridial Enteritis in Piglets
    • 4.8 Prevention and Control Technology for Mycoplasma Pneumonia of Swine
    • 4.9 Prevention and Control Technology for Swine Erysipelas
    • 4.10 Prevention and Control Technology for Swine Exudative Dermatitis
    • 4.11 Prevention and Control Technology for Infectious Pleuropneumonia in Swine
    • 4.12 Prevention and Control Technology for Piglet Edema Disease
    • 4.13 Prevention and Control Technology for Swine Paratyphoid
    • 4.14 Procedural Skills
    • 4.15 Section Exams
  • 05 Prevention and Control Technology for Viral Diseases
    • 5.1 Learning Objectives
    • 5.2 Prevention and Control Technology for Swine Fever
    • 5.3 Prevention and Control Technology for Swine Foot-and-Mouth Disease
    • 5.4 Prevention and Control Technology for Porcine Reproductive and Respiratory Syndrome (PRRS)
    • 5.5 Prevention and Control Technology for Swine Influenza
    • 5.6 Prevention and Control Technology for Porcine Circovirus-associated Disease
    • 5.7 Prevention and Control Technology for Transmissible Gastroenteritis in Swine
    • 5.8 Prevention and Control Technology for Porcine Epidemic Diarrhoea (PED)
    • 5.9 Prevention and Control Technology for Porcine Rotavirus Infection
    • 5.10 Prevention and Control Technology for Japanese Encephalitis Virus Infection in Swine
    • 5.11 Prevention and Control Technology for Porcine Parvovirus Infection
    • 5.12 Prevention and Control Technology for African Swine Fever (ASF)
    • 5.13 Prevention and Control Technology for Swine Influenza
    • 5.14 Procedural Skills
    • 5.15 Section Exams
  • 06 Prevention and Control Technology for Parasitic Disease
    • 6.1 Learning Objectives
    • 6.2 Prevention and Control Technology for Porcine Cysticercosis
    • 6.3 Prevention and Control Technology for Trichinosis
    • 6.4 Prevention and Control Technology for Porcine Ascariasis
    • 6.5 Prevention and Control Technology for Sarcoptic Mange in Swine
    • 6.6 Prevention and Control Technology for Toxoplasma in Swine
    • 6.7 Prevention and Control Technology for Swine Coccidiosis
    • 6.8 Procedural Skills
    • 6.9 Section Exams
  • 07 Disinfection, Immunization and Health Care Measures in Swine Farms
    • 7.1 Learning Objectives
    • 7.2 Deworming and Health Care Technology
    • 7.3 Disinfection Technology
    • 7.4 Swine Immunization Technology
    • 7.5 Immunization Program Formulation
    • 7.6 Difficult Problems of Swine Immunization
    • 7.7 Disposal of Sick and Dead Swine
    • 7.8 Treatment of Swine Epidemic
    • 7.9 Section Exams
  • 08 Course Animation
    • 8.1 Pathogenic Microorganisms and Infection
    • 8.2 Fluorescent Quantitative PCR Testing
    • 8.3 Prevention and Control Actions for Major Animal Epidemic Diseases
    • 8.4 Swine Immunization
    • 8.5 Swine Clinical Necropsy Procedures

Taught by

Yaqiang Chen, Min Zheng, Jinjin PENG, Yang Yanhui, Hao Yongfeng, and HUANG SHILEI

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