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Sections
- Overview
- Pharmacology
- Microbiology
- Public Health
- Veterinary Public Health
- I. Introduction
- II. The Human Health Impact Of Antimicrobial Resistance In Animal Populations
- III. The environmental impact of imprudent antimicrobial use in animals
- IV. The Global Health Impact Of Antimicrobial Resistance In Animal Populations
- References and Resources
- Summary
- Animated
-
Integrated Principals
- 1. Purpose and Goals
- 2. Introduction
- 3. Mechanisms of resistance
- 4. The public health officer
- 5. Salmonella epidemiology
- 6. Food History
- 7. Small Animal Clinic
- 8. The physical exam
- 9. Simon the cat
- 10. Horse exposure
- 11. Farm biosecurity
- 12. Use of antibiotics
- 13. At the micro lab
- 14. Selecting an antibiotic
- 15. Empiric Therapy
- 16. Pharmacology
- 17. Using MIC values
- 18. Case Wrap-up
- 19. Antimicrobials and agriculture
- 20. Salmonella resistance
- 21. Conclusion
- 22. Epilog
- References
- Glossary
- The Hunt for Ella Salmonella
- The Hunt for Ella Salmonella Book II
- Global Perspectives – The Danish Experiment:
-
Integrated Principals
- Species Specific
-
Dairy Cattle
- Medicated Milk Replacer
-
Neonatal Scours, Antibiotics and Dairy Calves
- 1. Intro to Neonatal Scours, Antibiotics and Dairy Calves
- 2. Farm Background
- 3. Calf Management
- 4. What next?
- 5. Scours History
- 6. Calf Records
- 7. Farm Tour
- 8. Physical Exam
- 9. Diagnostic Specimens
- 10. Necropsy
- 11. Antibiotic Selection
- 12. When to Use Antibiotics
- 13. Fluid Administration
- 14. Discussion with Client
- 15. Colostrum Management
- 16. Treatment plan
- 17. Management Recommendations
- 18. Laboratory Results
- 19. Use of Antibiotics for Scours
- 20. Summary
- Model Mastitis Control Program
-
Contagious Mastitis Control in Dairy Cows
- 1. Contagious Mastitis
- 2. Contagious Mastitis
- 3. Contagious Mastitis
- 4. Contagious Mastitis
- Contagious Mastitis 5
- 6. Contagious Mastitis
- 7. Contagious Mastitis
- 8. Contagious Mastitis
- 9. Contagious Mastitis
- 10. Contagious Mastitis
- 11. Contagious Mastitis
- 12. Contagious Mastitis
- 13. Contagious Mastitis
- Cows to Culture
- Cows to Culture
- 14. Contagious Mastitis
- 15. Mastitis Treatment and Prevention
- 16. Summary
- 17. References
- Beef Cattle
-
Pet Animals
- Antimicrobial Use and Resistance In Companion Animal Medicine
-
Rodent Multiple-Drug Resistant Salmonella Outbreak
- 1. Index Case
- 2. Initial Questions
- 3. Interview
- 4. Necropsy
- 5. Rodent Salmonella Outbreak
- 6. PFGE
- 7. Control Questions
- 8. Source Identification
- 9. Control Measures
- 10. Additional Cases
- 11. Pocket Pet Industry
- 12. Rodent Antibiotics
- 13. Salmonella & Antibiotics
- 14. Public Awareness
- 15. Antibiotic Summary
- 16. Traceback Diagram
- 17. Conclusions
- Canine Pyoderma Teaching Module
-
Antibiotic Use in Feline Urinary Tract Disease
- 01 Introduction
- 02 Questions to ask
- 03 Physical examination
- 04 Narrowing your differentials
- 05 Diagnostic Tests
- 06 Sample Collection
- 07 Cystocentesis
- 08 Sample problems
- 09 Getting a sample
- 10 Results
- 11 Diagnosis
- 12 What to do next?
- 13 Culture
- 14 Initial Treatment
- 15 Culture Results
- 16 Diagnosis
- 17 How to proceed?
- 18 Treatment Plan
- 19 Update
- 20 References
- Equine
-
Swine
-
Post-Weaning Scours in Pigs
- 01 Setup
- 02 Clinical Signs-Post Mortem Exam Results
- 03 Clinical Diagnosis
- 04 Immediate Therapy implemented
- 05 VCPR-PQA
- 06 Diagnostic submission
- 07 Diagnostic results review
- 08 Extra label drug use algorithm for veterinarians
- 09 Follow-up check on the farm’s clinical picture.
- 10 Prevention plan created
- 11 What will we do going forward and what would the result likely be?
- 12 Additional Resources
-
Post-Weaning Scours in Pigs
-
Dairy Cattle
- Support
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We are pleased to announce the availability of this new teaching resource regarding Antimicrobial Resistance in Veterinary Medicine. These open-source teaching modules are designed for integration into existing veterinary school courses regarding: Pharmacology, Microbiology, Public Health, and Species-specific medicine. Other interested visitors to the site include researchers, microbiologists, epidemiologists and animal scientists. Contributors include Michigan State University, the University of Minnesota and the Centers for Disease Control and Prevention.
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