#SC-03-16 Antimicrobial Resistance in the Food Chain
- Course level: All Levels
-
Share:
- Categories Science
- Duration 12h
- Total Enrolled 5
- Last Update November 2, 2020
About Course
The University of NottinghamDescription
How do antibiotic-resistant bacteria develop and find their way into our food?
Learn what antibiotics are, how they work, and how bacteria become resistant to their effects. Hear how antibiotics are used from the perspective of healthcare and veterinary professionals. Explore how antibiotics are used in farming: How can antibiotic-resistant bacteria find their way onto our food? What impact does the environment and global trade have on the spread of this bacteria? Finally, consider what might be done to tackle antibiotic resistance: How effective are current policies? Can we find new types of antibiotics or alternatives to antibiotics? What can we do internationally?
Who will you learn with?
Robert is a Lecturer in Microbiology at the University of Nottingham. He has spent over 17 years researching pathogenic bacteria and how biological agents (phages) can be used to control them.
Professor Paul Barrow is Sub-Dean for Research and Business at the School of Veterinary Medicine and Science at the University of Nottingham.
Who developed the course?
The University of Nottingham is committed to providing a truly international education, inspiring students with world-leading research and benefitting communities all around the world.
What Will I Learn?
- Describe the connection between antibiotic use and the development of antibiotic resistance.
- Describe the mechanisms and dynamics of transfer of resistant bacteria within and along the food chain, as well as describe the environmental impact of the use of antimicrobials.
- Appraise current legislation and policy in relation to controlling usage of antimicrobials in the food chain.
- Identify alternative approaches to infection control not involving antibiotics.
Topics for this course
Introduction to the Course?
Antimicrobial resistance: A growing threat00:01:45
Course outline
Who’s involved
What are antibiotics??
What are antibiotics and where do they come from?00:02:16
How do antibiotics work? (I)
How do antibiotics work? (II)
Uses of antibiotics?
Uses in human medicine00:03:18
Uses in veterinary medicine (I)
Uses in veterinary medicine (II)
How does resistance develop??
Overuse and inappropriate use in human medicine00:05:16
Overuse and inappropriate use in veterinary medicine
Timeline of antibiotic discoveries
Mutational resistance and bacterial enzymes00:02:26
Transmissible antimicrobial resistance?
Transmission of AMR00:02:48
Reservoirs of antimicrobial resistance
Student Feedback
4.8
Total 5 Ratings
I love this course! Professor Robert Atterbury can take a topic and make it come to life. The course has had a great impac for me.
3 years ago
In this course, the question of whether we can find new antibiotics or alternatives to antibiotics is a very good one to think about.
3 years ago
In this course, I can put what We can do to address antimicrobial resistance and how effective our current policies are.
3 years ago
This course explores with us how antibiotics are used in agriculture, such as how antibiotic-resistant bacteria get into our food. Very interesting.
3 years ago
In this course I learned about what antibiotics are, how they work, and how bacteria become resistant to their effects. Good course.
Material Includes
- Official Certificate
Login
Target Audience
- This course is for anyone with an interest in antibiotics, food and farming, and how antimicrobial resistance (AMR) will affect our lives in the future. We aim to give you up-to-date information on the key issues in this topic, along with the opinions of leading experts from the world of industry, academia, medicine/veterinary medicine and government.
- For those keen to learn more about this area, we also offer a more in-depth online course on Poultry Health, in which we explore how disease can be controlled in the poultry industry; a sector that is particularly susceptible to the challenges of antimicrobial resistance.