Antimicrobial Resistance Genes
The Fate and Transport of Antimicrobial Resistance in Flowing Waters project is a USDA-funded effort (Grant #1024735) to bring light to an issue that is heavily impactful to the world.
Antimicrobial Resistance (AMR) refers to the variety of adaptation mechanisms that are used by microorganisms to survive an encounter with antibiotics or other toxic substances.
What this translates to is that bacteria, for instance, can evolve to resist certain antibiotics and become more recalcitrant to common treatments. While this is a naturally occurring phenomenon, the increase in consumption of antibiotics by humans and animals has resulted in bacteria having to evolve much quicker than they naturally would have, building up their resistance to antibiotics that many people take every day.
This project was built as an open educational resource (OER) to provide an interactive experience that places you into a retro game simulation where you’ll learn alongside some of our characters to discover what AMR is, how it works, where it can be found, and what Notre Dame and the rest of the world are doing to learn more about this global health phenomenon. Hit the "Start" button below to review the interactive OER:
AMR Research at Notre Dame
 RepositoryWe have compiled a list of resources that were used to help develop this material, along with the links to the videos within the above interactive experience. Click the link below to learn more. View the Page |
 Playable AMR GameThe city faces a bacterial invasion, and antibiotics are only a temporary fix! Fend off the waves of bacteria for as long as you can! View the Game |