3Rs Certificate Course

Introduces you to key information about, and tools to use, the 3Rs of animal research.

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About this Course

The use of animals in science (for example, research, regulatory purposes, or teaching) is a controversial topic. Concerns surround animals’ sentience, any harms that might be caused to them, and whether those harms are ethically justified. Any institutions that conduct research with animals should employ the 3Rs principles of refinement, reduction, and replacement to improve the design of animal research protocols and enhance animal welfare.

In this five-module course, the 3Rs Collaborative (3RsC) will introduce you to key information about, and tools to use, the 3Rs of animal research. The goal is to empower you to make a difference for animals in science by enhancing animal welfare, reducing the total animal numbers while ensuring scientific validity, and replacing animals with scientifically valid alternatives.

As a bearer of this 3Rs Certificate, you can be a champion for the 3Rs and help our field make continual forward progress in humane science.

Note: This course is licensed from the 3Rs Collaborative.

Course Preview:

Language Availability: English

Suggested Audiences: IACUC Members, Scientists, Students, Technicians, Veterinarians, or anyone interested in the 3Rs

Organizational Subscription Price: $675 per year/per site for government and non-profit organizations; $750 per year/per site for for-profit organizations
Independent Learner Price: $99.73

Demo Instructions


Course Content

History and Overview of the 3Rs

This module takes you on a journey from the first presentation of the 3Rs principles in 1957 to the modern organizations using and championing these principles. In between, you will learn to clearly define the 3Rs and their relevance to a culture of care. Finally, you will learn to identify key examples of the 3Rs and helpful resources to their application.

Recommended Use: Required
ID (Language): 21587 (English)
Author(s): Natalie Bratcher-Petersen, MS - Digital In Vivo Alliance/ TLR Ventures; Sylvie Cloutier, PhD - Canadian Council on Animal Care; Brianna Gaskill, PhD - Novartis Biomedical Research; Megan LaFollette, MS, PhD - The 3Rs Collaborative; Elizabeth Nunamaker, DVM, PhD, MS, DACLAM, DACAW - The 3Rs Collaborative; Sally Thompson-Iritani, DVM, PhD, CPIA, CHABP, CCFP, CFE - University of Washington; Erin Vogelsong, MS, CMAR, LATG - Drexel University; Lauren Young, MSc - The 3Rs Collaborative

Replacement

This module aims to provide a broad understanding of modern interpretations of replacement, current strategies for replacement, advantages and challenges of replacements (especially compared to animal models), and future directions and case studies for implementation. The module includes high-level overviews of in vitro, in chemico, in silico, and physical replacements for traditional animal techniques. New replacements and improvements to current replacements are continuously being developed, so you are encouraged to conduct additional research into replacement options for whatever specific area of animal research you are currently involved with. A list of resources to learn more about replacement strategies can be found at the end of the module.

Recommended Use: Required
ID (Language): 21588 (English)
Author(s): Natalie Bratcher-Petersen, MS - Digital In Vivo Alliance/ TLR Ventures; Sylvie Cloutier, PhD - Canadian Council on Animal Care; Brianna Gaskill, PhD - Novartis Biomedical Research; Megan LaFollette, MS, PhD - The 3Rs Collaborative; Elizabeth Nunamaker, DVM, PhD, MS, DACLAM, DACAW - The 3Rs Collaborative; Sally Thompson-Iritani, DVM, PhD, CPIA, CHABP, CCFP, CFE - University of Washington; Erin Vogelsong, MS, CMAR, LATG - Drexel University; Lauren Young, MSc - The 3Rs Collaborative

Reduction

This module deepens your understanding of the 3Rs principle of reduction. You will begin by learning about the core principles of reduction, which involves reducing the number of animals required throughout an experimental timeline via careful experimental design, measurement selection, and data analysis. You will also learn how sources of intrinsic and extrinsic variation can affect variability and reproducibility. Finally, you will learn about applying reduction in animal colony management in making decisions about purchasing, breeding, or repurposing animals.

Recommended Use: Required
ID (Language): 21589 (English)
Author(s): Natalie Bratcher-Petersen, MS - Digital In Vivo Alliance/ TLR Ventures; Sylvie Cloutier, PhD - Canadian Council on Animal Care; Brianna Gaskill, PhD - Novartis Biomedical Research; Megan LaFollette, MS, PhD - The 3Rs Collaborative; Elizabeth Nunamaker, DVM, PhD, MS, DACLAM, DACAW - The 3Rs Collaborative; Sally Thompson-Iritani, DVM, PhD, CPIA, CHABP, CCFP, CFE - University of Washington; Erin Vogelsong, MS, CMAR, LATG - Drexel University; Lauren Young, MSc - The 3Rs Collaborative

Refinement

Once it has been determined that no suitable replacements exist and after reduction has been applied to ensure robust experimental design, any animals that are used in experimental research should have their lives “refined.” This module will expand your understanding of the 3Rs principle of refinement. You will begin by learning definitions and models of welfare and how these apply to refinement. Then, you will learn how each individual working in an animal research facility should enact refinement depending on their role. You will learn the importance of providing each animal with a species-specific enriched environment and review several examples of ways that housing, husbandry, handling, and experimental procedures can be refined. Finally, you will be introduced to concepts related to harm, benefits, and suffering as well as classification systems and endpoints.

Recommended Use: Required
ID (Language): 21590 (English)
Author(s): Natalie Bratcher-Petersen, MS - Digital In Vivo Alliance/ TLR Ventures; Sylvie Cloutier, PhD - Canadian Council on Animal Care; Brianna Gaskill, PhD - Novartis Biomedical Research; Megan LaFollette, MS, PhD - The 3Rs Collaborative; Elizabeth Nunamaker, DVM, PhD, MS, DACLAM, DACAW - The 3Rs Collaborative; Sally Thompson-Iritani, DVM, PhD, CPIA, CHABP, CCFP, CFE - University of Washington; Erin Vogelsong, MS, CMAR, LATG - Drexel University; Lauren Young, MSc - The 3Rs Collaborative

Summary and Applications

This module aims to encourage and guide your practical daily application of the 3Rs principles using a series of scenarios and exercises. Additionally, this module introduces key topics closely related to the 3Rs such as a culture of care, openness/transparency, and the connection between human and animal well-being.

Recommended Use: Required
ID (Language): 21591 (English)
Author(s): Natalie Bratcher-Petersen, MS - Digital In Vivo Alliance/ TLR Ventures; Sylvie Cloutier, PhD - Canadian Council on Animal Care; Brianna Gaskill, PhD - Novartis Biomedical Research; Megan LaFollette, MS, PhD - The 3Rs Collaborative; Elizabeth Nunamaker, DVM, PhD, MS, DACLAM, DACAW - The 3Rs Collaborative; Sally Thompson-Iritani, DVM, PhD, CPIA, CHABP, CCFP, CFE - University of Washington; Erin Vogelsong, MS, CMAR, LATG - Drexel University; Lauren Young, MSc - The 3Rs Collaborative


FAQs

Who should take the 3Rs Certificate Course?

The course is North American-centric and refers to U.S. and Canadian guidelines. The target learner is anyone working with research animals, including students, scientists, technicians, IACUC members, veterinarians, or anyone interested in the 3Rs.

How long does it take to complete the 3Rs Certificate Course?

The 3Rs Certificate Course takes about five hours to complete. Each module takes roughly one hour to complete.

What are the standard recommendations for learner groups?

This course is designed such that learners should complete all modules in sequence.

Is this course eligible for continuing medical education credits?

This course does not currently have CE/CME credits available.


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