The Principles of Humane Animal Experimentation, originally outlined in 1959 by Russell and Burch, laid the foundation for the basis of animal welfare in research that we still use today. One of the lasting impacts of their work was the creation of the 3 R’s- Reduction, Refinement, and Replacement (not to be confused with Reduce, Reuse, Recycle).
These principles serve to guide in vivo researchers to achieve the highest degree of animal welfare during the experimental process. With modern technology, we can attain the highest level of animal care without disrupting research projects.
One of the greatest challenges for researchers has historically been their ability, or lack thereof, to sufficiently document the health and experimental processes associated with an animal. The use of spreadsheets, notebooks, or even sticky notes to track clinical diagnoses, treatments, and tests, has cost valuable time as technicians scramble to record and later compile regulatory reports. This inefficiency can lead to unwanted animal welfare outcomes and places unnecessary stress on both animals and staff.
In vivo research management software, like Climb, can help improve animal and staff welfare by tracking, recording, and compiling the necessary information easily in one spot. However, to fully understand Climb’s capabilities, we need to understand what the 3 Rs are and how they function within in vivo research¹.
- Completing a power analysis to ascertain the smallest group size required to obtain statistically significant data
- Performing multiple experiments simultaneously so the same control group can be used for all experiments
- Designing experiments so animals serve as their own controls
- Using newer instrumentation that improves precision and reduces animals needed per data point
- Sharing tissues with other investigators at the completion of an experiment
- Improving surgical techniques to reduce loss and recovery time
- Modification of research procedures to be less invasive, painful, or stressful
- Utilizing up-to-date anesthetics and analgesics that reduce complications, stress, and recovery time
- Provide environmental enrichment
- Use of cell culture or organoids
- Use of bench assays to replace bioassays involving animals
- Use of in silica computer modeling
– Providing access to aggregated, searchable data- allowing scientists easy access to an archive of original and accurate historical data can prevent unnecessary experimental replication.
– Improving experimental reproducibility by providing detailed experimental protocols, study information, and data collection processes that can be easily accessed by collaborators or shared externally.
– Comprehensive mating and births management capabilities prevent over-breeding of strains.
– Complete colony management and census provides full situational awareness, ensuring animals are allocated to a research protocol as soon as possible instead of maturing out of acceptance criteria and being euthanized.
– Up-to-date animal monitoring across several communication platforms (including internal messaging, email, and SMS) allows for immediate response to animal welfare concerns and reduces unnecessary suffering.
– Auditing and electronic signatures help identify staff and processes that require additional training and method modification, respectively.
– Streamlining the process of compiling required information for regulatory reporting.
By facilitating adherence to the principles of Reduction, Refinement, and Replacement, Climb offers the peace of mind that you’re getting new therapeutics to market ethically.