The Australian Code for the Care and Use of Animals for Scientific Purposes requires that scientific and teaching activities involving the use of animals consider and apply the 3R's; i.e. Replacement of animals with alternative methods, Reduction of number of animals used and Refinement of techniques to minimise the potential impact on animals.
Eligible applicants are:
- Academic and professional staff holding full time or fractional (0.4 FTE or greater) appointments at UWA (including adjunct, clinical and honorary staff) at the time of the award.
- Postgraduate students enrolled on a full-time or part-time basis at the time of the award.
Other eligibility criteria:
- Work must have been conducted under a UWA Animal Ethics Committee (AEC) approval which was active at any time between the 12th July 2018 and 12th July 2020.
- Please note: Any AEC finding of non-compliance with the approval may render the protocol ineligible for this award.
- Complete the application form:
- Demonstrate how the work has, or is currently, leading to Replacement, Reduction or Refinement in the use of sentient animals in research, teaching and animal care.
- Use language suitable for lay people.
- Submit the application to [email protected] by 14th August 2020.
- The Award is made by the Deputy Vice-Chancellor (Research) on the recommendation of the UWA Animal Ethics Committee.
- The award will be a payment of $5000 to the successful applicant's PG account.
- The Animal Ethics Committee may also make formal commendations to runners up for the Award, as it deems appropriate.
Enquiries and Submission
Further Information on the 3Rs
The principles of Replacement, Reduction and Refinement (the 3Rs) are the internationally accepted ethical framework for the humane use of animals in scientific studies.
The National Centre for the Replacement, Refinement and Reduction of Animals in Research (NC3Rs) website (www.nc3rs. org.uk/page.asp?id=7) provides detailed information about the 3Rs, including the definitions outlined below:
- Refers to methods that avoid or replace the use of animals in an area that they would otherwise be used. This can be "absolute" i.e. using methods that don't use animals at any time e.g. computer modelling; human volunteers or in vitro methodologies; utilising established human or animal cell lines; animal cells, tissues and organs from animals killed by a humane method and abattoir material from the meat industry. Replacement can also be made by using alternate animal models e.g. invertebrates, such as Drosophila (fruit fly) and nematode worms.
- Refers to methods which minimise animal use and enable researchers to obtain comparable levels of information from fewer animals or to obtain more information from the same number of animals, thereby reducing future use of animals. Examples of reduction methods include improved experimental design and statistical analysis; using imaging techniques to image at multiple time points and the sharing of data and resources.
- Refers to improvements to scientific procedures and husbandry which minimise actual or potential pain, suffering, distress or lasting harm and/or improve animal welfare in situations where the use of animals is unavoidable. Refinement applies to the lifetime experience of the animal. There is evidence that refinement not only benefits animals, but can also improve the quality of research findings. Examples of refinement methods include non-invasive techniques, improved anaesthetic and analgesic regimes for pain relief, training animals to voluntarily co-operate with procedures and providing environmental enrichment.
Useful 3Rs links
Previous 3Rs Animal Ethics Award Winners
- 2020: Associate Professor Jan Hemmi
- 2019: AEC (Green): Professor Jessica Meeuwig
- 2019: AEC (Blue): Professor Daniel J Green
- 2018: AEC (Green): Ms Harriet Paterson
- 2018: AEC (Blue): Professor Aleksandra Filipovska, Ms Kara Perks and Associate Professor Oliver Rackham
- 2017: Dr Rodney Dilley and Mr Lawrence Liew
- 2016: Professor George Yeoh of the UWA Centre for Medical Research
- 2015: Professor Shaun Collin, Ms Caroline Kerr and Ms Lucille Chapuis
- 2014: Adjunct Associate Professor Bruno Meloni
- 2013: Research Assistant Tracy Mann and Professor Peter Henry