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Designing, conducting, and reporting reproducible animal experiments.
Emma Wilson1,2, Fiona J Ramage3, Kimberley E Wever4
1Centre for Clinical Brain Sciences, The University of Edinburgh, Edinburgh, UK.
Research reproducibility is crucial for scientific validity. This review offers practical strategies and resources to help researchers improve experimental design, conduct, and reporting, fostering more reliable scientific findings.
Area of Science:
- Biomedical research
- Scientific methodology
Background:
- Growing concerns exist regarding the reproducibility of research findings across various scientific fields.
- Inability to replicate results questions the validity and utility of published research.
Purpose of the Study:
- To engage researchers on the issue of research reproducibility.
- To provide tools and strategies for enhancing research reproducibility.
- To highlight the benefits of reproducible research for individuals and the scientific community.
Main Methods:
- Review of causes and impact of non-reproducible research.
- Identification of targets for improvement and practical steps for researchers.
- Recommendations for experimental design, conduct, and reporting, with a focus on in vivo animal experiments.
- Discussion of open research practices, data management, and sharing.
Main Results:
- Common sources of poor experimental validity identified.
- Practical guidance offered to limit bias in experimental design and conduct.
- Key resources for improving experimental design, conduct, and reporting listed.
- Emphasis on open science practices like preregistration and preprints.
Conclusions:
- Reproducible work is essential for scientific progress.
- Individual researchers are empowered to contribute to research reproducibility.
- Adoption of discussed strategies can enhance the reliability of scientific outcomes.
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