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On the same page? A qualitative study protocol on collaboration in a multi-laboratory preclinical study.
Jenna M Evans1, Alexander Peever1, Agnes Grudniewicz2
1DeGroote School of Business, McMaster University, Hamilton, Canada.
This study examines how members of Canada's first multi-laboratory preclinical study build shared mental models and collaborate. Understanding this collaboration is key to improving the translation of medical advancements from the lab to the patient.
Area of Science:
- Translational science
- Organizational psychology
- Medical research
Background:
- Medical advancements face delays in patient application due to knowledge translation challenges.
- Multi-laboratory preclinical studies offer a solution to methodological weaknesses in single-lab findings.
- Effective collaboration, driven by shared mental models, is crucial for multiteam systems.
Purpose of the Study:
- To investigate the development of shared mental models within Canada's first multi-laboratory preclinical study.
- To analyze how collaboration is fostered and evolves in this complex research environment.
- To enhance the understanding of teamwork in multiteam systems for improved scientific translation.
Main Methods:
- A longitudinal qualitative study design was employed.
- Data collection included interviews at four time points, team observation, and document analysis.
- Deductive and inductive coding were used for matrix and thematic analysis, with data triangulation.
Main Results:
- The study provides a comprehensive longitudinal analysis of a real-world multiteam system in a preclinical setting.
- It details the evolution of shared mental models and collaborative experiences over time.
- The findings offer insights into the dynamics of teamwork in complex scientific endeavors.
Conclusions:
- This research contributes to understanding collaboration in multiteam systems, an increasingly common organizational structure.
- The results will inform the design and execution of future multi-laboratory preclinical studies.
- Improved collaboration is expected to enhance 'bench to bedside' translation of medical innovations.
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