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Published on: March 8, 2024
Data science and its future in large neuroscience collaborations
Manuel Schottdorf1, Guoqiang Yu2, Edgar Y Walker3
1Princeton Neuroscience Institute, Princeton University, Princeton, NJ, USA.
Large neuroscience collaborations need better data management. A survey of NIH BRAIN Initiative U19 grants revealed current shortcomings and proposed policies for improved neuroscience data practices.
Area of Science:
- Neuroscience
- Data Science
- Scientific Collaboration
Background:
- Large-scale neuroscience research, particularly within initiatives like the NIH's BRAIN Initiative, necessitates robust and scalable data management strategies.
- The optimal practical implementation of data management for extensive scientific collaborations remains an unresolved challenge.
Approach:
- A comprehensive data science survey was administered to active U19 grants funded by the NIH's BRAIN Initiative.
- The survey targeted data science liaisons and Principal Investigators, representing approximately 500 researchers across 21 national collaborations.
- The study documented current tools, technologies, and methodologies employed in neuroscience data science.
Key Points:
- Current data science practices in neuroscience collaborations exhibit several identified shortcomings.
- The survey provides insights into the existing landscape of data management tools and techniques.
- Analysis highlights areas for improvement in data handling within large research networks.
Conclusions:
- The findings inform the development of strategic plans and policy recommendations.
- Proposed policies aim to enhance data collection, utilization, publication, and reuse in neuroscience.
- Recommendations include a focus on improving data science training for the neuroscience community.
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