Addressing fundamental questions in the life sciences involves gleaning information from data acquired from wet-lab experiments and simulations. State-of-the-art analyses ensuring the highest standards are only possible if each step—from data acquisition and processing to any form of modification—is documented properly. Promoting effective data governance and ensuring that all data and metadata, as well as the source code of publicly available software, is documented is key for long-term reproducibility; in short, it forms the basis of excellence in research and scientific integrity. Furthermore, proper data management allows the reuse and re-analysis of data for different purposes, and helps investigators be transparent with respect to the scientific community. These and other considerations have led to the proposition of FAIR data principles that, when properly adopted, allows scientists to find, access, interoperate and reuse research data. Scientists from various fields are currently improving existing workflows to meet these standards. The development of sustainable solutions for research data management (RDM) is strongly supported by the national research data initiative (Nationale Forschungsdateninfrastruktur, NFDI) funded by the DFG.
Given the high degree of interdisciplinarity within the CRC, RDM will take a central role, largely overseen by the Z02 (Hülsmann/Ritz) project. The team has contributed to the development and customization of an existing web application, the research data management organizer (RDMO, https://rdmo.zdv.uni-mainz.de/), which the CRC1551 members will use to develop a standard DMP.
This will help to set standards and unify strategies and workflows on how the members of the CRC handle their data. Ideally, such an approach will ensure professional data management throughout the entire life cycle of the data, identify potential legal aspects and define responsibilities. This includes proper and standardized documentation of data, provenance information, security measures and precautions against data manipulation. The participating core facilities, the data steward and local data management support will join forces to implement and distribute efficient workflows for managing data.
Bastian Hülsmann, PhD
Managing Director Core Facilities, Johannes Gutenberg University Mainz & Z02 Co-project Leader
BIOCENTER II, Johannes Gutenberg University
Hanns-Dieter-Hüsch-Weg 17, 55128 Mainz