FAIR data for optical tweezers experiments

Area of Science:

• Single-molecule biophysics
• Optical tweezers technology
• Biomedical research

Background:

• Single-molecule biophysics has significantly advanced biological understanding.
• The field faces challenges due to data silos and fragmented structures, hindering data sharing and meta-analyses.
• Existing data practices limit comprehensive analysis and integration with broader biomedical literature.

Purpose of the Study:

• To assess the adherence to FAIR data principles (Findability, Accessibility, Interoperability, Reusability) in the single-molecule optical tweezers field.
• To identify areas for improvement in data sharing and management within optical tweezers biophysics.
• To propose measures for enhancing data integration and reproducibility.

Main Methods:

• Qualitative review of current practices in single-molecule optical tweezers research.
• Quantitative bibliometric analysis to evaluate data findability, accessibility, interoperability, and reusability.
• Assessment of the current state of FAIR data principles adherence.

Main Results:

• The single-molecule optical tweezers field shows significant room for improvement in FAIR data principle adherence.
• Current data structures and sharing practices impede comprehensive meta-analyses and data integration.
• Lack of standardized metadata and data deposition practices limits interoperability.

Conclusions:

• Implementing compulsory data deposition and minimal metadata standards is crucial for the optical tweezers field.
• These measures will enhance data reproducibility, interoperability, and integration with the wider biomedical research community.
• Adopting FAIR data principles is essential for advancing single-molecule biophysics research.