BIDSonym

BIDSonym automates pseudo-anonymization of neuroimaging datasets as a BIDSapp to reduce participant re-identification risk and ensure compliance with Ethics Review Boards and data-sharing platforms.


Key Features:

  • Automated Pseudo-Anonymization: Automates the pseudo-anonymization of neuroimaging datasets to reduce participant re-identification risk.
  • Support for Multiple De-Identification Procedures: Accommodates multiple de-identification strategies across different datasets and research needs.
  • Comprehensive Metadata Handling: Processes neuroimaging files and accompanying metadata, gathering and evaluating metadata to assess potentially sensitive information.
  • Reproducibility and Scalability: Leverages the Brain Imaging Data Structure (BIDS) to enable reproducible application across studies and is agnostic to dataset scale.
  • In-Depth Sensitivity Assessment: Produces outputs that enable detailed evaluations of sensitive information within datasets.

Scientific Applications:

  • Ethical-compliant Data Sharing: Supports sharing of neuroimaging datasets that adhere to Ethics Review Boards and data-sharing platform requirements by reducing re-identification risk.
  • Open Science and Reproducibility: Standardizes pseudo-anonymization within the BIDS framework to support open science, reproducibility, and sustainability in neuroimaging studies.
  • Privacy-preserving Large-scale Studies: Enables sharing of both small-scale studies and large-scale neuroimaging projects while preserving participant privacy.

Methodology:

BIDSonym is implemented as a BIDSapp that processes neuroimaging files and accompanying metadata, gathers and evaluates metadata information, and produces outputs for in-depth sensitivity assessment.

Topics

Details

License:
BSD-3-Clause
Tool Type:
command-line tool
Added:
6/14/2021
Last Updated:
8/13/2021

Operations

Publications

Herholz P, Ludwig RM, Poline J. BIDSonym - a BIDSapp for the pseudo-anonymization of neuroimaging datasets. Unknown Journal. 2021. doi:10.31234/osf.io/3aknq.

Documentation

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