Non-Invasive Brain Stimulation Data Analysis Structure (NIBS-DAS): A Template for the Layout, Management, and Analysis of NIBS Data

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Authors: Michael Paul Barham, Jordan Morrison-Ham, Christopher J. Greenwood, Giacomo Bertazzoli, Nigel C. Rogasch, Hannah G.K. Bereznicki, Ellen F. P. Younger, Elizabeth G. Ellis, Liam G. Graeme, David A. Cunningham, Wei‐Yeh Liao, Peter J. Fried
+2 more Álvaro Pascual‐Leone, Peter G. Enticott
Cited by: 1
References: 25

Abstract

Abstract Currently, there is no consensus about how investigators should format their NIBS data for sharing. This presents a barrier to the advancement of big data analyses because it requires time-consuming operations to generate consistent formats across different shared datasets. Recently, we launched ‘Big non-invasive brain stimulation data’ (Big NIBS data), an open-access platform and repository for NIBS data ( https://www.bignibsdata.com/ ), providing a structured mechanism for researchers to share NIBS data. However, the reusability and interoperability of data uploaded to Big NIBS data is restricted by the absence of a common data structure. The current paper addresses this problem by creating the ‘NIBS data analysis structure’ (NIBS-DAS), a template pipeline for the layout, management, and analysis of collated NIBS outcome data. While its primary purpose is to provide a template layout for uploading collated data to the Big NIBS data repository, NIBS-DAS also offers guidelines for the management and analysis of collated NIBS data, thereby forming a data analysis pipeline that can be freely used by the NIBS field in general. We anticipate that NIBS-DAS will serve to facilitate data sharing on the Big NIBS data platform and promote greater standardisation of data management and analytical practices in the NIBS field.

Fields of Study & Subjects

Neurological disorders and treatments Functional Brain Connectivity Studies Digital Mental Health Interventions

Publication details

Journal / source
bioRxiv (Cold Spring Harbor Laboratory)
Publication date
4 May 2026
Document type
Preprint