Oral respiration modulates sensory and cognitive brain potentials differently than nasal respiration (Leupin & Britz, nature Scientific Reports, 2025)

This dataset contains participant-level event-related potential (ERP) averages (in .fif format) from Leupin, V., & Britz, J. (2025). Oral respiration modulates sensory and cognitive brain potentials differently than nasal respiration. Scientific Reports, 15, 29401. https://doi.org/10.1038/s41598-025-12518-1

Organizational unit: UNIFR - Psychology

Type: Dataset

DOI: 10.34914/olos:4gvfj4pyejb7zjq67tfrejhxhi

Referenced by the following DOI or ARK

License: Creative Commons Attribution 4.0 International

Keywords: consciousness, EEG, ERPs, cardiac phase, systole, diastole, respiratory phase, inhalation, exhalation, visual discrimination, brain-body interactions, visual threshold, oral respiration

Publication date

29/06/2026

Retention date∞

Access levelPublic

SensitivityBlue

Contract on the use of data

License

Contributors

Britz, Juliane

Leupin, Viviana

Files

16 Files (62.4 MB)

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Metadata version: 5.0

Disposal approval: Yes

Retention expiration: 29/06/2026 00:00:00

Created: 02/07/2026 08:44:41

Deposit: Oral respiration modulates sensory and cognitive brain potentials differently than nasal respiration (Leupin & Britz, nature Scientific Reports, 2025)

Deposit creation

Deposit approval: 02/07/2026 08:44:41

SIP: Oral respiration modulates sensory and cognitive brain potentials differently than nasal respiration (Leupin & Britz, nature Scientific Reports, 2025)

AIP: Oral respiration modulates sensory and cognitive brain potentials differently than nasal respiration (Leupin & Britz, nature Scientific Reports, 2025)