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Positive with limitationsTask-state comparison with pre/post assessment

Cognitive state dependent enhancement of cognitive control with transcranial magnetic stimulation.

Engaging cognitive control during stimulation was associated with better subsequent task performance, suggesting a useful way to study treatment consistency.

McInnes AN, Pipia VL, Maynard KL, Kalender G, Widge AS.
Brain stimulation · Publication date: 2026-10-03
Added to site: 2026-10-04
DOI: 10.1016/j.brs.2026.103227

Published online October 3, 2026, verified in PubMed. Site addition: October 4, 2026.

Modalities
TMS/rTMS, EEG
Clinical focus
Cognitive control, State-dependent stimulation
Population
Participants whose clinical status is unspecified in the abstract
Sample
23 participants
Intervention / method
Prefrontal rTMS during either a demanding cognitive-control task or a low-demand perceptual task; behavioral and EEG assessments
Comparator
Low-demand task during stimulation

Clinician summary

Improvement occurred after the demanding-task condition; task-evoked theta subsequently decreased, while TMS-evoked theta during stimulation increased relative to the comparison condition.

How to interpret the findings

Small mechanistic study. Randomization, blinding, sham stimulation, effect sizes, adverse events and durability are not established by the abstract. Task and EEG changes do not demonstrate depression treatment efficacy.

Equipment and disclosures

Hardware and manufacturer unspecified.

PubMed reports AS Widge consulting for Abbott, equity in Resilient Neurotherapeutics and unlicensed neurostimulation patents. Other authors declare no known competing interests. Funding unavailable in checked records.

Related evidence

Compare findings from the same clinical area, including mixed results.

Abstract checked · Checked 2026-10-04

Summary prepared with AI assistance. Source verification does not imply an independent replication or a clinician's endorsement. Read our review method.