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Accepted for/Published in: JMIR Research Protocols

Date Submitted: Jul 14, 2025
Date Accepted: Oct 31, 2025

The final, peer-reviewed published version of this preprint can be found here:

Virtual Reality to Improve Pain Management and Mental Health in Stroke Survivors With Chronic Pain: Study Protocol for a Feasibility Randomized Controlled Trial on Virtual Reality-Acceptance and Commitment Therapy

Carvalho SA, Menezes P, Duarte C, Skvarc D, Sousa e Silva AR, Valentim A, Emanuel Diogo J, Sargento Freitas J, Trindade IA, Castilho P, Lapa T, Andersson G, Castelho-Branco M

Virtual Reality to Improve Pain Management and Mental Health in Stroke Survivors With Chronic Pain: Study Protocol for a Feasibility Randomized Controlled Trial on Virtual Reality-Acceptance and Commitment Therapy

JMIR Res Protoc 2026;15:e80611

DOI: 10.2196/80611

PMID: 41650200

PMCID: 12902207

Virtual Reality to improve pain management and mental health in stroke survivors with chronic pain: Study protocol of the VR-ACT feasibility study

  • Sergio A. Carvalho; 
  • Paulo Menezes; 
  • Catarina Duarte; 
  • David Skvarc; 
  • Ana Rita Sousa e Silva; 
  • Ana Valentim; 
  • João Emanuel Diogo; 
  • João Sargento Freitas; 
  • Inês A. Trindade; 
  • Paula Castilho; 
  • Teresa Lapa; 
  • Gerhard Andersson; 
  • Miguel Castelho-Branco

ABSTRACT

Background:

Studies suggest that 40%-65% of stroke survivors develop chronic post-stroke pain (CPSP), which severely affects their quality of life and mental health. Empirical evidence suggests that existing treatments often fall short, underscoring the need for innovative, integrative interventions. Virtual Reality (VR) seems to provide valuable tools in stroke rehabilitation. Also, contextual-behavioural psychological approaches, such as Acceptance and Commitment Therapy (ACT), offer promising pain management and mental health resources, which seem to be feasible in VR formats. However, their combined application in CPSP remains unexplored. Trial Registration: NCT06990646 registered on clinicaltrials.gov. Trial status: not yet recruiting. Registered 21st May 2025. https://register.clinicaltrials.gov/prs/beta/studies/S000FU3N00000043/recordSummary

Objective:

This study protocol describes the VR-ACT study, which will test the feasibility and preliminary efficacy of an 8-week VR-ACT program for CPSP.

Methods:

A pilot randomized controlled trial (N = 30) will compare a VR-based ACT intervention with a sham-VR control. The study will follow a mixed-methods approach. Quantitative outcomes include pain intensity, psychological symptoms, and quality of life (via self-report measures), and brain network connectivity of the Triple Network (via fMRI). Feasibility will be evaluated through adherence, engagement, and acceptability. Qualitative feedback will be collected post-intervention.

Results:

The study expects that the VR-ACT program will be feasible, based on adherence, engagement, and acceptability. VR-ACT is expected to be significantly more effective than Sham VR in reducing pain, disability, and psychological symptoms, improving quality of life, and decreasing triple network brain connectivity (as measured by fMRI).

Conclusions:

This trial is expected to corroborate the hypothesis that a VR-delivered ACT program is a feasible, acceptable, and potentially effective tool to support pain self-management and mental health in CPSP patients, laying the groundwork for larger, multicenter trials. Clinical Trial: NCT06990646 registered on clinicaltrials.gov. Trial status: not yet recruiting. Registered 21st May 2025. https://register.clinicaltrials.gov/prs/beta/studies/S000FU3N00000043/recordSummary


 Citation

Please cite as:

Carvalho SA, Menezes P, Duarte C, Skvarc D, Sousa e Silva AR, Valentim A, Emanuel Diogo J, Sargento Freitas J, Trindade IA, Castilho P, Lapa T, Andersson G, Castelho-Branco M

Virtual Reality to Improve Pain Management and Mental Health in Stroke Survivors With Chronic Pain: Study Protocol for a Feasibility Randomized Controlled Trial on Virtual Reality-Acceptance and Commitment Therapy

JMIR Res Protoc 2026;15:e80611

DOI: 10.2196/80611

PMID: 41650200

PMCID: 12902207

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