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A mHealth application to identify cognitive communication disorder after right hemisphere stroke: development and
Amanda Love1, Petrea Cornwell1, Ronelle Hewetson1
1School of Health Sciences and Social Work, Speech Pathology, Griffith University, Gold Coast, Australia.
Mhealth
|February 13, 2025
Summary
A new mobile app, RECOGNISE, was developed to screen for cognitive communication disorders after right hemisphere stroke. Beta testing showed it is user-friendly, though interface improvements are needed for speech-language pathologists.
Area of Science:
- Neurology
- Speech-Language Pathology
- Digital Health
Background:
- Over 50% of right hemisphere (RH) stroke patients experience cognitive communication disorders (CCD).
- A significant gap exists in evidence-based screening tools for speech-language pathologists (SLPs) to identify RH stroke-related CCD.
- The RECOGNISE mobile health (mHealth) application was developed to address this need.
Purpose of the Study:
- To develop and beta-test the RECOGNISE mHealth application for screening CCD in RH stroke patients.
- To gather user feedback from both RH stroke survivors and SLPs on the application's usability and effectiveness.
Main Methods:
- The RECOGNISE application, designed for Android, was beta-tested by six RH stroke participants and three SLPs.
- User acceptance surveys were completed by all participants.
- Qualitative content analysis was used to evaluate feedback on test items, user interface, and accessibility.
Main Results:
- RH stroke participants found RECOGNISE easy and enjoyable to use.
- SLPs recognized RECOGNISE's evidence-based foundation, unique features, and patient engagement potential.
- User feedback highlighted areas for improvement, including app navigation, image layout, and scoring consistency.
Conclusions:
- RECOGNISE is the first mHealth tool specifically for identifying CCD post-RH stroke.
- With UI enhancements, RECOGNISE shows promise as an evidence-based screening tool for SLPs.
- Further research is required to validate the reliability and accuracy of RECOGNISE.

