Abstract

Children with Special Educational Needs (SEN) often have impaired eye movement control which can impact on a wide range of everyday activities including in the classroom, socialising, participation in sport or crossing a road. Although some health practitioners offer eye movement therapies these tend not to have been systematically developed or evaluated. We have developed a new app to deliver eye movement training, based on detailed scientific understanding of eye movement control and extensive clinical experience with this patient group. We first investigated the acceptability of the app within several schools and made modifications based on detailed feedback from the children. Next, we conducted a pilot study to test the feasibility of using the app with 12 children (5–17 years old) who had SEN. The children successfully undertook app-based training for 10 min per day for 4–5 weeks. There was a high level of attendance and no attrition. We found some variation across participants in their ability to play on the app and the level of engagement. This indicates that pre-assessing children for ability and engagement may be important. This encouraging proof of concept study justifies the development of a full study. Given the time and money spent on existing commercially-offered or internet-based non-validated therapies, this would have substantial patient benefit regardless of the outcome: evidence of no effect could reassure parents that this kind of treatment was not needed, whilst evidence of effect suggests this as a useful treatment for children with poor oculomotor control.

Highlights

  • In humans eye movements are a ubiquitous part of visual behaviour [1]

  • We present a novel app for an iPad/tablet designed to train children’s oculomotor control, developed by our team at the University of Bristol

  • The total number of sessions in the first school was 23 and in the second school was 16; sometimes children missed sessions due to illness, appointments and school trips: attendance rates are given in the Table 3

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Summary

Introduction

In humans eye movements are a ubiquitous part of visual behaviour [1]. We move the eyes to stabilise the image on the retina; follow moving objects; and to shift the highresolution fovea to objects of interest in our environment. It is very likely that poor oculomotor control in children impacts on many areas of life: cognitively, socially and physically

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