Viewpoint article - Beyond Clinical Assessments: Advocating for Early Support for Children with Usher Syndrome in Australia

Abstract Usher syndrome is a genetic condition characterised by congenital hearing loss and progressive vision loss in childhood to early adolescence, resulting in prospective deafblindness; vestibular dysfunction may also occur. Advances in genomic testing now enable diagnosis well before vision loss is identified, highlighting families who could benefit from early psychosocial, educational, and practical support. However, eligibility for funded early-intervention, disability, and educational services in Australia remains largely tied to clinically measurable impairment. This misalignment creates a paradox: the earlier Usher syndrome is diagnosed, the longer families may wait for support, leaving children not yet deaf or blind ‘enough’ to qualify, despite a confirmed lifelong, multisystem condition. We argue that the prospective nature of deafblindness in Usher syndrome warrants early, specialised, and transdisciplinary intervention at the point of genetic diagnosis. We outline the risks associated with delayed support, highlight the benefits of early intervention, and propose a proactive model of care integrating deafblind specialists, education systems, genetic services, allied health, and family-centred supports. To ensure equitable and timely care, eligibility frameworks must evolve to reflect contemporary genomic capabilities and the future-focused needs of children with Usher syndrome and their families.

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Publication Details

Journal
International Journal of Orientation & Mobility
Published
2025-12-01
DOI
https://doi.org/10.2478/vri-2026-0003
Primary Topic
Hearing, Cochlea, Tinnitus, Genetics
Type
article
Field-Weighted Citation Impact
0.00
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article

Viewpoint article - Beyond Clinical Assessments: Advocating for Early Support for Children with Usher Syndrome in Australia

Sue Silveira, Giorgina Maxwell, Meredith Prain, L. Harper et al.
International Journal of Orientation & Mobility
Hearing, Cochlea, Tinnitus, Genetics
article

Viewpoint article - Beyond Clinical Assessments: Advocating for Early Support for Children with Usher Syndrome in Australia

Sue Silveira, Giorgina Maxwell, Meredith Prain, L. Harper, E. Shepard, L. Meekins-Doherty
article en

Abstract

Abstract Usher syndrome is a genetic condition characterised by congenital hearing loss and progressive vision loss in childhood to early adolescence, resulting in prospective deafblindness; vestibular dysfunction may also occur. Advances in genomic testing now enable diagnosis well before vision loss is identified, highlighting families who could benefit from early psychosocial, educational, and practical support. However, eligibility for funded early-intervention, disability, and educational services in Australia remains largely tied to clinically measurable impairment. This misalignment creates a paradox: the earlier Usher syndrome is diagnosed, the longer families may wait for support, leaving children not yet deaf or blind ‘enough’ to qualify, despite a confirmed lifelong, multisystem condition. We argue that the prospective nature of deafblindness in Usher syndrome warrants early, specialised, and transdisciplinary intervention at the point of genetic diagnosis. We outline the risks associated with delayed support, highlight the benefits of early intervention, and propose a proactive model of care integrating deafblind specialists, education systems, genetic services, allied health, and family-centred supports. To ensure equitable and timely care, eligibility frameworks must evolve to reflect contemporary genomic capabilities and the future-focused needs of children with Usher syndrome and their families.

International Journal of Orientation & MobilityVol. 16(1)
The University of Melbourne (AU), Flinders University (AU), Peter MacCallum Cancer Centre (AU), Flinders Medical Centre (AU), Adelaide Institute for Sleep Health (AU), Mind Australia (AU), Melbourne Health (AU), Victoria University (AU), Macquarie University (AU)
Quality Education
Openalex Percentile: Top 29%
Hearing, Cochlea, Tinnitus, Genetics
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