Concordance between child and parent-proxy report on a new self-report tool of vision related quality of life for children with JIA-associated uveitis – “Effects of Youngsters’ Eyesight on QOL -EYE-Q”

Concordance between child and parent-proxy report on a new self-report tool of vision related quality of life for children with JIA-associated uveitis – “Effects of Youngsters’ Eyesight on QOL -EYE-Q” Sheila T Angeles-Han, Sampath Prahalad, Lori Ponder, Kerrie Fields, Rachel Robb, Marla Shainberg, Larry B Vogler, Phoebe Lenhart, Amy Hutchinson, Sunil K Srivastava, Scott R Lambert, Carolyn Drews-Botsch

Concordance between child and parent-proxy report on a new self-report tool of vision related quality of life for children with JIA-associated uveitis -"Effects of Youngsters' Eyesight on QOL -EYE-Q" Sheila T Angeles-Han 5* , Sampath Prahalad 3 , Lori Ponder 3 , Kerrie Fields 1 , Rachel Robb 5 , Marla Shainberg 5 , Larry B Vogler 5 , Phoebe Lenhart 5 , Amy Hutchinson 5 , Sunil K Srivastava 2 , Scott R Lambert 5 , Carolyn Drews-Botsch 4 From 2011 Pediatric Rheumatology Symposium sponsored by the American College of Rheumatology Miami, FL, USA. 2-5 June 2011 Purpose Quality of life (QOL) studies in JIA-associated uveitis (JIA-U) focus on the ocular exam and global measures of QOL. However, these assessments may not accurately measure the impact of visual impairment (VI) on a child's daily activities. Hence, a child-centered approach is crucial in this assessment. We report on the validity and reliability of a new self-report tool to measure vision related QOL (VRQOL) in children 8-18 years of age, "Effects of Youngsters' Eyesight on QOL (EYE-Q)".

Methods
We recruited 120 children, 8-18 years of age, in a pediatric eye clinic. Best corrected visual acuity (VA) was measured using the Snellen chart. Patient-based questionnaires were administered-EYE-Q to measure VRQOL, and Pediatric Quality of Life Inventory (PedsQL) to determine overall QOL. Patients rated their eyesight as excellent (1), good (2), fair (3), poor (4), very poor (5) or completely blind (6). Parents and physicians assessed vision severity and scored how much the child's life was affected by their vision from 1-10 (1 -vision does not affect function in daily activities, and 10 -vision affects function in daily activities).

Results
Of 120 children, 48% were female, 61% were white, 46.7% had normal vision (both eyes with VA better than 20/40), 54.4% had VI (any eye with VA of 20/40 or worse) and 20.8% required the use of at least one visual aid. Mean age was 11.3 (SD 2.7). Mean scores of the measures in children with VI are shown in Table 1.
Patient vision assessment had a moderate association with EYE-Q (0.489); mild associations with VI (r = 0.266), VA (r = 0.340), physician vision assessment (r = 0.315), and need for visual aids (r = -0.281); and no association with PedsQL, laterality of VI, and parent vision assessment (Table 2). Parent vision assessment had mild associations with VI (r = 0.280), VA (r = 0.239), EYE-Q (r = -0.297), need for aids (r = -0.281), and physician assessment (r = 0.384); and no association with Peds QL and laterality of VI. Patient vision assessment had stronger associations 5 Emory University School of Medicine, Atlanta, GA, USA Full list of author information is available at the end of the article

Conclusion
VI can have a significant impact on the VRQOL of children with ocular disease. Our study demonstrates that child-reported VRQOL and vision assessment has good validity but can differ from the parent's assessment. Both parent and child reports may have valid contributions in the assessment of VRQOL and visual outcome. Hence, the child's perspective should be included in QOL studies in JIA-U. A vision-specific self-report instrument like the EYE-Q may be an important tool in the assessment of VRQOL in JIA-U, may complement current measures of VI, and may be more valid than measures of overall QOL alone.