December 2002
Volume 43, Issue 13
ARVO Annual Meeting Abstract  |   December 2002
Estimations of Functional Vision Correlate with NEI VFQ
Author Affiliations & Notes
  • PS Fuhr
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • KH Chung
    School of Optometry University of Alabama at Birmingham Birmingham AL
  • LD Holmes
    Vision Science University of Alabama at Birmingham Birmingham AL
  • S Mitchell
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • JD Wesley
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • E McIntosh
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • JL Elliott
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • TK Kuyk
    Blind Rehabilitation Birmingham VAMC Birmingham AL
  • Footnotes
    Commercial Relationships   P.S. Fuhr, None; K.H. Chung, None; L.D. Holmes, None; S. Mitchell, None; J.D. Wesley, None; E. McIntosh, None; J.L. Elliott, None; T.K. Kuyk, None. Grant Identification: Support: VA RRD # C2240-RA, EyeSight Foundation of Alabama, Birmingham VAMC
Investigative Ophthalmology & Visual Science December 2002, Vol.43, 3813. doi:
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    • Get Citation

      PS Fuhr, KH Chung, LD Holmes, S Mitchell, JD Wesley, E McIntosh, JL Elliott, TK Kuyk; Estimations of Functional Vision Correlate with NEI VFQ . Invest. Ophthalmol. Vis. Sci. 2002;43(13):3813.

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      © ARVO (1962-2015); The Authors (2016-present)

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Abstract: : Purpose: The purpose of this study was to determine if combining visual acuity (VA) and visual field (VF) measures in the manner proposed in the 1999 Guide for the Evaluation of Visual Impairment would be more predictive of self-reported visual function than standard vision measures alone. Methods: Quality of life and visual function were assessed in 118 legally blind veterans who signed informed consent and entered a blind rehabilitation program. The NEI VFQ 25 was administered by an interviewer and scored in the standard manner. Visual function tests included visual fields, visual acuities, contrast sensitivity and scanning ability. Binocular VFs were measured with Goldmann kinentic perimetry (III4e, standard luminance) along 12 meridians. Amount of VF remaining (visual field extent, VFE) was determined by the sum of the 12 meridians, corrected for intervening scotomas. The same VF tests were rescored using methodology proposed in the Guide to determine the Functional Field Score (FFS). Monocular and binocular VAs that contribute to the Functional Acuity Score (FAS) were obtained from the subject’s records, and these were combined to determine the Functional Vision Score (FVS). Correlational and stepwise regressional analyses were performed. Results: High correlations were found between VF measures (R=0.95, p<.01) and VA measures (R=0.82, p<.01)). Stepwise regression found FVS to be the best predictor of NEI-VFQ composite score (R=0.341, p<.01), and sub-scale scores of social function, general vision, driving, and dependency. VFE and FFS combined as predictors of the peripheral vision subscale (R=0.582, p<.001). High contrast visual acuity (VAS) and FFS were predictors for the near acuity subscale (R= 0.394, p<.001). General vision subscale score was best predicted by the combination of VFS, VAS, and FVS (R=0.502, p<.001). FAS was the best predictor for distance vision subscale (R=0.271, p=0.003), while VAS was best predictor for color vision subscale (R=0.301, p=0.001). Conclusion: Functional Vision Score (FVS), an estimation of the global ability of the individual that is derived from combining visual acuity scores and visual field scores, was the best overall predictor of self-reported visual function as measured by the NEI VFQ-25. However, correlations were modest, which could be a product of the high level of visual impairment of the sample.

Keywords: 459 low vision • 536 quality of life • 624 visual fields 

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