Multimodal Imaging in Inherited Retinal Disorders - Summary - MDSpire

Multimodal Imaging in Inherited Retinal Disorders

  • By

  • Jin Kyun (Luke) Oh, MD

  • Jesse D. Sengillo, MD

  • January 1, 2026

  • 12 min

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Objective:

To summarize the utility of multimodal imaging techniques in the diagnosis and management of inherited retinal disorders (IRDs), emphasizing their significance in improving patient outcomes.

Approach:
    Key Findings:
    • Fundus photography and ultrawidefield imaging are essential for documenting retinal features and detecting peripheral abnormalities, with specific examples of their clinical relevance.
    • Fundus autofluorescence (FAF) is crucial for early diagnosis and monitoring of IRDs, revealing abnormalities not visible on standard examination, supported by data from recent studies.
    • NIR-AF and quantitative autofluorescence (qAF) provide complementary information to conventional FAF, enhancing diagnostic accuracy, with examples of their application in clinical settings.
    Interpretation:

    Multimodal imaging significantly enhances the ability to diagnose, monitor, and understand the progression of inherited retinal disorders, facilitating better patient management and highlighting implications for future research.

    Limitations:
    • Machine learning approaches for automated FAF interpretation face challenges due to image variability, but ongoing research is exploring solutions.
    • Current imaging techniques may not be universally applicable to all patient populations, particularly those with specific anatomical variations, necessitating further investigation.
    Conclusion:

    The integration of multimodal imaging into clinical practice is essential for improving the diagnosis and management of inherited retinal disorders, especially as gene-based therapies become more prevalent, underscoring the urgency of this integration.

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