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About Thyroid Eye Disease

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Video: AI in Thyroid Eye Disease: What Role in Patient Care?

—Artificial intelligence is a useful tool in thyroid eye disease--particularly for unspecialized providers--but there are some caveats, explains Melody Merati, DO, of NYU Grossman School of Medicine. (0:56)

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Predicting Outcomes in Graves’ Orbitopathy
Researchers in Korea recently identified predictive factors for normalization of thyroid-stimulating immunoglobulin levels in moderate-to-severe Graves’ orbitopathy, highlighting the importance of early treatment.
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In Thyroid-Associated Orbitopathy, Using Smartphones to Assess Disease Activity
A smartphone-based machine learning-assisted system for evaluating clinical activity in thyroid-associated orbitopathy may represent a promising new approach to the diagnosis and management of this condition.
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Thyroid Eye Disease Differs at Presentation Among Black and White Patients
This is one of the few studies to have investigated the manifestation and treatment of thyroid eye disease in Black populations. Compared with White patients, Black patients with thyroid eye disease presented with fewer features on clinical exam. Treatments were similar in both groups, however.
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Thyroid Eye Disease: The Patient’s Perspective
Even long after the active phase of thyroid eye disease has subsided, a multitude of challenging quality-of-life issues may persist.
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Asymmetry in Thyroid Eye Disease: Prevalence and Characteristics
Asymmetric disease may occur in one-third of patients with thyroid eye disease, with muscle volume expansion possibly contributing to the asymmetry. A standardized definition of asymmetry using more objective parameters is needed to facilitate comparisons among studies.
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Thyroid Eye Disease: Is There a Biomarker for Muscle Enlargement?
Investigators retrospectively reviewed medical records of patients with thyroid eye disease to determine the most useful biomarker for extraocular muscle enlargement.