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B Koay

Publications and source records attributed to B Koay.

6 recordsLinked to original sources

Endoscopic orbital decompression for thyroid eye disease.

BACKGROUND: Thyroid eye disease is a disorder of immune function resulting in extraocular myopathy and an increase in retrobulbar fat. These changes lead to the clinical features found in thyroid eye disease including proptosis, eyelid retraction, restrictive myopathy and sometimes compressive optic neuropathy. Orbital decompression is undertaken for optic nerve compression, exposure keratopathy or cosmesis. Previously this involved an external approach with the removal of the medial orbital wall along with the floor. An intranasal endoscopic approach with the removal of the medial orbital wall and part of the floor has recently been advocated as an alternative procedure. METHODS: We present the results of 7 patients who underwent endoscopic orbital decompression. The effects on optic nerve function, proptosis and ocular motility were assessed. Symptoms before and after surgery were monitored. RESULTS: The surgery was found to be successful in all cases with a reduction in proptosis and minimal effect on ocular motility. The surgery was also associated with a low post-operative morbidity. CONCLUSION: We suggest endoscopic orbital decompression is an effective and safe treatment for dysthyroid eye disease.

Adult↗

Endoscopic orbital decompression for dysthyroid eye disease.

Orbital decompression for dysthyroid eye disease is traditionally performed either through an external approach or transantrally. The introduction of endoscopic sinus surgery over the last decade has led to a better understanding of the intranasal surgical landmarks of orbital walls and the development of endoscopic orbital decompression. We have adopted the endoscopic technique as the treatment of choice for orbital decompression in dysthyroid eye disease for the last two years. The surgical technique is described and illustrated, and the results of our first series of 15 patients (30 orbits) are presented.

Adult↗