M Sato1, M Maeda, T Ohmura, Y Miyazaki. 1. Department of Ophthalmology, Nagoya University School of Medicine, Nagoya, Japan.
Abstract
PURPOSE: To introduce myectomy of the lateral rectus muscle for correcting exotropia in patients with third nerve palsy. METHODS: The lateral rectus muscle of the paretic eye was myectomized without suturing it to the globe. This was combined with a medial rectus muscle resection and a contralateral lateral rectus muscle recession. Magnetic resonance imaging was performed to observe the re-attachment of the lateral rectus muscle to the globe. RESULTS: The patient was able to fuse in the primary position without any noticeable limitation in abduction. Magnetic resonance imaging showed that the lateral rectus muscle was attached to the globe through fibrous tissue. CONCLUSION: Myectomy of the lateral rectus muscle is an effective and simple procedure to accomplish a super-maximal weakening effect of abduction in patients with complete third nerve palsy.
PURPOSE: To introduce myectomy of the lateral rectus muscle for correcting exotropia in patients with third nerve palsy. METHODS: The lateral rectus muscle of the paretic eye was myectomized without suturing it to the globe. This was combined with a medial rectus muscle resection and a contralateral lateral rectus muscle recession. Magnetic resonance imaging was performed to observe the re-attachment of the lateral rectus muscle to the globe. RESULTS: The patient was able to fuse in the primary position without any noticeable limitation in abduction. Magnetic resonance imaging showed that the lateral rectus muscle was attached to the globe through fibrous tissue. CONCLUSION: Myectomy of the lateral rectus muscle is an effective and simple procedure to accomplish a super-maximal weakening effect of abduction in patients with complete third nerve palsy.
Authors: Jason H Peragallo; Beau B Bruce; Amy K Hutchinson; Phoebe D Lenhart; Valérie Biousse; Nancy J Newman; Scott R Lambert Journal: Neuroophthalmology Date: 2014-10-09