[Orbital decompression in Grave's disease: comparison of techniques].
Stefano Sellari‐Franceschini, S Berrettini, Francesca Forli, Luigi Bartalena, Claudio Marcocci, Maria Laura Tanda, Marco Nardi, Antonio Lepri, A Pinchera
Abstract
Stefano Sellari‐Franceschini, S Berrettini, Francesca Forli, Luigi Bartalena, Claudio Marcocci, Maria Laura Tanda, Marco Nardi, Antonio Lepri, A Pinchera
Abstract
Grave's ophthalmopathy is an inflammatory, autoimmune disorder often associated with Grave's disease. The inflammatory infiltration involves the retrobulbar fatty tissue and the extrinsic eye muscles, causing proptosis, extraocular muscle dysfunction and often diplopia. Orbital decompression is an effective treatment in such cases, particularly when resistant to drugs and external radiation therapy. This work compares the results of orbital decompression performed by removing: a) the medial and lateral walls (Mourits technique) in 10 patients (19 orbits) and b) the medial and lower walls (Walsh-Ogura technique) in 17 patients (31 orbits). The results show that removing the floor of the orbit enables better reduction of proptosis but more easily leads to post-operative diplopia. Thus it proves necessary to combine the two techniques, modifying the surgical approach on a case-by-case basis.
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Grave's ophthalmopathy is an inflammatory, autoimmune disorder often associated with Grave's disease. The inflammatory infiltration involves the retrobulbar fatty tissue and the extrinsic eye muscles, causing proptosis, extraocular muscle dysfunction and often diplopia. Orbital decompression is an effective treatment in such cases, particularly when resistant to drugs and external radiation therapy. This work compares the results of orbital decompression performed by removing: a) the medial and lateral walls (Mourits technique) in 10 patients (19 orbits) and b) the medial and lower walls (Walsh-Ogura technique) in 17 patients (31 orbits). The results show that removing the floor of the orbit enables better reduction of proptosis but more easily leads to post-operative diplopia. Thus it proves necessary to combine the two techniques, modifying the surgical approach on a case-by-case basis.
Key concepts: Diplopia, Medicine, Extraocular muscles, Decompression, Orbit (dynamics), Surgery, Graves' ophthalmopathy, Reduction (mathematics)