Abstract

DE LA TORRE RODRIGUEZ, Enma Estrella; AGUILERA PALACIOS, Gustavo Ramón; CUTIE ANIDO, Yudelkis  and  ARGUELLES GONZALEZ, Ivis. Structural and Functional Description of Autoimmune Inflammatory Optic Neuropathy. ccm [online]. 2017, vol.21, n.2, pp.395-411. ISSN 1560-4381.

Introduction: optic neuritis is an inflammation of the optic nerve of varied etiology related to some conditions such as inflammatory processes and systemic diseases. Objective: to describe structure and function in autoimmune inflammatory optic neuropathy. Methods: a descriptive of a series of cases study at Lucía Iñiguez Landín Surgical Clinical Hospital in 2012 was done. The universe consisted of 18 patients with inflammatory optic neuropathy. The sample included 12 patients with autoimmune etiology. The patients were distributed according to etiological and topographical diagnosis. Funduscopy and confocal laser tomography were performed. Functional evaluation of the optic nerve was performed according to visual Evoked Potentials. Results: demyelinating etiology and anterior topographic etiology predominated, of the eight patients of the topographic variety, seven had multiple sclerosis and one case was due to systemic lupus erythematosus. The posterior demyelinating variety was observed in two cases. The greatest number of patients presented increased thickness of the retinal nerve fiber layer as a result of funduscopy and confocal tomography. The results with laser tomography coincided with those obtained by funduscopy, the eight cases with anterior topography showed increased thickness of the retinal nerve fiber layer and the two cases of posterior topography showed a normal thickness. The greater number of patients presented increased latency and normal amplitude of the evoked potentials, the majority of cases presented increased latency (9 cases for 75.0%) and three showed a very increased latency (25.0%). The amplitude was normal in eight patients and in four it diminished. Of these (34%), two corresponded to anterior optic neuritis. Conclusions: the relationship structure in the optic nerve damage in autoimmune inflammatory neuropathy was corroborated.

Keywords : autoimmune inflammatory optic neuropathy; optic nerve; visual evoked potentials.

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