La prematuridad: un antecedente de obligada consideración a la hora de valorar el complejo de células ganglionares de la retina / Prematurity: a medical history of obligatory consideration when assessing the retinal ganglion cell complex

Introducción: La supervivencia de los niños prematuros es cada vez más frecuente siendo cada vez más habitual encontrar pacientes con este antecedente en las consultas de oftalmología. El parto prematuro puede conllevar cambios estructurales a nivel ocular, pudiéndose afectar entre otras estructuras el complejo de células ganglionares (CCG), que puede ser estudiado mediante la tomografía de coherencia óptica.Materiales y métodosRealizar una revisión bibliográfica de los estudios que analizan el CCG en pacientes con antecedente de prematuridad y lo comparan con pacientes nacidos a término.ResultadosSe referencian varios estudios que analizan el CCG en población con antecedente de prematuridad y se estudian los distintos resultados obtenidos.ConclusionesEn nuestra práctica clínica, conocer el antecedente de prematuridad es fundamental en la valoración del CCG medido por tomografía de coherencia óptica ya que el grosor de esta capa es distinta en la población con antecedente de prematuridad comparada con la población a término. (AU)

Introduction: Premature children birth and survival is becoming more frequent due to the improvement in obstetric and neonatal care. This makes it increasingly common to find patients with history of preterm birth in ophthalmology clinics, both in pediatric and adult ages. Premature birth can lead to ocular structural changes, being possible to affect the ganglion cell complex (GCC), among other structures, which can be studied using optical coherence tomography.Materials and methodsTo carry out a bibliographic review of the studies that analyze GCC in patients with a history of prematurity compared with patients born at term.ResultsSeveral studies that analyze GCC in patients with a history of prematurity are referenced and their results are studied.ConclusionsIn our clinical practice, knowing the history of prematurity is fundamental in the assessment of GCC measured by optical coherence tomography, since this layer is different in the patients with a history of prematurity compared to patients born at term. (AU)

Prematurity: A medical history of obligatory consideration when assessing the retinal ganglion cell complex.

INTRODUCTION: Premature children birth and survival is becoming more frequent due to the improvement in obstetric and neonatal care. This makes it increasingly common to find patients with history of preterm birth in ophthalmology clinics, both in pediatric and adult ages. Premature birth can lead to ocular structural changes, being possible to affect the ganglion cell complex (GCC), among other structures, which can be studied using optical coherence tomography. MATERIALS AND METHODS: To carry out a bibliographic review of the studies that analyze GCC in patients with a history of prematurity compared with patients born at term. RESULTS: Several studies that analyze GCC in patients with a history of prematurity are referenced and their results are studied. CONCLUSIONS: In our clinical practice, knowing the history of prematurity is fundamental in the assessment of GCC measured by optical coherence tomography, since this layer is different in the patients with a history of prematurity compared to patients born at term.

Choroidal neovascularization secondary to choroideremia.

CASE REPORT: The case is presented of a 30 year-old man, with night blindness and decreased visual acuity (VA) in both eyes, but more significant in the left eye (LE) of 20/100. Lesions consistent with choroideremia and LE macular hemorrhage was observed in the fundus. CNV was confirmed by OCT. A definitive diagnosis was obtained by genetic study. No treatment was given as the patient did not return. At 6 months there was a regression of CNV with VA 20/25 in the LE. CONCLUSIONS: CNV associated with choroideremia is uncommon. Treatment would antiangiogenic therapy, however spontaneous resolution is possible.