Cauduro Ricardo Salles, Ferraz Caroline do Amaral, Morales Maira Saad Ávila, Garcia Patricia Novita, Lopes Yara Cristina, Souza Paulo Henrique, Allemann Norma
Department of Ophthalmology, Federal University of São Paulo (UNIFESP), 04023-062 São Paulo, Brazil.
J Ophthalmol. 2012;2012:313120. doi: 10.1155/2012/313120. Epub 2012 Aug 9.
Purpose. Application of anterior segment optical coherence (AS-OCT) in pediatric ophthalmology. Methods. Retrospective clinical study case series of 26 eyes of 19 pediatric patients throughout a 21-month period, presenting anterior segment pathologies, were submitted to AS-OCT examination (OCT Visante, 1310 nm, Zeiss), noncontact technique, no sedation requirement. Results. AS-OCT images were obtained from 19 patients (range: 2 months to 12 years). Clinical diagnosis of anterior segment abnormalities included cornea disease (n = 7), congenital anterior segment conditions (n = 10), ocular trauma (n = 1), anterior segment surgeries (n = 2), iridocorneal angle abnormalities (n = 4), intermediate uveitis (n = 2). The most common OCT findings were corneal hyperreflectivity and thickening (n = 15), shallow anterior chamber with iris-lens diaphragm anterior displacement (n = 4), atypical corneal curvature (n = 4), corneal thinning (n = 4), peripheral synechiae with angle closure (n = 3), increased anterior chamber depth (n = 2), and proximal portion of glaucoma drainage tube (n = 2). Conclusion. In the present study, noncontact AS-OCT demonstrated to be a feasible technique to evaluate the anterior segment providing anatomic details and useful to clarify diagnosis in the pediatric population.
目的。眼前节光学相干断层扫描(AS-OCT)在小儿眼科中的应用。方法。回顾性临床研究病例系列,对19例小儿患者的26只眼在21个月期间出现的眼前节病变进行了AS-OCT检查(Visante OCT,1310纳米,蔡司),该技术为非接触式,无需镇静。结果。从19例患者(年龄范围:2个月至12岁)获取了AS-OCT图像。眼前节异常的临床诊断包括角膜疾病(n = 7)、先天性眼前节疾病(n = 10)、眼外伤(n = 1)、眼前节手术(n = 2)、虹膜角膜角异常(n = 4)、中间葡萄膜炎(n = 2)。最常见的OCT表现为角膜高反射性和增厚(n = 15)、前房浅伴虹膜晶状体隔前移(n = 4)、非典型角膜曲率(n = 4)、角膜变薄(n = 4)、周边虹膜前粘连伴房角关闭(n = 3)、前房深度增加(n = 2)以及青光眼引流管近端部分(n = 2)。结论。在本研究中,非接触式AS-OCT被证明是一种可行的技术,可用于评估眼前节,提供解剖细节,有助于明确小儿患者的诊断。