目的：利用儿童Glasgow受益调查问卷(Glasgow Children’s Benefit Inventory，GCBI)评估先天性上睑下垂手术后儿童健康相关生活质量(health-related quality of life，HRQOL)的受益，并探索受益的影响因素。方法：验证GCBI中文版评估先天性上睑下垂矫正术后长期患儿生活质量的信效度，并用其评估术后儿童HRQOL受益与性别、手术年龄、术后随访时间等相关性。结果：共178名先天性上睑下垂接受下垂矫正术后儿童完成问卷，结果显示不同性别、年龄均有正性受益，术后短期(<1年)受益更明显(P<0.05)。结论：GCBI中文版具有良好的信度和效度，适用于评估先天性上睑下垂儿童术后受益结果。先天性上睑下垂儿童接受下垂矫正术后不同性别均有正性受益，术后短期(<1年)受益更明显。
Objective: To explore the benefits of children’s HRQOL after congenital ptosis surgery using the Glasgow Children’s Benefit Inventory (GCBI) and the factors influencing the benefits. Methods: To verify the reliability and validity of the Chinese version of GCBI in evaluating the long-term life quality of children after correction of congenital ptosis, and to evaluate the correlation between the HRQOL benefit of children after surgery and gender, surgical age, postoperative follow-up time, etc. Results: A total of 178 children after congenital ptosis surgery completed the questionnaire. Different genders or ages of children with congenital ptosis both showed positive benefit after ptosis correction, and the short-term (<1 year) benefit was more obvious after surgery (P<0.05). Conclusion: The Chinese version of GCBI has good reliability and validity,and is suitable for evaluating the postoperative benefit results of children with congenital ptosis. All the children with congenital ptosis received positive benefit after ptosis correction, and the short-term benefit (<1 year) was more obvious.
上睑下垂是眼整形科最常见的疾病之一，由于儿童处于生长发育阶段的特殊性，不规范的诊疗不仅会影响外观，同时可能会导致视功能发育迟缓。目前关于儿童先天性上睑下垂的手术时机和手术方式的选择尚无统一的标准和共识，本文通过对儿童先天性上睑下垂分类细化，阐明合并不同原因导致弱视的患者手术时机的选择；对比不同手术方式，分析其原理及优缺点，进一步明确矫正重度儿童先天性上睑下垂的手术方式，以期规范儿童先天性上睑下垂手术时机和手术方式的选择，提高手术的成功率，减少弱视的发生。
Blepharoptosis is one of the most common diseases in oculoplastics. Due to the particularity of children in the stage of growth and development, non-standard diagnosis and treatment not only affect the appearance,but also lead to the retardation of visual function development. Currently, there are no uniform standards and consensus on the choice of surgical timing and methods for pediatric congenital blepharoptosis. Here through refined classification of congenital blepharoptosis, we try to elucidate the choice of surgical timing for congenital blepharoptosis patients combined with amblyopia caused by a variety of reasons. By comparing different surgical methods, we analyze their mechanisms and advantages, and illustrate the surgical indication for severe congenital blepharoptosis, so as to standardize the choice of surgical timing and methods for pediatric congenital ptosis,improve the surgical success rate, and reduce the occurrence of amblyopia.
为使眼科手术铺巾方法更安全、便捷、利于操作，本研究团队在原有眼科手术铺巾基础上，增加不同规格尺寸、标识定位、背胶等功能，发明了一种眼科手术铺巾[专利号：国家实用新型专利(ZL 201921410018.3)]。该种眼科手术铺巾采用一次性防水无纺布为主要制作材料，具有规格多样、结构简单、便于操作、无菌屏障功能更强等特点，能更好地满足眼科手术术前消毒铺巾的使用要求。
In order to make ophthalmic surgical draping safer, more convenient and easier to operate, this research team invented an ophthalmic surgical drape [patent number: National Utility Model Patent (ZL 201921410018.3)] based on the original ophthalmic surgical drape, adding functions such as various sizes, marking and positioning,and glutinosity. This kind of ophthalmic surgical drape is made of disposable waterproof non-woven fabric, which has the characteristics of various specifications, simple structure, easy operation and strong function of aseptic barrier, which can better meet the requirements of disinfection drape before ophthalmic surgery than the original drape.
为在眼科日间手术模式下既能满足玻璃体视网膜术后体位需求，又能合理利用有限空间，本研究团队在原有的眼科日间病房座椅的基础上，增加玻璃体手术后体位护理等功能，发明了一种护理座椅[专利号：国家实用新型专利(ZL 2017 2 0942404. 1)]。该座椅采用钢喷塑(或不锈钢)、木板、海绵和人造革皮等材料，其结构主要包括座椅的主体部分、俯卧台、杂物篮、收纳架、输液杆套筒等部分。其制作材料简单，操作方便，安全使用，既能保证临床体位护理需求，又能节省空间，便于病房环境管理。
To meet the needs of the postoperative position nursing after pars plana vitrectomy in the day surgery mode,this research team has designed a nursing chair [patent number: National Uutility Model Patent (ZL 201720942404. 1)] based on the original chair of ophthalmic day ward, adding the functions of postvitreous nursing and so on. The seat is made from steel spray plastic (or stainless steel), wood, sponge and artificial leather, and the structure mainly consists of the main body, the countertop for prone position, the junk basket, the storage rack, and the infusion rod sleeve. The seat can be made by simple materials. The seat is easy to operate and safe to use, which can not only meet the needs of clinical body position nursing care, but also save the ward’ space and facilitate the environmental management of the ward.
目的：探讨应用数字化广域成像系统RetCam3行婴幼儿口服荧光素钠眼底血管荧光造影(fluorescein fundus angiography，FFA)的护理。方法：选择2018年8月至2019年12月在广州中山大学中山眼科中心小儿眼病综合科就诊的眼底疾病婴幼儿78例，应用RetCam3进行口服法FFA检查及护理，将护理要点进行总结。结果：所有患儿安全、顺利完成检查，检查过程中均未发生异常病情变化或与检查、药物相关的并发症。经FFA确诊家族性渗出性玻璃体视网膜病变(familial exudative vitreoretinopathy ，FEVR)26例，早产儿视网膜病变(retinopathy of prematurity ，ROP)23例，色素失禁症患者6例；玻璃体积血患者3例；视网膜母细胞瘤患者3例；牵牛花综合征患者1例；视网膜色素变性患者3例；弓蛔虫眼病患者1例；原始永存玻璃体患者2例；不明原因眼底病变患者5例，单眼视网膜皱襞患者1例，先天性小眼球患者1例，巨细胞病毒感染患者1例，先天性黄斑发育不良患者1例；Coats病患者1例。结论：应用RetCam3行婴幼儿口服法FFA是一种安全、有效的检查方法。规范、恰当的护理配合能够保证检查准确、顺利地完成。
Objective: To share the nursing experience of RetCam3 ultra-widefield oral fluorescein fundus angiography (FFA) in infants with fundus diseases. Methods: Seventy-eight infants with fundus diseases admitted to General Department of Pediatric Ophthalmology in Zhongshan Ophthalmic Center, Sun Yat-sen University from August 2018 to December 2019 were recruited. Oral FFA was carried out using the 130-degree lens of RetCam3, and the key points of nursing were summarized. Results: No complications related to the examination and drugs occurred after oral FFA with an appropriate nursing manner. FFA confirmed 26 cases of familial exudative vitreoretinopathy,23 cases of retinopathy of prematurity and 6 cases of pigment incontinence. Vitreous hematoma was observed in 3 patients, retinoblastoma in 3 patients, Morning Glory syndrome in 1 patient, retinitis pigmentosa in 3 patients,Ascaris lumbricoides eye disease in 1 case, original permanent vitreous body in 2 patients, unexplained fundus lesions in 5 patients, monocular retinal fold in 1 patient, congenital micro-eyeball in 1 patient, cytomegalovirus infection in 1 patient, congenital macular dysplasia 1 patient and Coats disease in 1 patient. Conclusion: Oral FFA with RetCam3 is an effective and safe detection method for infants. Standard and proper nursing can ensure the examination can be performed accurately and smoothly.
结节性硬化症(tuberous sclerosis complex，TSC)是一种累及多系统的常染色体显性遗传病，早期呈单一表现，容易漏诊、误诊，以眼部症状为首发特征的新生儿期病例少有报道。本文报告1例早产男婴，出生后1 d眼底筛查发现右眼视网膜散在多个灰白色半透明隆起灶及脱色素斑，回溯胎儿期超声心动图异常高度怀疑TSC，进一步行头颅MRI检查及家族基因检测，在新生儿期明确了这一诊断。
Tuberous sclerosis complex is a multisystemic disease with an autosomal dominant inheritance pattern. Missed diagnosis and misdiagnosis are common for patients with single manifestation in the early stage. There are few documented neonatal cases with ocular symptoms as primary presentation. Here we report a newborn boy presented with retinal hamartoma, retinal achromic patch, fetal cardiac rhabdomyoma and subependymal nodules.Subsequent genetic tests confirm a diagnosis of TSC.
目前Wetlab眼科手术教学采用猪眼球作为教学模型，与实际手术差别较大，且无法满足外眼手术教学的需求。通过使用带有眼球、眼外肌、眶组织、眶骨及眼睑结构的全眼模型，可高度模拟真实手术场景，覆盖更多眼科手术教学需求。基于全眼模型构建多个眼科手术教学平台，依照培养阶段设计手术课程，创建新的评价体系，改变传统将“内眼”“外眼”分开的教学理念，可使年轻医师从一开始就建立眼科“分科而不分割”的整体思维，从而使眼科手术培训更加规范和完善。
Porcine eyes have been used as animal model in ophthalmic surgery training. However, it differs greatly from real surgery and cannot meet the needs of external eye surgery teaching. Porcine orbit model with eyeball, extraocular muscles, orbital tissue, bones and eyelids can be more realistic simulation of real surgeries and cover more needs for ophthalmic surgery teaching. By setting up ophthalmic surgery teaching platforms, designing staged course and creating new assessment methods based on porcine orbit model, the traditional concept about separation of internal and external eye is changed. This helps young doctors to establish a holistic view from the very beginning,that ophthalmic surgeries should not be split because of subspeciality. In this way, ophthalmic surgery training will become more standardized and perfected.
近些年来，眼科疾病的临床诊断治疗及其病理发展的研究对医学影像学技术的要求日益增高，磁共振技术已广泛应用于研究眼科疾病的发病机制、治疗和分析预后。基于体素的形态学分析(voxel-based morphometry，VBM)作为一种新型的磁共振图像的分析方式，VBM可以对活体脑进行无创的形态学研究，定量分析磁共振图像中每一个单独体素内的白质、灰质的密度和体积的变化，从而反映对应区域的解剖学结构差异，能发现常规MRI不能检测到的灰质和白质结构的细微改变。不同于那些只作用于预设的感兴趣区域的分析方法，VBM完全没有偏向性，它探测全脑的异常变化，无需对感兴趣区的先验性假设，不会被研究人员的主观思维影响。这提供了一种全新的方法来探索眼科疾病中的神经病理变化，尤其在青光眼和弱视的研究中应用最多。
With the increasing requirements for medical imaging technologies in clinical diagnosis, treatment and pathological basis research of ophthalmic diseases, magnetic resonance imaging (MRI) has been broadly used in the diagnosis and prognostic evaluation of ophthalmic diseases. As a novel analytic method of MR images, voxel-based morphometry (VBM) quantitatively analyzes the changes in brain gray, white matter density and volume in each individual voxel in MR images to reflect the differences of anatomical structures in the corresponding areas, and it provides a novel way to reveal the neuronal pathological changes in ophthalmic diseases.
病理性近视相对高度近视而言，更强调眼底并发症的存在。后巩膜葡萄肿(posterior staphyloma，PS)被认为是病理性近视的标志性特征，是眼球后巩膜壁的局部扩张，通常认为与巩膜变薄和脉络膜萎缩等因素相关。近年来研究认为P S的形成可能与局部炎症、Bruch膜缺失等因素密切相关。伴随OCT等检查技术的快速革新以及P S治疗手段的探索，诊断和治疗更加完善。
Pathological myopia emphasizes the existence of fundus complications. Posterior staphyloma, considered as a hallmark of pathological myopia, is a partial extension of the posterior scleral wall, which is believed to be related to the scleral thinning and choroidal atrophy. In recent years, studies have indicated that the formation of posterior staphyloma may closely connected with localized inflammation and defects of Bruch’s membrane.With the rapid innovation of examination technologies such as optical coherence tomography (OCT) and the exploration of treatment for posterior staphyloma. The diagnosis and therapy will be more comprehensive in the future.
视网膜微循环与脑小血管具有相似的特征。视网膜被认为是可检测到的“窗口”，以检测在神经退行性疾病中发生的微血管损伤。光学相干断层扫描血管造影(optical coherence tomography angiography，OCTA)是一种非侵入性成像方式，可提供视网膜、脉络膜和视神经中血流的深度分辨图像。现总结有关OCTA在与眼科相关的阿尔茨海默病、帕金森病、多发性硬化症及视神经退行性疾病等神经系统疾病中的应用，并讨论其可否作为早期诊断和监测神经退行性疾病的重要工具。
Retinal microcirculation shares similar features with cerebral small blood vessels. Thus, the retina may be considered as an accessible ‘window’ to detect the microvascular damage occurred during the development and progression of neurodegenerative disorders. Optical coherence tomography angiography (OCTA) is a non-invasive imaging modality providing in-depth and high-resolved images of blood flow in the retina, choroid,and optic nerve. In this review, we summarize the current advances in the application of OCT-A in neurological diseases associated with ophthalmology such as Alzheimer’s disease, Parkinson’s disease, multiple sclerosis and optic nerve degenerative diseases. Future directions for evaluating whether OCTA can be used as an important tool to early diagnose and monitor the neurodegenerative disorders are also discussed.
