Lin Yuan, Zhang Yujie, Shi Ke, Wu Huping, Ou Shangkun
Xiamen Eye Center of Xiamen University, Eye Institute of Xiamen University, School of Medicine, Xiamen, Fujian, China.
Fujian Key Laboratory of Ocular Surface and Corneal Diseases, Xiamen, Fujian, China.
Front Med (Lausanne). 2023 Aug 31;10:1257209. doi: 10.3389/fmed.2023.1257209. eCollection 2023.
In humans, the lacrimal gland is located in the socket of the frontal bone above the outer orbital area. As an essential part of the eye surface, the gland is fixed to the orbital periosteum by connective tissue. The lacrimal gland passes through the outer tendon membrane, which divides the gland into larger orbital and minor eyelid glands. The lacrimal glands are the main contributors to tear film. They secrete electrolytes, proteins, and water to help nourish and protect the eye's surface. Furthermore, clinically, lacrimal glands are associated with a variety of inflammatory reactions and immune factors and are also vulnerable sites for tumors. Changes in tear gland morphology or secretory function affect tear film stability and tear secretion quality. Various technological devices have been developed and applied to lacrimal glands. This article systematically reviewed the clinical examination of the lacrimal gland to help inform personalized strategies for the diagnosis of lacrimal gland-related diseases.
在人类中,泪腺位于眼眶外侧区域上方的额骨窝内。作为眼表的重要组成部分,泪腺通过结缔组织固定于眶骨膜。泪腺穿过外侧腱膜,该腱膜将泪腺分为较大的眶部泪腺和较小的睑部泪腺。泪腺是泪膜的主要构成部分。它们分泌电解质、蛋白质和水分,以帮助滋养和保护眼表。此外,在临床上,泪腺与多种炎症反应和免疫因子相关,也是肿瘤的好发部位。泪腺形态或分泌功能的改变会影响泪膜稳定性和泪液分泌质量。现已研发出多种技术设备并应用于泪腺。本文系统综述了泪腺的临床检查,以助力制定泪腺相关疾病诊断的个性化策略。