Jones Lyndon, Craig Jennifer P, Markoulli Maria, Karpecki Paul, Akpek Esen K, Basu Sayan, Bitton Etty, Chen Wei, Dhaliwal Deepinder K, Dogru Murat, Gomes José Alvaro P, Koehler Miranda, Mehta Jodhbir S, Perez Victor L, Stapleton Fiona, Sullivan David A, Tauber Joseph, Tong Louis, Travé-Huarte Sònia, Wolffsohn James S, Alves Monica, Baudouin Christophe, Downie Laura, Giannaccare Giuseppe, Horwath-Winter Jutta, Liu Zuguo, Koh Shizuka, Elisabeth Messmer, Otero Ernesto, Villani Edoardo, Watson Stephanie, Yoon Kyung Chul
Centre for Ocular Research & Education (CORE), School of Optometry and Vision Science, University of Waterloo, Waterloo, ON, Canada.
Department of Ophthalmology, Aotearoa New Zealand National Eye Centre, The University of Auckland, Auckland, New Zealand.
Am J Ophthalmol. 2025 Jun 2. doi: 10.1016/j.ajo.2025.05.039.
This report provides an evidence-based review of current strategies to manage dry eye disease (DED). First-line management focuses on methods to replenish, conserve and stimulate the tear film, with an emphasis on ocular supplements, which remain the cornerstone of DED treatment. Meibomian gland dysfunction, a primary contributor to DED, is typically treated with warm compresses and a wide variety of in-office treatments, including device-driven technologies to warm the eyelids, intense pulsed light therapy, low-level light therapy and other new and emerging technologies. Lid hygiene treatments include lid wipes, anti-Demodex therapies, blepharoexfoliation and topical antibiotics. DED caused by certain etiological drivers can benefit from anti-inflammatory therapies, including corticosteroids, T-cell immunomodulatory topical drugs and a wide variety of pharmacological agents, in addition to biologic tear substitutes such as autologous serum and platelet-rich plasma. Emerging therapies, such as neuromodulation via nasal neurostimulation and novel pharmacological treatments offer potential future options. Advanced options, including amniotic membrane grafts and complex surgical methods, provide options for severe or refractory cases. Lifestyle modifications, including optimized blinking, dietary supplementation and environmental adjustments, play a crucial role in long-term management. Patient education and adherence to treatment regimens remain essential for sustained symptom relief. The TFOS DEWS III prescribing algorithm provides an evidence-based framework to offer guidance to clinicians in selecting relevant interventions based on disease etiology that aim to provide targeted management of the subtype of DED that an individual is experiencing.
本报告对当前干眼症(DED)管理策略进行了循证综述。一线管理重点在于补充、保存和刺激泪膜的方法,尤其强调眼部补充剂,其仍是DED治疗的基石。睑板腺功能障碍是DED的主要成因,通常采用热敷及多种门诊治疗方法,包括利用设备驱动技术温热眼睑、强脉冲光治疗、低强度光治疗以及其他新兴技术。睑部卫生治疗包括睑部擦拭、抗蠕形螨治疗、睑板层剥脱术和局部抗生素治疗。由某些病因引发的DED,除了使用自体血清和富含血小板血浆等生物性泪液替代物外,还可受益于抗炎治疗,包括皮质类固醇、T细胞免疫调节局部用药以及多种药剂。新兴治疗方法,如通过鼻神经刺激进行神经调节和新型药物治疗,提供了未来可能的选择。高级治疗选项,包括羊膜移植和复杂的手术方法,为严重或难治性病例提供了治疗选择。生活方式的调整,包括优化眨眼、膳食补充和环境调节,在长期管理中起着关键作用。患者教育和坚持治疗方案对于持续缓解症状仍然至关重要。TFOS DEWS III处方算法提供了一个循证框架,旨在为临床医生基于疾病病因选择相关干预措施提供指导,从而针对个体所患DED的亚型进行有针对性的管理。