随着角膜疾病治疗技术的不断进步，前弹力层移植技术(包括Inlay和Onlay技术)已成为晚期圆锥角膜治疗的重要手段，能有效改善患者的角膜地形图和视力结果，稳定角膜扩张，提高患者的生活质量。该文综述了前弹力层移植技术的理论基础、移植物的来源与制备技术、手术技术、临床疗效以及相关并发症，为晚期圆锥角膜的治疗提供了新的视角。研究表明，这种先进的移植技术相较于传统方法，在减少手术风险、简化手术流程以及加快术后恢复方面具有明显优势，特别是在降低异体移植物排斥反应及手术并发症的风险上，前弹力层移植表现出色。Onlay技术作为一种近期开发的新方法，其独特优势是无需剖离角膜，更好地保护角膜结构。此外这种技术的高度适应性和可逆性，为患者提供了更多的治疗选择和更好的视觉恢复。尽管如此，技术细节如移植物的尺寸和形状定制、手术深度的最优化等方面仍需进一步研究和优化，以提高整体治疗效果。

With the continuous advancement of corneal disease treatment technology, Bowman layer transplantation (including Inlay and Onlay technology) has become an important means for the treatment of advanced progressive keratoconus, which can effectively improve the corneal topography and visual acuity of patients, stabilize corneal dilation, and improve the quality of life of patients. Tis article reviews the theoretical basis of Bowman layer transplantation, the source and preparation of grafs, surgical techniques, clinical efcacy, and related complications, which provides a new perspective for the treatment of advanced keratoconus. It is stated in the research that this advanced transplantation technique has significant advantages over traditional methods in reducing surgical risks, simplifying the surgical procedures, and improving postoperative recovery. Especially in reducing the risk of allograft rejection and surgical complications, the bowman layer transplantation performs excellently. As a novel developed method, Onlay technology has the unique advantage of eliminating the need to dissect the cornea, which beter protects the corneal structure. In addition, due to the highly adaptable and reversible nature of this technique, it provides patients with more treatment options and beter visual recovery. However, in terms of technical details such as customizing the size and shape of the transplant, optimizing the surgical depth, etc., it is needed to conduct further research and optimization to improve the overall treatment efect.