Arthroscopy. 2019 Aug;35(8):2301-2303. doi: 10.1016/j.arthro.2019.04.026.
The surgical management of chronic, large to massive rotator cuff tears is frequently complicated by the presence of retracted, poor-quality tendon tissue, and a number of adjunct techniques have been described to assist the surgeon in mobilizing tissues while minimizing the amount of tension placed on the final repair. The load-sharing rip-stop suture configuration is one such adjunct, and biomechanical data suggest that this construct may be superior to other suture configurations and may be associated with improved rotator cuff repair healing rates in situations that preclude a linked double-row repair.
慢性、大至巨大肩袖撕裂的手术治疗常因回缩、质量差的肌腱组织而变得复杂,许多辅助技术已被描述用于帮助外科医生在最小化最终修复张力的情况下移动组织。负荷分担止裂缝线结构就是这样一种辅助技术,生物力学数据表明,这种结构可能优于其他缝线结构,并且在排除连接的双排修复的情况下,可能与改善肩袖修复愈合率相关。