Wake Forest University School of Medicine (N.A.T.).
Arthroscopy. 2022 Aug;38(8):2413-2416. doi: 10.1016/j.arthro.2022.04.002.
Rotator cuff repairs (RCR) frequently fail to heal, particularly those with advanced fatty infiltration, supraspinatus and infraspinatus atrophy, narrowed acromiohumeral distance, and large-to-massive tear size. Unfortunately, the longer the follow up, the more sobering the statistics, with some reported retear rates ranging up to 94%. Importantly, recent long-term radiographic assessments after primary RCR reveal direct correlations between failure and patient-reported outcomes, functional deterioration, and ultimately, progression of glenohumeral arthritis and/or frank cuff tear arthropathy. As shoulder surgeons, we must continue to seek out novel approaches to improve tendon to bone healing and recapitulate the native rotator cuff enthesis. In doing so, we hope to engender more sustained subjective and objective results for our patients over time. Investigations are ongoing into several biomechanical and biological or structural adjuncts, from platelet-rich plasma and bone marrow aspirate concentrate to autograft or allograft structural augments. We must continue to push the envelope and refuse to settle for the current reality and alarmingly high failure rates following RCR.
肩袖修复(RCR)经常无法愈合,特别是那些伴有高级脂肪浸润、冈上肌和冈下肌萎缩、肩峰肱距变窄和大到巨大撕裂的患者。不幸的是,随访时间越长,统计数据就越令人清醒,一些报道的再撕裂率高达 94%。重要的是,原发性 RCR 后的近期长期放射影像学评估显示,失败与患者报告的结果、功能恶化以及最终肩肱关节炎和/或明显肩袖撕裂性关节炎的进展之间存在直接相关性。作为肩关节外科医生,我们必须继续寻求新的方法来改善肌腱与骨的愈合,并再现天然肩袖附着处。这样,我们希望随着时间的推移为患者带来更持续的主观和客观结果。目前正在对几种生物力学和生物学或结构辅助方法进行研究,包括富含血小板的血浆和骨髓抽吸浓缩物、自体移植物或同种异体移植物结构增强物。我们必须不断突破极限,拒绝满足于目前的现实和 RCR 后惊人的高失败率。