Key result
Capsular closure during hip arthroscopy can restore hip biomechanics to the native state and may result in better clinical outcomes compared to leaving the capsulotomy unrepaired.
Why the study?
Capsular management techniques and the degree of closure during hip arthroscopy vary among surgeons despite the capsule's critical role in hip stability and functional outcomes.
Does capsular closure improve hip joint stability and functional outcomes compared to leaving the capsulotomy unrepaired in patients undergoing hip arthroscopy?
Does capsular closure improve hip joint stability and functional outcomes compared to leaving the capsulotomy unrepaired in patients undergoing hip arthroscopy?
This review highlights the importance of capsular management during hip arthroscopy, suggesting that capsular closure restores hip biomechanics and may improve functional outcomes.
Supports capsular repair in hip arthroscopy; leaves open optimal techniques for prospective trials.
There has been an increased emphasis on capsular management during hip arthroscopy in the literature in recent years. The capsule plays a significant role in the hip joint stability and studies have demonstrated that capsular closure can restore the biomechanics of the hip back to the native state. Capsular management also affects functional outcomes with capsular repair resulting in better clinical outcomes in some studies. Management of the capsule has evolved in recent years with more surgeons performing routine capsular closure. Management techniques and degree of capsular closure, however, can be quite variable between surgeons. This review will discuss hip capsular anatomy, the importance of the capsule in hip biomechanics, management of the capsule during arthroscopy, and functional outcomes as it relates to the various capsular closure techniques versus leaving the capsulotomy unrepaired.
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Freeman et al. (2020) conducted a review in Hip arthroscopy and capsular management. Capsular closure techniques vs. Unrepaired capsulotomy was evaluated on Functional outcomes and hip biomechanics. Capsular closure during hip arthroscopy can restore hip biomechanics to the native state and may result in better clinical outcomes compared to leaving the capsulotomy unrepaired.
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