In the setting of femoroacetabular impingement, the acetabular labrum may be torn or pathologic, and it must be surgically repaired to restore the native suction seal and hip function. However, the current methods of arthroscopic suture passage commonly result in some degree of disruption of the chondrolabral junction, with penetration and shuttling of the repair sutures. Novel instrumentation and surgical techniques have aimed to repair the acetabular labrum with decreased violation of the intrasubstance fibers to provide anatomic eversion/inversion of the labrum to restore the suction seal. In this Technical Note, we describe a method of suture passage through the use of a self-grasping suture-passing device that allows for anatomic labra...
Biomechanical stability is the primary function of the acetabular labrum. It provides a hip suction ...
A narrow safe angle exists for placing suture anchors into the acetabular rim during arthroscopic ac...
The os acetabuli is thought to arise from unfused secondary ossification centers or as rim fractures...
Arthroscopic hip labral repair has beneficial short-term outcomes; however, debate exists regarding ...
The normal labrum is crucial to the biomechanical function of the hip joint, not only increasing the...
The prevalence of hip arthroscopy has increased exponentially with the advent of arthroscopic labral...
Labral tears in the hip may cause painful clicking or locking of the hip, reduced range of motion, a...
Acetabular labral repair requires positioning the labrum on the edge of the acetabulum with appropri...
Arthroscopic hip labral repair has beneficial short-term outcomes; however, debate exists regarding ...
Traditional techniques for acetabular osteoplasty in femoral acetabular impingement have required su...
Preservation of hip labral function is a primary goal in hip preservation surgery. Arthroscopic labr...
The goal of acetabular labral repair is to preserve/restore labral function. Maintaining labral func...
The importance of the acetabular labrum has been well documented for the function and overall health...
With the development of hip joint preservation procedures, the use of hip arthroscopy has grown dram...
To perform a proper labral repair, most surgeons use anchors to secure the labrum to the acetabular ...
Biomechanical stability is the primary function of the acetabular labrum. It provides a hip suction ...
A narrow safe angle exists for placing suture anchors into the acetabular rim during arthroscopic ac...
The os acetabuli is thought to arise from unfused secondary ossification centers or as rim fractures...
Arthroscopic hip labral repair has beneficial short-term outcomes; however, debate exists regarding ...
The normal labrum is crucial to the biomechanical function of the hip joint, not only increasing the...
The prevalence of hip arthroscopy has increased exponentially with the advent of arthroscopic labral...
Labral tears in the hip may cause painful clicking or locking of the hip, reduced range of motion, a...
Acetabular labral repair requires positioning the labrum on the edge of the acetabulum with appropri...
Arthroscopic hip labral repair has beneficial short-term outcomes; however, debate exists regarding ...
Traditional techniques for acetabular osteoplasty in femoral acetabular impingement have required su...
Preservation of hip labral function is a primary goal in hip preservation surgery. Arthroscopic labr...
The goal of acetabular labral repair is to preserve/restore labral function. Maintaining labral func...
The importance of the acetabular labrum has been well documented for the function and overall health...
With the development of hip joint preservation procedures, the use of hip arthroscopy has grown dram...
To perform a proper labral repair, most surgeons use anchors to secure the labrum to the acetabular ...
Biomechanical stability is the primary function of the acetabular labrum. It provides a hip suction ...
A narrow safe angle exists for placing suture anchors into the acetabular rim during arthroscopic ac...
The os acetabuli is thought to arise from unfused secondary ossification centers or as rim fractures...