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CURRENT CONCEPTS



The scope of treatment for hip arthroscopy Although several recent systematic reviews and 
continues to expand with many novel techniques metaanalyses have increased the strength of 

introduced in the KSSTA special issue. In case evidence-based research, there is still a paucity 
reports, the hip arthroscope has been shown of randomized controlled trials in hip arthroscopy 

to be valuable with arthroscopic reduction and surgery. Through future research we therefore need 
internal fixation of selected acetabular fractures to develop evidence-based guidelines that inform 

and femoral head fractures. Hip arthroscopy to surgeons about surgical indications and outcomes 
address intra-articular pathology has also been of hip arthroscopy. Furthermore, there is a need to 

shown effective as a combined approach with provide results from well-designed investigations 
periacetabular osteotomy for dysplastic hips. In addressing areas such as diagnostic algorithms 

addition, arthroscopic treatment can be helpful in and surgical outcomes. An ideal course to advance 
treating acute septic arthritis of the hip joint in adults hip arthroscopy research would be to gather 
and recurrent acetabular osteoid osteoma. Lastly, information about the latest surgical techniques from 

Safran et al. have demonstrated an endoscopic expert clinicians, obtain methodological guidance 
technique to address ischiofemoral impingement in from researchers, and obtain validated outcomes 

the hip by increasing the space between the ischium measures from patients.
and femur.
As the knowledge and understanding of hip disease 
While indications continue to expand, complications and arthroscopy continues to grow, we hope this 

are not absent from hip arthroscopy. Dietrich ISAKOS newsletter article serves a summary of 
et al. emphasize the steep learning curve in hip current literature and stimulates further investigation 

arthroscopy and demonstrate the importance into hip arthroscopy with the goal of improving 
of training with an expert surgeon. Zingg and outcomes for athletes and patients with hip 

colleagues report a 1.9% rate of femoral neck conditions. Ultimately, high-level research will be 
insufficiency fractures following cam resection crucial for improving hip arthroscopy as a successful 
and femoral neck osteochondroplasty, and offer treatment for patients with disorders of the hip.

guidelines for postoperative rehabilitation. On the 
soft tissue side, Smith et al. demonstrate that 

the capsular restraints in the hip are essential to 
maintaining normal hip biomechanics. In revision hip 

arthroscopy, McCormick et al. report that capsular 
defects are relatively common, which may lead to 

worse outcomes. In addition to capsular defects, 
Willimon et al. show that adhesions can develop 
following hip arthroscopy, with a higher likelihood 

in patients less than 30 and rehabilitation without 
circumduction.

As the field of hip arthroscopy and hip preservation 

is still young, there is ample opportunity for future 
research. Surgeons and scientists, who critically 

evaluate scientific literature must review and refine 
indications and surgical techniques. Similarly, we 

must improve our understanding of rehabilitation 
procedures and for measures of (re-) injury 

prevention. Future research is required for the 05
enhancement of surgical repair procedures with 
biologics, such as growth factor delivery, stem 

cells, or tissue engineered materials. Rigorous 
future research, critical appraisal of indications and 
01 Intraoperative arthroscopy photo demonstrating exposure of 
techniques, as well as peer-review will then assure a large cam lesion through a T-cut capsulotomy.
advancing of hip arthroscopy and ultimately help 
02 Intraoperative arthroscopy photo demonstrating cam lesion 
improving outcome for our patients.
resection and recontouring of the femoral neck through a 
T-cut capsulotomy.
03 Intraoperative arthroscopy photo demonstrating closure of 

the T-cut capsulotomy.
04 Preoperative frog leg lateral view of distal cam bump with 
loss of femoral neck offset.
05 Postoperative frog leg lateral view of cam bump resection 

and femoral neck recontouring.


ISAKOS NEWSLETTER 2014: Volume II 33




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