MedSport, Department of Orthopaedic Surgery, University of Michigan, Ann Arbor, Michigan.
Center for Hip Preservation, Hospital for Special Surgery, New York, New York.
Sports Health. 2014 Jan;6(1):70-7. doi: 10.1177/1941738113497678.
Femoroacetabular impingement (FAI) alters hip mechanics, results in hip pain, and may lead to secondary osteoarthritis (OA) in the maturing athlete. Hip impingement can be caused by osseous abnormalities in the proximal femur or acetabulum. These impingement lesions may cause altered loads within the hip joint, which result in repetitive collision damage or sheer forces to the chondral surfaces and acetabular labrum. These anatomic lesions and resultant abnormal mechanics may lead to early osteoarthritic changes.
Relevant articles from the years 1995 to 2013 were identified using MEDLINE, EMBASE, and the bibliographies of reviewed publications.
Level 4.
Improvements in hip arthroscopy have allowed FAI to be addressed utilizing the arthroscope. Adequately resecting the underlying osseous abnormalities is essential to improving hip symptomatology and preventing further chondral damage. Additionally, preserving the labrum by repairing the damaged tissue and restoring the suction seal may theoretically help normalize hip mechanics and prevent further arthritic changes. The outcomes of joint-preserving treatment options may be varied in the maturing athlete due to the degree of underlying OA. Irreversible damage to the hip joint may have already occurred in patients with moderate to advanced OA. In the presence of preexisting arthritis, these patients may only experience fair or even poor results after hip arthroscopy, with early conversion to hip replacement. For patients with advanced hip arthritis, total hip arthroplasty remains a treatment option to reliably improve symptoms with good to excellent outcomes and return to low-impact activities.
Advances in the knowledge base and treatment techniques of intra-articular hip pain have allowed surgeons to address this complex clinical problem with promising outcomes. Traditionally, open surgical dislocations for hip preservation surgery have shown good long-term results. Improvements in hip arthroscopy have led to outcomes equivalent to open surgery while utilizing significantly less invasive techniques. However, outcomes may ultimately depend on the degree of underlying OA. When counseling the mature athlete with hip pain, an understanding of the underlying anatomy, degree of arthritis, and expectations will help guide the treating surgeon in offering appropriate treatment options.
股骨髋臼撞击症(FAI)改变髋关节力学,导致髋关节疼痛,并可能导致成熟运动员的继发性骨关节炎(OA)。髋关节撞击可由股骨近端或髋臼的骨性异常引起。这些撞击病变可能导致髋关节内负荷改变,从而导致软骨表面和髋臼盂唇的反复碰撞损伤或剪切力。这些解剖学病变和由此产生的异常力学可能导致早期骨关节炎变化。
使用 MEDLINE、EMBASE 和已审查出版物的参考文献,确定了 1995 年至 2013 年的相关文章。
4 级。
髋关节镜技术的改进使得可以使用关节镜来解决 FAI 问题。彻底切除潜在的骨性异常对于改善髋关节症状和防止进一步软骨损伤至关重要。此外,通过修复受损组织和恢复抽吸密封来保留盂唇,从理论上讲可以帮助恢复髋关节力学并防止进一步的关节炎变化。由于潜在 OA 的程度不同,关节保留治疗选择的结果在成熟运动员中可能有所不同。在中度至重度 OA 患者中,髋关节可能已经发生了不可逆转的损伤。对于存在先前关节炎的患者,髋关节镜检查后他们可能只会经历一般或甚至较差的结果,早期转为髋关节置换。对于患有晚期髋关节炎的患者,全髋关节置换术仍然是一种可靠的治疗方法,可以改善症状,获得良好至极好的结果,并恢复低影响活动。
髋关节腔内疼痛的知识库和治疗技术的进步使外科医生能够以有希望的结果解决这个复杂的临床问题。传统上,髋关节保护手术的开放式脱位显示出良好的长期结果。髋关节镜技术的改进导致了与开放式手术相当的结果,同时采用了创伤更小的技术。然而,结果最终可能取决于潜在 OA 的程度。在为有髋关节疼痛的成熟运动员提供咨询时,了解潜在的解剖结构、关节炎程度和期望将有助于指导治疗外科医生提供适当的治疗方案。