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全膝关节置换术后的跪姿。

Kneeling after Total Knee Arthroplasty.

作者信息

Amin Raj M, Vasan Vikram, Oni Julius K

机构信息

Department of Orthopaedic Surgery, The Johns Hopkins University, Baltimore, Maryland.

Krieger School of Arts and Sciences, The Johns Hopkins University, Baltimore, Maryland.

出版信息

J Knee Surg. 2020 Feb;33(2):138-143. doi: 10.1055/s-0038-1676801. Epub 2019 Jan 2.

Abstract

The ability to kneel is one of the many patient goals after total knee arthroplasty (TKA). Few studies have addressed patients' ability to kneel after TKA as a primary outcome. Given the altered biomechanics of the knee after TKA, the various implant designs, and multiple surgical approaches, there is a need to further understand the patient's kneeling ability after TKA. We evaluated the available literature on this topic to help to guide postoperative care recommendations. Biomechanical data show that the load borne by the patellofemoral joint is elevated significantly at all flexion angles, whereas tibiofemoral articulation pressures are elevated only at 90 to 120 degrees of flexion. However, these increased pressures are rarely borne by prosthetic knees because patients often avoid kneeling after TKA. In patients who do kneel after surgery, data show that increased range of motion promotes improved kneeling performance. Targeted interventions to encourage kneeling after TKA, including preoperative education, have not shown an ability to increase the frequency with which patients kneel after TKA. Reasons for patient avoidance of kneeling are multifaceted and complex. There is no biomechanical or clinical evidence contraindicating kneeling after TKA. There are insufficient data to recommend particular prosthetic designs or surgical approaches to maximize kneeling ability after surgery. Musculoskeletal health care providers should continue to promote kneeling to allow patients to achieve maximum clinical benefit after TKA.

摘要

屈膝能力是全膝关节置换术(TKA)后众多患者目标之一。很少有研究将TKA后患者的屈膝能力作为主要结局进行探讨。鉴于TKA后膝关节生物力学改变、植入物设计多样以及手术方式多种,有必要进一步了解TKA后患者的屈膝能力。我们评估了关于该主题的现有文献,以帮助指导术后护理建议。生物力学数据表明,在所有屈曲角度下,髌股关节承受的负荷均显著升高,而胫股关节压力仅在屈曲90至120度时升高。然而,这些增加的压力很少由人工膝关节承受,因为患者在TKA后常避免屈膝。在术后确实屈膝的患者中,数据显示活动范围增加可促进屈膝表现改善。旨在鼓励TKA后屈膝的针对性干预措施,包括术前教育,并未显示出能增加患者TKA后屈膝频率的能力。患者避免屈膝的原因是多方面且复杂的。没有生物力学或临床证据表明TKA后不宜屈膝。没有足够数据推荐特定的假体设计或手术方式以最大化术后屈膝能力。肌肉骨骼保健提供者应继续提倡屈膝,以使患者在TKA后获得最大临床益处。

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