Ligamentous Knee Joint Instability: Association with Chronic Conditions of the Knee and Treatment with Prolotherapy

Ross A. Hauser, Danielle Steilen-Matias, Johanna B. Lackner, Benjamin R. Rawlings, Jeevan Mann, Torin Grogan, Anna Phillips
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Abstract

Ligamentous knee joint instability and other conditions associated with knee dysfunction are common musculoskeletal complaints that affect a large percentage of the global population. A healthy knee has normal joint mechanics and can maintain its stability as it responds to the forces placed upon it. Once undue forces, whether from injury, wear and tear, or overuse, cause the soft tissue structures of the knee to stretch beyond their normal range of motion, they can become lax, elongated, damaged, or torn, especially the ligaments. This condition, known as ligamentous knee instability, causes destructive joint forces to occur, which results in the development of other pathophysiologic conditions related to knee dysfunction, including osteoarthritis, patellar pain syndromes, tendinopathies, meniscus tears, and osteochondral defects. Traditional treatments address the consequences of joint instability, such as synovitis and joint swelling, but do not address the underlying ligament and/or disease that led to the joint instability. Prolotherapy promotes the repair of injured or degenerated tissues, such as ligaments, tendons, and menisci, by stimulating the physiological healing process of the joint. This process corrects the underlying joint instability, reduces associated pain, improves knee function, and has the potential to slow the degenerative process.
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膝关节韧带不稳:膝关节韧带不稳:与膝关节慢性疾病的关系以及使用 Prolotherapy 治疗方法
膝关节韧带不稳定和其他与膝关节功能障碍相关的疾病是常见的肌肉骨骼疾病,影响着全球很大一部分人口。健康的膝关节具有正常的关节力学结构,能够对施加在膝关节上的力量做出反应,从而保持膝关节的稳定性。一旦由于受伤、磨损或过度使用等原因造成膝关节软组织结构过度伸展,超出其正常活动范围,就会出现松弛、伸长、受损或撕裂,尤其是韧带。这种情况被称为韧带性膝关节不稳定,会导致破坏性关节力的产生,从而引发与膝关节功能障碍有关的其他病理生理状况,包括骨关节炎、髌骨疼痛综合征、肌腱病、半月板撕裂和骨软骨缺损。传统治疗方法只能解决关节不稳定的后果,如滑膜炎和关节肿胀,却无法解决导致关节不稳定的潜在韧带和/或疾病。螺旋疗法通过刺激关节的生理性愈合过程,促进损伤或退化组织(如韧带、肌腱和半月板)的修复。这一过程可纠正潜在的关节不稳定,减轻相关疼痛,改善膝关节功能,并有可能减缓退化过程。
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