Nguyen Minh, Saffarian Mathew, Smith Clark C, Holder Eric K, Lee Haewon, Marshall Benjamin J, Mattie Ryan, Patel Jaymin, Schneider Byron, McCormick Zachary L
University of Texas Southwestern, Department of Physical Medicine and Rehabilitation, Dallas, TX, USA.
Michigan State University, Department of Physical Medicine and Rehabilitation, East Lansing, MI, USA.
Interv Pain Med. 2023 May 31;2(2):100248. doi: 10.1016/j.inpm.2023.100248. eCollection 2023 Jun.
This series of FactFinders presents a brief summary of the evidence and outlines recommendations to improve our understanding and management of several potential procedure-related complications. The evidence in support of the following facts is presented: (1) -- There is no conclusive published literature indicating that LMBRFN leads to increased multifidus atrophy relative to natural history. High-quality prospective studies with a natural history comparison group evaluating immediate pre-procedure as well as post-procedure longitudinal cross-sectional imaging are needed to accurately assess for any possible influence of LMBRFN on multifidus atrophy as well as the clinical relevance. (2) Although the available evidence on intradiscal biologic interventions is limited, it nonetheless shows a non-zero risk of complications. Until larger sample sizes are reported, the actual magnitude of the risk cannot be ascertained. In the meantime, physicians who perform intradiscal injections of biologics should conscientiously consider the risk-benefit of these procedures. (3) There have been few reports of complications secondary to lumbar facet synovial cyst rupture. Risks of may include increased pain, infection, and nerve root compression.
本系列《事实发现者》简要总结了相关证据,并概述了一些建议,以增进我们对几种潜在的手术相关并发症的理解和管理。支持以下事实的证据如下:(1)——没有确凿的已发表文献表明,相对于自然病程,腰椎多裂肌神经射频去神经术(LMBRFN)会导致多裂肌萎缩加剧。需要开展高质量的前瞻性研究,并设置自然病程对照组,评估术前即刻以及术后的纵向横断面成像,以准确评估LMBRFN对多裂肌萎缩的任何可能影响及其临床相关性。(2)尽管关于椎间盘内生物干预的现有证据有限,但仍显示出并发症风险不为零。在报告更大样本量之前,无法确定风险的实际程度。与此同时,进行椎间盘内生物制剂注射的医生应认真考虑这些手术的风险与益处。(3)关于腰椎小关节滑膜囊肿破裂继发并发症的报道很少。风险可能包括疼痛加剧、感染和神经根受压。