Tieppo Francio Vinicius, Sherwood David, Twohey Eric, Barndt Brandon, Pagan-Rosado Robert, Eubanks James, Sayed Dawood
Department of Rehabilitation Medicine, University of Kansas Medical Center, Kansas City, KS, USA.
Department of Physical Medicine and Rehabilitation, Vanderbilt University Medical Center, Nashville, TN, USA.
J Pain Res. 2021 Jun 23;14:1887-1907. doi: 10.2147/JPR.S287275. eCollection 2021.
Historically, intervertebral disc degeneration has been the etiological target of chronic low back pain; however, disc degeneration is not necessarily directly associated with pain, and many other anatomical structures are potential etiologies. The vertebral endplates have been postulated to be a source of vertebral pain, where these endplates become particularly susceptible to increased expression of nociceptors and inflammatory proliferation carried by the basivertebral nerve (BVN), expressed on diagnostic imaging as Modic changes. This is useful diagnostic information that can help physicians to phenotype a subset of low back pain, which is known as vertebral pain, in order to directly target interventions, such as BVN ablation, to this significant pain generator. Therefore, this review describes the safety, efficacy, and the rationale behind the use of BVN ablation, a minimally invasive spinal intervention, for the treatment of vertebral pain. Our current literature review of available up-to-date publications utilizing BVN ablation in the treatment of vertebral pain suggests that there is limited, but moderate-quality evidence that this is an effective intervention for reduction of disability and improvement in function, at short- and long-term follow-up, in addition to limited moderate-quality evidence that BVN RFA is superior to conservative care for pain reduction, at least at 3-month follow-up. Our review concluded that there is a highly clinical and statistically significant treatment effect of BVN ablation for vertebral pain with clinically meaningful benefits in pain reduction, functional improvements, opioid dose reduction, and improved quality of life. There were no reported device-related patient deaths or serious AEs based on the available literature. BVN ablation is a safe, well-tolerated and clinically beneficial intervention for vertebral pain, when proper patient selection and surgical/procedural techniques are applied.
从历史上看,椎间盘退变一直是慢性下腰痛的病因靶点;然而,椎间盘退变不一定与疼痛直接相关,许多其他解剖结构也可能是潜在病因。椎体终板被认为是椎体疼痛的一个来源,在诊断成像中表现为Modic改变,这些终板特别容易受到伤害性感受器表达增加和椎基底神经(BVN)携带的炎症增殖的影响。这是有用的诊断信息,有助于医生对下腰痛的一个子集(即椎体疼痛)进行表型分析,以便直接针对诸如BVN消融等干预措施来处理这个重要的疼痛根源。因此,本综述描述了BVN消融(一种微创脊柱干预措施)用于治疗椎体疼痛的安全性、有效性及理论依据。我们目前对利用BVN消融治疗椎体疼痛的最新可用出版物的文献综述表明,有有限但质量中等的证据表明,在短期和长期随访中,这是一种有效减少残疾和改善功能的干预措施,此外还有有限但质量中等的证据表明,至少在3个月的随访中,BVN射频消融在减轻疼痛方面优于保守治疗。我们的综述得出结论,BVN消融对椎体疼痛具有高度临床和统计学意义的治疗效果,在减轻疼痛、改善功能、减少阿片类药物剂量和提高生活质量方面具有临床意义的益处。根据现有文献,未报告与器械相关的患者死亡或严重不良事件。当应用适当的患者选择和手术/操作技术时,BVN消融是一种治疗椎体疼痛安全、耐受性良好且具有临床益处的干预措施。