Ramachandran Shyam S, Ring David, Crijns Tom J
Texas A&M Health Science Center, School of Medicine, Dallas, Texas, United States.
Department of Surgery and Perioperative Care, Dell Medical School, University of Texas at Austin, Texas, United States.
J Hand Microsurg. 2024 Apr 16;16(1):100012. doi: 10.1055/s-0042-1758670. eCollection 2024 Mar.
Utilization of magnetic resonance imaging (MRI) and computed tomography (CT) increases annually, raising concerns about overuse. Imaging appropriateness guidelines have the potential to standardize decisions regarding imaging based on best evidence, which might reduce unhelpful or potentially misleading imaging. We studied expert use of advanced imaging for musculoskeletal illness compared to published appropriateness recommendations.
First, 15 imaging guidelines with recommendations for advanced imaging of the upper extremity were collated. Next, members of the Science of Variation Group (SOVG) were invited to participate in a survey of 11 patient scenarios of common upper extremity illnesses and asked whether they would recommend MRI or CT. Guideline recommendations for imaging were compared with surgeon recommendations using Fisher's exact tests. We used Fleiss' kappa to measure the interobserver agreement among surgeons.
For the 11 scenarios, most imaging appropriateness guidelines suggested that MRI or CT is useful, while most surgeons (n = 108) felt it was not. There was no correlation between surgeons and guidelines recommendations for imaging ( = 0.28; = 0.40). There was slight agreement among surgeons regarding imaging recommendations (kappa: 0.17; 95% confidence interval: 0.023-0.32).
The available imaging appropriateness guidelines appear to be too permissive and therefore seem to have limited clinical utility for upper extremity surgeons. The notable surgeon-to-surgeon variation (unreliability) in recommendations for advanced imaging in this and other studies suggests a role for strategies to ensure that patient decisions about imaging are consistent with their values (what matters most to them) and not unduly influenced by patient misconceptions about imaging or by surgeon beliefs and habits.
II, diagnostic.
磁共振成像(MRI)和计算机断层扫描(CT)的使用量逐年增加,引发了对过度使用的担忧。成像适宜性指南有可能根据最佳证据对成像决策进行标准化,这可能会减少无益或可能产生误导的成像。我们将专家对肌肉骨骼疾病使用高级成像的情况与已发表的适宜性建议进行了比较。
首先,整理了15份关于上肢高级成像建议的成像指南。接下来,邀请变异科学小组(SOVG)的成员参与一项针对11种常见上肢疾病患者病例的调查,并询问他们是否会推荐MRI或CT。使用Fisher精确检验将成像的指南建议与外科医生的建议进行比较。我们使用Fleiss' kappa来衡量外科医生之间的观察者间一致性。
对于这11种病例,大多数成像适宜性指南表明MRI或CT是有用的,而大多数外科医生(n = 108)认为并非如此。外科医生和成像指南建议之间没有相关性( = 0.28; = 0.40)。外科医生在成像建议方面存在轻微一致性(kappa:0.17;95%置信区间:0.023 - 0.32)。
现有的成像适宜性指南似乎过于宽松,因此对上肢外科医生的临床实用性有限。在本研究及其他研究中,外科医生在高级成像建议方面存在显著的个体差异(不可靠性),这表明需要采取策略,以确保患者关于成像的决策与其价值观(对他们最重要的事情)一致,且不会过度受到患者对成像的误解或外科医生的信念及习惯的影响。
II,诊断性。