Assessment of Magnetic Resonance Imaging Role in Evaluation of Failed Back Surgery Syndrome

医学 磁共振成像 背部手术失败 放射科 内科学 刺激 脊髓刺激
作者
Mohamed Alaa Eldin Algayar,Maged Abdelgalil Hamed,Shaimaa Ragab Ahmed Elshahat,Marwa Elsayed Abd Elhamed
出处
期刊:The Egyptian Journal of Hospital Medicine [Egypts Presidential Specialized Council for Education and Scientific Research]
卷期号:86 (1): 798-303
标识
DOI:10.21608/ejhm.2022.216959
摘要

Background: Failed back surgery syndrome (FBSS) is a fairly common problem.Magnetic resonance imaging (MRI) with its multi-planar capabilities and superior soft tissue characterization is the modality of choice for imaging the postoperative spine.Objective: This study aimed to investigate the role of MRI in evaluation of FBSS.Methods: Forty-eight patients with FBSS were referred to Zagazig University Hospitals who had previous lumbar spine surgery.All patients were evaluated by history taking and radiological evaluation by dynamic x-ray and a post-operative spine MRI study that consisted of seven series: T1 -weighted sagittal & TI -weighted axial series, a sagittal & axial series for T2-weighted series, post-gadolinium T1-weighted axial and sagittal series and Heavy T2 MRI myelogram. Results:The major identifiable causes of FBSS in operated patients for lumbar disc herniation included recurrent disc herniation and epidural fibrosis (27 and 10.4% of our patients, respectively), and both occurred in 22.9 %, post-operative infected fluid collection in 10.4%, spondylodiscitis in 6.3%, spondylodiscitis with epidural fibrosis in 4.2%, filum terminal ependymoma and postoperative infected fluid collection with epidural fibrosis in 4.2%, postoperative infected fluid collection with spondylodiscitis in 4.2%, epidural fibrosis with spinal stenosis in 4.2%, pseudo-meningocele with RDH in 2%, both epidural scar & RDH with deposits in 2% and RDH with spinal stenosis in 2%.Conclusion: MRI is generally a safe and accurate technique, which has been proven to be the technique of choice in evaluation of FBSS with its excellent resolution and multi-planar capabilities.

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