Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty

Paul J Graziotti,1 Cherie R Graziotti,1 Adele M Sangster21Cambridge Pain Management, Wembly, WA, Australia; 2St John of God Hospital, Wembley WA, AustraliaObjectives: To determine whether X-ray, computed tomography (CT), bone scan, and clinical impression accurately reflect the level of vertebral fr...

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Main Authors: Graziotti PJ, Graziotti CR, Sangster AM
Format: Article
Language:English
Published: Dove Medical Press 2013-05-01
Series:Journal of Pain Research
Online Access:http://www.dovepress.com/significance-of-preoperative-mri-in-establishing-levels-of-augmentatio-a13015
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author Graziotti PJ
Graziotti CR
Sangster AM
author_facet Graziotti PJ
Graziotti CR
Sangster AM
author_sort Graziotti PJ
collection DOAJ
description Paul J Graziotti,1 Cherie R Graziotti,1 Adele M Sangster21Cambridge Pain Management, Wembly, WA, Australia; 2St John of God Hospital, Wembley WA, AustraliaObjectives: To determine whether X-ray, computed tomography (CT), bone scan, and clinical impression accurately reflect the level of vertebral fracture in patients about to undergo vertebroplasty.Design: Retrospective observational study, utilizing patient inpatient notes, referral correspondence, and clinicians’ private notes.Setting: Single center – all patients referred to one pain medicine physician for vertebroplasty who subsequently had the procedure.Participants: All patients referred to a pain physician (PJG) over a 4-year period, who had a presumptive diagnosis of vertebral fracture(s) from the referring consultant physician, based on imaging other than magnetic resonance imaging (MRI) and clinical impression. Participants then had an MRI and subsequent vertebroplasty under the care of the pain physician. Participants were identified retrospectively from the vertebroplasty procedure list.Intervention: Nil.Main outcome measure: Number of cases in which the MRI identified a different level of pathology than X-ray, CT, bone scan, and clinical impression.Results: In 50% (28/56) of patients MRI identified a fracture at a different level to that which was presumed to be the cause of patient pain on the basis of X-ray, CT, and clinical impression.Conclusion: MRI is an essential investigation to determine accurately the level of fracture in osteoporotic patients. Studies on the effectiveness of treatment of vertebral fractures that do not utilize MRI in every case are unlikely to be accurate.Keywords: vertebroplasty, back pain, osteoporosis, crush fracture
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spelling doaj.art-a3921dba579343e5aa50317e1d68431c2022-12-21T17:15:56ZengDove Medical PressJournal of Pain Research1178-70902013-05-012013default359365Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplastyGraziotti PJGraziotti CRSangster AMPaul J Graziotti,1 Cherie R Graziotti,1 Adele M Sangster21Cambridge Pain Management, Wembly, WA, Australia; 2St John of God Hospital, Wembley WA, AustraliaObjectives: To determine whether X-ray, computed tomography (CT), bone scan, and clinical impression accurately reflect the level of vertebral fracture in patients about to undergo vertebroplasty.Design: Retrospective observational study, utilizing patient inpatient notes, referral correspondence, and clinicians’ private notes.Setting: Single center – all patients referred to one pain medicine physician for vertebroplasty who subsequently had the procedure.Participants: All patients referred to a pain physician (PJG) over a 4-year period, who had a presumptive diagnosis of vertebral fracture(s) from the referring consultant physician, based on imaging other than magnetic resonance imaging (MRI) and clinical impression. Participants then had an MRI and subsequent vertebroplasty under the care of the pain physician. Participants were identified retrospectively from the vertebroplasty procedure list.Intervention: Nil.Main outcome measure: Number of cases in which the MRI identified a different level of pathology than X-ray, CT, bone scan, and clinical impression.Results: In 50% (28/56) of patients MRI identified a fracture at a different level to that which was presumed to be the cause of patient pain on the basis of X-ray, CT, and clinical impression.Conclusion: MRI is an essential investigation to determine accurately the level of fracture in osteoporotic patients. Studies on the effectiveness of treatment of vertebral fractures that do not utilize MRI in every case are unlikely to be accurate.Keywords: vertebroplasty, back pain, osteoporosis, crush fracturehttp://www.dovepress.com/significance-of-preoperative-mri-in-establishing-levels-of-augmentatio-a13015
spellingShingle Graziotti PJ
Graziotti CR
Sangster AM
Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
Journal of Pain Research
title Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
title_full Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
title_fullStr Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
title_full_unstemmed Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
title_short Significance of preoperative MRI in establishing levels of augmentation for percutaneous vertebroplasty
title_sort significance of preoperative mri in establishing levels of augmentation for percutaneous vertebroplasty
url http://www.dovepress.com/significance-of-preoperative-mri-in-establishing-levels-of-augmentatio-a13015
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