New Definition for Postoperative Spine Infection (PSI)

医学 外科 平衡(能力) 脊柱(分子生物学) 放射科 梅德林 轴 颈椎 脊柱融合术 胸椎
作者
Jeremy D. Shaw,Sandra B. Nelson,Claus Simpfendorfer,Elie F. Berbari,Michael Henry,Christopher J. Kleck,Jason Savage,Nitin Agarwal,Anthony A. Oyekan,Ricardo Rodrigues-Pinto,M. Wouthuyzen-Bakker,Aaron J. Tande
出处
期刊:Spine [Lippincott Williams & Wilkins]
被引量:5
标识
DOI:10.1097/brs.0000000000005604
摘要

STUDY DESIGN: Modified Delphi consensus process. OBJECTIVE: To establish a standardized, consensus-driven definition for postoperative spine infection (PSI) for research, diagnosis, and management. SUMMARY OF BACKGROUND DATA: Postoperative infection is a devastating and common complication following spine surgery. Rates of PSI in the literature range from 0% to over 20% depending on surgical indication and invasiveness. Despite the implications of PSI, there is no universally accepted diagnostic standard or consensus definition for infection following spine surgery, hindering research and treatment of this challenging clinical condition. METHODS: A multispecialty workgroup convened by the Musculoskeletal Infection Society (MSIS) conducted a systematic literature review. Using data from the systematic review, an expert panel completed a modified Delphi process to achieve consensus. The panel included nine fellowship-trained, board-certified physicians with expertise in infectious diseases, orthopaedic and neurologic spine surgery, and musculoskeletal radiology. Iterative rounds focused on criterion selection, importance ranking, categorical grouping, and final constellation development for PSI diagnosis. Consensus was defined as a 2/3 majority, with a target of 100%. RESULTS: The workgroup achieved 100% consensus on a new PSI definition, which incorporates six clinical domains: wound features, microbiology, imaging, inflammatory biomarkers, intraoperative findings, and histology. A single microbiological stand-alone criterion-identification of a phenotypically indistinguishable organism from two or more deep operative site specimens-was established as pathognomonic for postoperative spine infection. Additional primary and secondary supporting criteria were defined, with specific combinations required to classify cases as definite or probable PSI. Final definitions were ratified by the boards of MSIS and the European Bone & Joint Infection Society (EBJIS). CONCLUSION: This consensus-based definition provides a standardized framework for diagnosing postoperative spine infection, facilitating research and clinical management. The criteria balance sensitivity and specificity across diverse clinical scenarios and represent the first multispecialty, society-endorsed definition for PSI.
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