Optimal planning and management strategies for minimally invasive lung segmentectomies: an international Delphi consensus report.
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All Authors
Bertolaccini, L.
Abu Akar, F.
Aigner, C.
Brunelli, A.
Decker, G.
Fang, W.
Furak, J.
Ismail, M.
Jimenez, M.
Kirschbaum, A.
LTHT Author
Brunelli, Alessandro
LTHT Department
Thoracic Surgery
Non Medic
Publication Date
2024
Item Type
Journal Article
Language
Subject
Subject Headings
Abstract
OBJECTIVES: CALGB140503/JCOG0802 RCTs comparing lobectomy with sublobar resection in stage IA NSCLC have confirmed the non-inferiority of segmentectomy. Additional insight is needed to improve preoperative work-up and intraoperative strategies to increase safety and promote the dissemination of minimally invasive segmentectomy (MIS). A Delphi panel study assessed the level of consensus among surgeons for the planning and management of MIS.
METHODS: Twenty-one expert lung surgeons represented academic institutions, major teaching hospitals, and community hospitals from Europe, North America, and Asia. A 3-round Delphi methodology was used to analyse the answers of each panellist. Recognizing that questions with fewer response options have a higher consensus probability due to limited variability, weighted consensus thresholds were modified based on the number of response options.
RESULTS: The 21 panellists responded to all 3 rounds of questions. Based on the most robust consensus (94.4%), 3D chest CT reconstructions are recommended only when planning complex segmentectomies. Surgeons should perform 3D reconstructions chest CT scans (consensus = 83.3%). The most effective and safest technique is image-guided VATS in a hybrid operating room (consensus = 83.3%). Dyes with intravenous administration are the safest technique for identifying the intersegmental plane during MIS (consensus = 72.2%). Augmented/mixed reality will probably not immediately help reduce perioperative complications (consensus = 72.2%).
CONCLUSIONS: This Delphi consensus supports 3D reconstructions and preoperative pulmonary nodule localization before complex MIS. These recommendations should be considered when allocating resources to improve MIS's safety and oncologic efficacy for patients with small, early-stage lung cancers.
Journal
European Journal of Cardio-Thoracic Surgery