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Textbook outcomes in DIEP flap breast...
Journal article

Textbook outcomes in DIEP flap breast reconstruction: a Delphi study to establish consensus

Abstract

PurposeComposite measures, like textbook outcomes, may be superior to individual metrics when assessing hospital performance and quality of care. This study utilized a Delphi process to define a textbook outcome in DIEP flap breast reconstruction.MethodsA two-round Delphi survey defined: (1) A textbook outcome, (2) Exclusion criteria for a study population, and (3) Respondent opinion regarding textbook outcomes. An a priori threshold of ≥ 70% agreement among respondents established consensus among the tested statements.ResultsOut of 85 invitees, 48 responded in the first round and 41 in the second. A textbook outcome was defined as one that meets the following within 90 days: (1) No intraoperative complications, (2) Operative duration ≤ 12 h for bilateral and ≤ 10 h for unilateral/stacked reconstruction, (3) No post-surgical complications requiring re-operation, (4) No surgical site infection requiring IV antibiotics, (5) No readmission, (6) No mortality, (7) No systemic complications, and (8) Length of stay < 5 days. Exclusion criteria for medical and surgical characteristics (e.g., BMI > 40, HgbA1c > 7) and case-volume cut-offs for providers (≥ 21) and institutions (≥ 44) were defined. Most agreed that textbook outcomes should be defined for complex plastic surgery procedures (75%) and utilized to gauge hospital performance for microsurgical breast reconstruction (77%).ConclusionThis Delphi study identified (1) Key elements of a textbook outcome for DIEP flap breast reconstruction, (2) Exclusion criteria for future studies, and (3) Characterized surgeon opinions regarding the utility of textbook outcomes in serving as quality metric for breast reconstruction care.

Authors

Shammas RL; Sisk GC; Coroneos CJ; Offodile AC; Largo RD; Momeni A; Berlin NL; Hanson SE; Momoh AO; Nelson JA

Journal

Breast Cancer Research and Treatment, Vol. 197, No. 3, pp. 559–568

Publisher

Springer Nature

Publication Date

February 1, 2023

DOI

10.1007/s10549-022-06820-z

ISSN

0167-6806

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