Crisis Preparedness: A Systems-Based Framework for Avoiding Harm in Surgery

J Am Coll Surg. 2022 Oct 1;235(4):612-623. doi: 10.1097/XCS.0000000000000300. Epub 2022 Sep 15.

Abstract

Background: Highly performing healthcare organizations benefit from robust failure management systems. This involves the ability to respond and recover from critical events, as well avoiding harm in the first place (crisis preparedness). Currently, the surgical community may lack an integrated toolbox for crisis readiness. The study aims to create a practical framework for crisis preparedness in surgery.

Study design: A multimethod qualitative study was designed to identify and translate crisis preparedness interventions from high-reliability industries to clinical practice. The tools and strategies identified were subsequently developed and clinically adapted for healthcare use. The study used (1) observational fieldwork in commercial aviation; (2) semi-structured interviews with senior airline pilots, and (3) mixed focus groups with healthcare and aviation safety experts. A crisis preparedness framework was derived by thematic analysis using the framework method. Clinical adaptation was achieved using expert consensus methodology.

Results: Twenty-two aviation and healthcare experts participated in 17 interviews and 3 focus groups. A framework for crisis preparedness was derived, consisting of 6 behavioral interventions: (1) anticipate threats and errors by building situational awareness using cognitive tools; (2) brief teams about goals, deviations, operational risks, and contingency plans; (3) implement standard operating procedures using checklists; (4) rehearse emergency drills before critical phases of work; (5) set the tone for a positive working environment by establishing cultural norms and empowering individuals to speak up about safety issues; and (6) debrief performance outcomes to derive learning lessons.

Conclusions: Surgical crisis preparedness requires integrated systems rather than isolated safety interventions. This study provides a framework and the tools to achieve this.

MeSH terms

  • Aviation*
  • Disaster Planning*
  • Humans
  • Qualitative Research
  • Reproducibility of Results