Critical Care Explorations (Oct 2020)

Rationale and Strategies for Development of an Optimal Bundle of Management for Cardiac Arrest

  • Paul E. Pepe, MD, MPH, MCCM,
  • Tom P. Aufderheide, MD, MS,
  • Lionel Lamhaut, MD, PhD,
  • Daniel P. Davis, MD,
  • Charles J. Lick, MD,
  • Kees H. Polderman, MD,
  • Kenneth A. Scheppke, MD,
  • Charles D. Deakin, MD,
  • Brian J. O’Neil, MD,
  • Hans van Schuppen, MD,
  • Michael K. Levy, MD,
  • Marvin A. Wayne, MD,
  • Scott T. Youngquist, MD, MS,
  • Johanna C. Moore, MD, MS,
  • Keith G. Lurie, MD,
  • Jason A. Bartos, MD, PhD,
  • Kerry M. Bachista, MD, EMT-P,
  • Michael J. Jacobs, EMT-P,
  • Carolina Rojas-Salvador, MD,
  • Sean T. Grayson, MS, EMT-P,
  • James E. Manning, MD,
  • Michael C. Kurz, MD,
  • Guillaume Debaty, MD, PhD,
  • Nicolas Segal, MD, PhD,
  • Peter M. Antevy, MD,
  • David A. Miramontes, MD,
  • Sheldon Cheskes, MD,
  • Joseph E. Holley, MD,
  • Ralph J. Frascone, MD,
  • Raymond L. Fowler, MD,
  • Demetris Yannopoulos, MD,
  • on behalf of fellow International Resuscitation Collaborative Members,
  • Paul E. Pepe,
  • Tom P. Aufderheide,
  • Lionel Lamhaut,
  • Daniel P. Davis,
  • Charles J. Lick,
  • Kees H. Polderman,
  • Kenneth A. Scheppke,
  • Charles D. Deakin,
  • Brian J. O’Neil,
  • Hans van Schuppen,
  • Michael K. Levy,
  • Marvin A. Wayne,
  • Scott T. Youngquist,
  • Johanna C. Moore,
  • Keith G. Lurie,
  • Jason A. Bartos,
  • Kerry M. Bachista,
  • Michael J. Jacobs,
  • Carolina Rojas-Salvador,
  • Sean T. Grayson,
  • James E. Manning,
  • Michael C. Kurz,
  • Guillaume Debaty,
  • Nicolas Segal,
  • Peter M. Antevy,
  • David A. Miramontes,
  • Sheldon Cheskes,
  • Joseph E. Holley,
  • Ralph J. Frascone,
  • Brent Parquette,
  • Raymond L. Fowler,
  • Demetris Yannopoulos,
  • Brent A. Parquette,
  • Ganesh Raveendran,
  • Alice Hutin,
  • Renaud Tissier,
  • Robert Niskanen,
  • James H. Logan,
  • Debbie Gillquist

DOI
https://doi.org/10.1097/CCE.0000000000000214
Journal volume & issue
Vol. 2, no. 10
p. e0214

Abstract

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Objectives:. To construct a highly detailed yet practical, attainable roadmap for enhancing the likelihood of neurologically intact survival following sudden cardiac arrest. Design, Setting, and Patients:. Population-based outcomes following out-of-hospital cardiac arrest were collated for 10 U.S. counties in Alaska, California, Florida, Ohio, Minnesota, Utah, and Washington. The 10 identified emergency medical services systems were those that had recently reported significant improvements in neurologically intact survival after introducing a more comprehensive approach involving citizens, hospitals, and evolving strategies for incorporating technology-based, highly choreographed care and training. Detailed inventories of in-common elements were collated from the ten 9-1-1 agencies and assimilated. For reference, combined averaged outcomes for out-of-hospital cardiac arrest occurring January 1, 2017, to February 28, 2018, were compared with concurrent U.S. outcomes reported by the well-established Cardiac Arrest Registry to Enhance Survival. Interventions:. Most commonly, interventions and components from the ten 9-1-1 systems consistently included extensive public cardiopulmonary resuscitation training, 9-1-1 system-connected smart phone applications, expedited dispatcher procedures, cardiopulmonary resuscitation quality monitoring, mechanical cardiopulmonary resuscitation, devices for enhancing negative intrathoracic pressure regulation, extracorporeal membrane oxygenation protocols, body temperature management procedures, rapid cardiac angiography, and intensive involvement of medical directors, operational and quality assurance officers, and training staff. Measurements and Main Results:. Compared with Cardiac Arrest Registry to Enhance Survival (n = 78,704), the cohorts from the 10 emergency medical services agencies examined (n = 2,911) demonstrated significantly increased likelihoods of return of spontaneous circulation (mean 37.4% vs 31.5%; p < 0.001) and neurologically favorable hospital discharge, particularly after witnessed collapses involving bystander cardiopulmonary resuscitation and shockable cardiac rhythms (mean 10.7% vs 8.4%; p < 0.001; and 41.6% vs 29.2%; p < 0.001, respectively). Conclusions:. The likelihood of neurologically favorable survival following out-of-hospital cardiac arrest can improve substantially in communities that conscientiously and meticulously introduce a well-sequenced, highly choreographed, system-wide portfolio of both traditional and nonconventional approaches to training, technologies, and physiologic management. The commonalities found in the analyzed systems create a compelling case that other communities can also improve out-of-hospital cardiac arrest outcomes significantly by conscientiously exploring and adopting similar bundles of system organization and care.