BACKGROUND: Emergency department (ED) crowding and delays in care represent a national problem; no large study has examined the impact of such delays in surgical patients. We sought to determine the impact of delayed transfer from the ED on outcomes in trauma/emergency general surgical patients in a center that has developed a policy to triage more critically ill/severely injured patients to earlier ICU admission. STUDY DESIGN: All trauma patients admitted from January 2005 to April 2007 in a Level I trauma center were divided into a nondelayed (<or=6 hours) group or a delayed (>6 hours) group. Factors associated with their injuries and outcomes were determined from a large prospective database and all deaths were examined by root-cause analysis. Sentinel events were examined in all deaths and among randomly selected survivors. RESULTS: Among 3,918 patients, ED stay was often prolonged. The nondelayed group spent a mean of 3 hours in the ED compared with 14.6 hours in the delayed group. Patients admitted earlier were more seriously injured and had markedly worse outcomes, with overall mortality of 18% versus 2.3% in the nondelayed and delayed group, respectively. Mortality did not increase with time spent in the ED but, in fact, decreased after 4 hours. Case analysis disclosed two deaths that might have been altered by earlier ICU transfer. CONCLUSION: Experienced clinicians can effectively triage more critically injured patients to earlier ICU admission and alter associations between ED length of stay and mortality. Hospitals with a large trauma/emergency general surgery caseload resulting in delays in ED throughput should institute policies and procedures for triage of more severely injured patients for early ICU admission and develop a monitoring system to ensure that delays do not adversely affect patient outcomes.
BACKGROUND: Emergency department (ED) crowding and delays in care represent a national problem; no large study has examined the impact of such delays in surgical patients. We sought to determine the impact of delayed transfer from the ED on outcomes in trauma/emergency general surgical patients in a center that has developed a policy to triage more critically ill/severely injured patients to earlier ICU admission. STUDY DESIGN: All traumapatients admitted from January 2005 to April 2007 in a Level I trauma center were divided into a nondelayed (<or=6 hours) group or a delayed (>6 hours) group. Factors associated with their injuries and outcomes were determined from a large prospective database and all deaths were examined by root-cause analysis. Sentinel events were examined in all deaths and among randomly selected survivors. RESULTS: Among 3,918 patients, ED stay was often prolonged. The nondelayed group spent a mean of 3 hours in the ED compared with 14.6 hours in the delayed group. Patients admitted earlier were more seriously injured and had markedly worse outcomes, with overall mortality of 18% versus 2.3% in the nondelayed and delayed group, respectively. Mortality did not increase with time spent in the ED but, in fact, decreased after 4 hours. Case analysis disclosed two deaths that might have been altered by earlier ICU transfer. CONCLUSION: Experienced clinicians can effectively triage more critically injured patients to earlier ICU admission and alter associations between ED length of stay and mortality. Hospitals with a large trauma/emergency general surgery caseload resulting in delays in ED throughput should institute policies and procedures for triage of more severely injured patients for early ICU admission and develop a monitoring system to ensure that delays do not adversely affect patient outcomes.
Authors: Eva Fuentes; Jean-Francois Shields; Nandan Chirumamilla; Myriam Martinez; Haytham Kaafarani; Daniel Dante Yeh; Benjamin White; Michael Filbin; Christopher DePesa; George Velmahos; Jarone Lee Journal: Intern Emerg Med Date: 2016-07-29 Impact factor: 3.397
Authors: Lauren B Angotti; Jeremy B Richards; Daniel F Fisher; Jeffrey D Sankoff; Todd A Seigel; Haitham S Al Ashry; Susan R Wilcox Journal: West J Emerg Med Date: 2017-07-11
Authors: Steve Harris; Mervyn Singer; Colin Sanderson; Richard Grieve; David Harrison; Kathryn Rowan Journal: Intensive Care Med Date: 2018-05-07 Impact factor: 17.440