OBJECTIVE: When 2 maternal deaths due to hemorrhage occurred at New York Hospital Queens in 2000-2001, a multidisciplinary team implemented systemic change. Our objective was to improve outcomes of episodes of major obstetric hemorrhage. METHODS: We report outcomes before (2000-2001) and after (2002-2005) the introduction of a patient safety program aimed at improving the care of women with major obstetric hemorrhage. Process changes were instituted in late 2001 at the direction of a multidisciplinary patient safety team. A rapid response team was formulated using the cardiac arrest team as a model. Protocols for early diagnosis, assessment, and management of patients at high risk for major obstetric hemorrhage were developed and communicated to staff. RESULTS: There were significant increases in cesarean births (P < .001), repeat cesarean births (P = .002), and cases of major obstetric hemorrhage (P = .02) between the periods of 2000-2001 and 2002-2005. There was a significant improvement in mortality due to hemorrhage (P = .036), lowest pH (P = .004), and lowest temperature (P < .001) when comparing 2000-2001 with 2002-2005. There were no differences in measures of severity of obstetric hemorrhage between the 2 periods, including Acute Physiology and Chronic Health Evaluation II scores, occurrence of placenta accreta and estimated blood loss. CONCLUSION: Despite a significant increase in major obstetric hemorrhage cases, we found improved outcomes and fewer maternal deaths after implementing systemic approaches to improve patient safety. Attention to improving the hospital systems necessary for the care of women at risk for major obstetric hemorrhage is important in the effort to decrease maternal mortality from hemorrhage.
OBJECTIVE: When 2 maternal deaths due to hemorrhage occurred at New York Hospital Queens in 2000-2001, a multidisciplinary team implemented systemic change. Our objective was to improve outcomes of episodes of major obstetric hemorrhage. METHODS: We report outcomes before (2000-2001) and after (2002-2005) the introduction of a patient safety program aimed at improving the care of women with major obstetric hemorrhage. Process changes were instituted in late 2001 at the direction of a multidisciplinary patient safety team. A rapid response team was formulated using the cardiac arrest team as a model. Protocols for early diagnosis, assessment, and management of patients at high risk for major obstetric hemorrhage were developed and communicated to staff. RESULTS: There were significant increases in cesarean births (P < .001), repeat cesarean births (P = .002), and cases of major obstetric hemorrhage (P = .02) between the periods of 2000-2001 and 2002-2005. There was a significant improvement in mortality due to hemorrhage (P = .036), lowest pH (P = .004), and lowest temperature (P < .001) when comparing 2000-2001 with 2002-2005. There were no differences in measures of severity of obstetric hemorrhage between the 2 periods, including Acute Physiology and Chronic Health Evaluation II scores, occurrence of placenta accreta and estimated blood loss. CONCLUSION: Despite a significant increase in major obstetric hemorrhage cases, we found improved outcomes and fewer maternal deaths after implementing systemic approaches to improve patient safety. Attention to improving the hospital systems necessary for the care of women at risk for major obstetric hemorrhage is important in the effort to decrease maternal mortality from hemorrhage.
Authors: Jill M Mhyre; Alexander Shilkrut; Elena V Kuklina; William M Callaghan; Andreea A Creanga; Sari Kaminsky; Brian T Bateman Journal: Obstet Gynecol Date: 2013-12 Impact factor: 7.661
Authors: C Deneux-Tharaux; C Dupont; C Colin; M Rabilloud; S Touzet; J Lansac; T Harvey; V Tessier; C Chauleur; G Pennehouat; X Morin; M H Bouvier-Colle; R Rudigoz Journal: BJOG Date: 2010-06-24 Impact factor: 6.531
Authors: Deborah E White; Sharon E Straus; H Tom Stelfox; Jayna M Holroyd-Leduc; Chaim M Bell; Karen Jackson; Jill M Norris; W Ward Flemons; Michael E Moffatt; Alan J Forster Journal: Implement Sci Date: 2011-08-23 Impact factor: 7.327