STUDY OBJECTIVE: Medication errors during hospitalization can lead to adverse drug events. Because of preoccupation by health care providers with life-threatening injuries, trauma patients may be particularly prone to medication errors. Medication reconciliation on admission can result in decreased medication errors and adverse drug events in this patient population. The purpose of this study is to determine the accuracy of medication histories obtained on trauma patients by initial health care providers compared to a medication reconciliation process by a designated clinical pharmacist after the patient's admission and secondarily to determine whether trauma-associated factors affected medication accuracy. METHODS: This was a prospective enrollment study during 13 months in which trauma patients admitted to a Level I trauma center were enrolled in a stepwise medication reconciliation process by the clinical pharmacist. The setting was a rural Level I trauma center. Patients admitted to the trauma service were studied. The intervention was medication reconciliation by a clinical pharmacist. The main outcome measure was accuracy of medication history by initial trauma health care providers compared to a medication reconciliation process by a clinical pharmacist who compared all sources, including telephone calls to pharmacies. Patients taking no medications (whether correctly identified as such or not) were not analyzed in these results. Variables examined included admission medication list accuracy, age, trauma team activation mode, Injury Severity Score, and Glasgow Coma Scale (GCS) score. RESULTS: Two hundred thirty-four patients were enrolled. Eighty-four of 234 patients (36%) had an Injury Severity Score greater than 15. Medications were reconciled within an average of 3 days of admission (range 1 to 8) by the clinical pharmacist. Overall, medications as reconciled by the clinical pharmacist were recorded correctly for 15% of patients. Admission trauma team medication lists were inaccurate in 224 of 234 cases (96%). Admitting nurses' lists were more accurate than the trauma team's (11% versus 4%; 95% confidence interval 2.5% to 11.2%). Errors were found by the clinical pharmacist in medication name, strength, route, and frequency. No patients (0/20) with admission GCS less than 13 had accurate medication lists. Seventy of 84 patients (83%) with an Injury Severity Score greater than 15 had inaccurate medication lists. Ten of 234 patients (4%) were ordered wrong medications, and 1 adverse drug event (hypoglycemia) occurred. The median duration of the reconciliation process was 2 days. Only 12% of cases were completed in 1 day, and almost 25% required 3 or more (maximum 8) days. CONCLUSION: This study showed that medication history recorded on admission was inaccurate. This patient population overall was susceptible to medication inaccuracies from multiple sources, even with duplication of medication histories by initial health care providers. Medication reconciliation for trauma patients by a clinical pharmacist may improve safety and prevent adverse drug events but did not occur quickly in this setting.
STUDY OBJECTIVE: Medication errors during hospitalization can lead to adverse drug events. Because of preoccupation by health care providers with life-threatening injuries, traumapatients may be particularly prone to medication errors. Medication reconciliation on admission can result in decreased medication errors and adverse drug events in this patient population. The purpose of this study is to determine the accuracy of medication histories obtained on traumapatients by initial health care providers compared to a medication reconciliation process by a designated clinical pharmacist after the patient's admission and secondarily to determine whether trauma-associated factors affected medication accuracy. METHODS: This was a prospective enrollment study during 13 months in which traumapatients admitted to a Level I trauma center were enrolled in a stepwise medication reconciliation process by the clinical pharmacist. The setting was a rural Level I trauma center. Patients admitted to the trauma service were studied. The intervention was medication reconciliation by a clinical pharmacist. The main outcome measure was accuracy of medication history by initial trauma health care providers compared to a medication reconciliation process by a clinical pharmacist who compared all sources, including telephone calls to pharmacies. Patients taking no medications (whether correctly identified as such or not) were not analyzed in these results. Variables examined included admission medication list accuracy, age, trauma team activation mode, Injury Severity Score, and Glasgow Coma Scale (GCS) score. RESULTS: Two hundred thirty-four patients were enrolled. Eighty-four of 234 patients (36%) had an Injury Severity Score greater than 15. Medications were reconciled within an average of 3 days of admission (range 1 to 8) by the clinical pharmacist. Overall, medications as reconciled by the clinical pharmacist were recorded correctly for 15% of patients. Admission trauma team medication lists were inaccurate in 224 of 234 cases (96%). Admitting nurses' lists were more accurate than the trauma team's (11% versus 4%; 95% confidence interval 2.5% to 11.2%). Errors were found by the clinical pharmacist in medication name, strength, route, and frequency. No patients (0/20) with admission GCS less than 13 had accurate medication lists. Seventy of 84 patients (83%) with an Injury Severity Score greater than 15 had inaccurate medication lists. Ten of 234 patients (4%) were ordered wrong medications, and 1 adverse drug event (hypoglycemia) occurred. The median duration of the reconciliation process was 2 days. Only 12% of cases were completed in 1 day, and almost 25% required 3 or more (maximum 8) days. CONCLUSION: This study showed that medication history recorded on admission was inaccurate. This patient population overall was susceptible to medication inaccuracies from multiple sources, even with duplication of medication histories by initial health care providers. Medication reconciliation for traumapatients by a clinical pharmacist may improve safety and prevent adverse drug events but did not occur quickly in this setting.
Authors: Daniel K Nishijima; Samuel Gaona; Trent Waechter; Ric Maloney; Troy Bair; Adam Blitz; Andrew R Elms; Roel D Farrales; Calvin Howard; James Montoya; Jeneita M Bell; Victor C Coronado; David E Sugerman; Dustin W Ballard; Kevin E Mackey; David R Vinson; James F Holmes Journal: Prehosp Emerg Care Date: 2016-09-16 Impact factor: 3.077
Authors: Daniel K Nishijima; Samuel D Gaona; Trent Waechter; Ric Maloney; Troy Bair; Adam Blitz; Andrew R Elms; Roel D Farrales; Calvin Howard; James Montoya; Jeneita M Bell; Mark Faul; David R Vinson; Hernando Garzon; James F Holmes; Dustin W Ballard Journal: Ann Emerg Med Date: 2017-02-24 Impact factor: 5.721
Authors: Chi Huynh; Ian C K Wong; Stephen Tomlin; David Terry; Anthony Sinclair; Keith Wilson; Yogini Jani Journal: Paediatr Drugs Date: 2013-06 Impact factor: 3.022
Authors: Sudha Jayaraman; Jonathan H DeAntonio; Stefan W Leichtle; Jinfeng Han; Loren Liebrecht; Daniel Contaifer; Caroline Young; Christopher Chou; Julia Staschen; David Doan; Naren Gajenthra Kumar; Luke Wolfe; Tammy Nguyen; Gregory Chenault; Rahul J Anand; Jonathan D Bennett; Paula Ferrada; Stephanie Goldberg; Levi D Procter; Edgar B Rodas; Alan P Rossi; James F Whelan; Ventaka Ramana Feeser; Michael J Vitto; Beth Broering; Sarah Hobgood; Martin Mangino; Michel Aboutanos; Lorin Bachmann; Dayanjan S Wijesinghe Journal: J Trauma Acute Care Surg Date: 2020-04 Impact factor: 3.697
Authors: Audrey Rankin; Cathal A Cadogan; Susan M Patterson; Ngaire Kerse; Chris R Cardwell; Marie C Bradley; Cristin Ryan; Carmel Hughes Journal: Cochrane Database Syst Rev Date: 2018-09-03
Authors: Robyn Tamblyn; Allen R Huang; Ari N Meguerditchian; Nancy E Winslade; Christian Rochefort; Alan Forster; Tewodros Eguale; David Buckeridge; André Jacques; Kiyuri Naicker; Kristen E Reidel Journal: Trials Date: 2012-08-27 Impact factor: 2.279