OBJECTIVE AND DESIGN: To study patterns of ordering errors, we reviewed charts of patients cared for by first-year residents at our community-based teaching hospital. RESULTS: In month one, 39 of 1248 orders (3.1%) were rated as errors. In contrast, 9 of 1072 orders (0.84%) in month six were rated as errors (p < 0.001). Of the 48 errors identified, 36 (75%) related to medications (choice, dose, route, frequency, or duration). Over half (53%) of these errors involved antimicrobials, pulmonary medications, or diabetes-related drugs. For all errors, half (24/48) were identified by attending physicians, with hospital support staff noting most of the remaining errors (43.8%). Errors were ultimately corrected by the first-year resident in over half of the cases (52%); attending physicians corrected 16 of 39 errors (41%) in month one but only one of nine errors (11%) in month six. Errors by first-year residents were primarily attributed to inattention (45.8%) or deficits in clinical knowledge (43.8%). No adverse effects resulted from any of the ordering errors identified. Primary consequences of errors included inconvenience to staff (50%), delay in treatment or diagnosis (31.3%), or receiving unneeded medication (18.8%). CONCLUSIONS: The number of medical errors decreases with experience. Our results highlight the importance of clinical supervision during the initial months of training.
OBJECTIVE AND DESIGN: To study patterns of ordering errors, we reviewed charts of patients cared for by first-year residents at our community-based teaching hospital. RESULTS: In month one, 39 of 1248 orders (3.1%) were rated as errors. In contrast, 9 of 1072 orders (0.84%) in month six were rated as errors (p < 0.001). Of the 48 errors identified, 36 (75%) related to medications (choice, dose, route, frequency, or duration). Over half (53%) of these errors involved antimicrobials, pulmonary medications, or diabetes-related drugs. For all errors, half (24/48) were identified by attending physicians, with hospital support staff noting most of the remaining errors (43.8%). Errors were ultimately corrected by the first-year resident in over half of the cases (52%); attending physicians corrected 16 of 39 errors (41%) in month one but only one of nine errors (11%) in month six. Errors by first-year residents were primarily attributed to inattention (45.8%) or deficits in clinical knowledge (43.8%). No adverse effects resulted from any of the ordering errors identified. Primary consequences of errors included inconvenience to staff (50%), delay in treatment or diagnosis (31.3%), or receiving unneeded medication (18.8%). CONCLUSIONS: The number of medical errors decreases with experience. Our results highlight the importance of clinical supervision during the initial months of training.
Authors: Praful Ravi; Vincent Q Trinh; Maxine Sun; Jesse Sammon; Shyam Sukumar; Mai-Kim Gervais; Shahrokh F Shariat; Simon P Kim; Keith J Kowalczyk; Jim C Hu; Mani Menon; Pierre I Karakiewicz; Quoc-Dien Trinh Journal: Can J Surg Date: 2014-04 Impact factor: 2.089
Authors: Mark L Metersky; Noel Eldridge; Yun Wang; Sheila Eckenrode; Deron Galusha; Lisa Jaser; Jasie Mathew; Steven Angus; Robert Nardino Journal: J Patient Saf Date: 2022-04-01 Impact factor: 2.243
Authors: Hyun Su Kim; Cheol Wan Park; Chan Jong Yoo; Eun Young Kim; Young Bo Kim; Woo Kyung Kim Journal: J Cerebrovasc Endovasc Neurosurg Date: 2013-06-28