An Observational Time Study of Neonatal Intensive Care Unit Multidisciplinary Rounds.
American journal of perinatology
OBJECTIVE: In this observational study, we aimed to describe the rounding structure in a high acuity neonatal intensive care unit (NICU) to identify potential barriers to efficient multidisciplinary rounds.
STUDY DESIGN: We observed daily medical rounds (January to December 2018) on the resident teaching service in a 46-bed academic level IV NICU. Daily census, duration of rounds, and causes for rounding delays were recorded. During a subset of the study period, additional data were collected describing the time spent on specific activities and the room-to-room pathway followed by the rounding team. Descriptive statistics were used to summarize the census, total rounding time, time spent on each activity, rounding time by day of the week and by attending.
RESULTS: A total of 208 rounding days were observed. During the study period, the teaching service mean daily census was 17 patients and total rounding time (mean ±SD) was 136 ± 31 minutes. Mean rounding time and time/patient varied between the 9 attendings (total time range 109 minutes to 169 minutes, time/patient range 6.4 minutes/patient to 10.0 minutes/patient). In total, 91% of rounding time focused on patient care, teaching, and discussions with parents while 9% of time was spent deciding which patient to see next, moving between rooms, and waiting for members of the team to be ready to start rounds.
CONCLUSIONS: On average, the medical team spent over 2 hours per day making multisciplinary rounds in the NICU with substantial variation between attending providers. While most time was spent on patient care, teaching, and talking with parents, we identified opportunities to improve rounding efficiency.
Online ahead of print
Gisondo C, Lawrence C, Cham P, Weiner G, Vartanian RJ, Ellsworth L. An observational time study of neonatal intensive care unit multidisciplinary rounds. Am J Perinatol. 2022 Oct 28. doi: 10.1055/a-1933-7137. Epub ahead of print. PMID: 36041467.