TY - JOUR
T1 - Medical scribes improve documentation consistency and efficiency in an otolaryngology clinic
AU - Elton, Andrew C
AU - Schutte, Dalton J
AU - Ondrey, Gerard
AU - Ondrey, Frank G.
N1 - Publisher Copyright:
© 2022 Elsevier Inc.
PY - 2022/7/1
Y1 - 2022/7/1
N2 - Objective: Scribes in medical practice enable more efficient documentation requirements but insufficient analyses have occurred to fully evaluate their efficacy in otolaryngology. We analyzed pre/post metrics of scribe implementation that may aid practitioners in determining feasibility for use in their practices. Methods: 1808 patient charts were analyzed in The Epic Electronic Medical Record system (EMR) (903 pre and 905 post scribe implementation). We measured: clinic volumes, time saved in documentation, chart billing level, and lag days of chart closure. Results: Patient volumes increased by 3.02% with an 11–17% decrease in time spent in clinic/day and lag days for billing. The distribution of visits for new patients was 17.75% level 2, 51.45% level 3, 29.71% level 4 before the scribe and was 6.83% level 2, 89.21% level 3, 3.96% level 4 after the scribe. For established patients it was 3.97% level 2, 84.92% level 3, 8.93% level 4 before and 0.34% level 2, 91.76% level 3, 7.73% level 4 after. The change in level of documentation for established and new patients pre and post scribe implementation was not statistically significant (p = 0.821, 0.063, respectively). Charts were closed within 0 to 7 days with the implementation of a scribe instead of 7–21 days when awaiting dictations for transcription. Conclusions: The implementation of a scribe in an academic otolaryngology clinic facilitated more rapid completion of documentation while decreasing provider hours/day in clinic. We feel the analysis can be generalized to otolaryngology practitioners in general and the data structures we implemented are usable for others.
AB - Objective: Scribes in medical practice enable more efficient documentation requirements but insufficient analyses have occurred to fully evaluate their efficacy in otolaryngology. We analyzed pre/post metrics of scribe implementation that may aid practitioners in determining feasibility for use in their practices. Methods: 1808 patient charts were analyzed in The Epic Electronic Medical Record system (EMR) (903 pre and 905 post scribe implementation). We measured: clinic volumes, time saved in documentation, chart billing level, and lag days of chart closure. Results: Patient volumes increased by 3.02% with an 11–17% decrease in time spent in clinic/day and lag days for billing. The distribution of visits for new patients was 17.75% level 2, 51.45% level 3, 29.71% level 4 before the scribe and was 6.83% level 2, 89.21% level 3, 3.96% level 4 after the scribe. For established patients it was 3.97% level 2, 84.92% level 3, 8.93% level 4 before and 0.34% level 2, 91.76% level 3, 7.73% level 4 after. The change in level of documentation for established and new patients pre and post scribe implementation was not statistically significant (p = 0.821, 0.063, respectively). Charts were closed within 0 to 7 days with the implementation of a scribe instead of 7–21 days when awaiting dictations for transcription. Conclusions: The implementation of a scribe in an academic otolaryngology clinic facilitated more rapid completion of documentation while decreasing provider hours/day in clinic. We feel the analysis can be generalized to otolaryngology practitioners in general and the data structures we implemented are usable for others.
KW - Billing
KW - Medical scribe
KW - Otolaryngology
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U2 - 10.1016/j.amjoto.2022.103510
DO - 10.1016/j.amjoto.2022.103510
M3 - Article
C2 - 35636088
AN - SCOPUS:85132456030
SN - 0196-0709
VL - 43
JO - American Journal of Otolaryngology - Head and Neck Medicine and Surgery
JF - American Journal of Otolaryngology - Head and Neck Medicine and Surgery
IS - 4
M1 - 103510
ER -