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1297. Examining the Successes and Challenges of Implementing HIV Testing Clinical Decision Support in the Emergency Department
Author(s) -
Mariah Powell,
Michael Gierlach,
Sandra Werner,
David Bar-Shain,
Ann Avery
Publication year - 2019
Publication title -
open forum infectious diseases
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 1.546
H-Index - 35
ISSN - 2328-8957
DOI - 10.1093/ofid/ofz360.1160
Subject(s) - staffing , emergency department , medicine , human immunodeficiency virus (hiv) , chart , clinical decision support system , test (biology) , operations research , statistics , decision support system , family medicine , artificial intelligence , computer science , nursing , engineering , mathematics , biology , paleontology
Background In 2016, MetroHealth System (MHS) launched the FOCUS (Frontlines of Communities in the United States) project to routinize HIV testing in the emergency department (ED). Before 2016, clinical decision support (CDS) for HIV testing was not in place, nor was there a policy to support the importance of opt-out, nontargeted screening. The purpose of this study was to outline the progress of HIV testing after the integration of CDS, as well as describe the implementation challenges, and how certain events impacted HIV testing. Methods HIV testing data from MHS EDs were collected from October 1, 2015 to March 31, 2019 and graphed into a run chart. The dataset was mapped with the following events: project start date, ED testing begins (without CDS), CDS implementation, the staffing of the ED Testing Coordinator (EDTC), and optimization of CDS (Figure 1). To determine whether observed variation in the dataset is due to random or special cause variation, these run chart rules were applied: Run, Shift (Figure 2), and Trend. Results There were 42 data points and 4 runs. With 42 points, the lower limit of runs was 16 and the upper limit of runs was 28. This signals that one or more special cause variations were present. A total of three distinct shifts were observed indicating special cause variation. The run chart did not include any downward or upward trends. Testing increased as much as 3971% (7 tests in October 2015 vs. 285 tests in March 2018). Conclusion HIV testing increased from 7 tests to 86 tests (Shift 1). This coincided with establishment of an ED testing policy in April 2016. Testing increased to 266 tests in October 2016 (Shift 2). This directly related to implementation of CDS in the ED. December 2017 displayed the lowest testing with 117 tests. This was due to lack of policy awareness, and to the rarely-visited location of the HIV screening tool during the triage process. Staff was re-educated and the HIV screening tool was moved to a more visible location. This resulted in 227 tests in February 2018, and was followed by the highest testing month with 285 tests (Shift 3). Continued challenges prohibit sustained upward trends in ED testing. A control chart may be the appropriate next step to identify new control limits Disclosures All authors: No reported disclosures.

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