INTRODUCTION: Telemetry monitoring is often overused in the inpatient setting. This has led to overcrowding of telemetry beds, increased wait times in the emergency department, and inefficient allocation of hospital resources. The American College of Cardiology/American Heart Association (ACC/AHA) guidelines exist to guide appropriate utilization of cardiac monitoring. We sought to investigate the effect of the institution of an electronic ordering system (EOS) on adherence to guideline-based telemetry use. METHODS: Telemetry bed utilization was followed prospectively before and after institution of the EOS. Patient records were reviewed and assessed for indication for telemetry monitoring at admission and at 48 hours, as well as telemetry events. The online order form was based on the ACC/AHA guidelines for in-hospital cardiac monitoring. The EOS mandates physicians to check the specific indication for monitoring. Initial telemetry order expires after 48 hours, and if continued monitoring is necessary, it must be reordered. RESULTS: One hundred ninety-six patients before EOS and 156 patients after institution of EOS were assessed. Before EOS, 65% of patients placed on telemetry met guidelines for monitoring. Institution of EOS resulted in a significant improvement in compliance to 81% (P < 0.001). However, at 48 hours, compliance dropped with EOS from 31% to 13% (P < 0.001). All dysrhythmias observed occurred in patients who met guidelines for monitoring. There were no clinically significant events in patients who did not meet guidelines for telemetry monitoring. CONCLUSION: The institution of an EOS significantly improved compliance with ACC/AHA guidelines for cardiac monitoring at the time of admission. However, compliance worsened after the initial 48 hours, which may have been due to the ease of online reordering with our EOS. Clinically significant events were only observed in patients who met criteria for monitoring. EOS can be a useful tool to improve adherence to guideline-based utilization of hospital resources.
INTRODUCTION: Telemetry monitoring is often overused in the inpatient setting. This has led to overcrowding of telemetry beds, increased wait times in the emergency department, and inefficient allocation of hospital resources. The American College of Cardiology/American Heart Association (ACC/AHA) guidelines exist to guide appropriate utilization of cardiac monitoring. We sought to investigate the effect of the institution of an electronic ordering system (EOS) on adherence to guideline-based telemetry use. METHODS: Telemetry bed utilization was followed prospectively before and after institution of the EOS. Patient records were reviewed and assessed for indication for telemetry monitoring at admission and at 48 hours, as well as telemetry events. The online order form was based on the ACC/AHA guidelines for in-hospital cardiac monitoring. The EOS mandates physicians to check the specific indication for monitoring. Initial telemetry order expires after 48 hours, and if continued monitoring is necessary, it must be reordered. RESULTS: One hundred ninety-six patients before EOS and 156 patients after institution of EOS were assessed. Before EOS, 65% of patients placed on telemetry met guidelines for monitoring. Institution of EOS resulted in a significant improvement in compliance to 81% (P < 0.001). However, at 48 hours, compliance dropped with EOS from 31% to 13% (P < 0.001). All dysrhythmias observed occurred in patients who met guidelines for monitoring. There were no clinically significant events in patients who did not meet guidelines for telemetry monitoring. CONCLUSION: The institution of an EOS significantly improved compliance with ACC/AHA guidelines for cardiac monitoring at the time of admission. However, compliance worsened after the initial 48 hours, which may have been due to the ease of online reordering with our EOS. Clinically significant events were only observed in patients who met criteria for monitoring. EOS can be a useful tool to improve adherence to guideline-based utilization of hospital resources.
Authors: Marjorie Funk; Kristopher P Fennie; Kimberly E Stephens; Jeanine L May; Catherine G Winkler; Barbara J Drew Journal: Circ Cardiovasc Qual Outcomes Date: 2017-02
Authors: Irit R Rasooly; Rinad S Beidas; Courtney Benjamin Wolk; Frances Barg; Christopher P Landrigan; Amanda Schondelmeyer; Patrick W Brady; Lisa M McLeod; Christopher P Bonafide Journal: Pilot Feasibility Stud Date: 2019-05-15