Monitoring Patient Safety
Section snippets
A framework to monitor patient safety
Prior efforts to monitor safety have predominately focused on outcome measures, including in-hospital mortality [10]. To facilitate comparison of performance across ICUs, a significant amount of effort has been devoted to developing sophisticated risk adjustment models. These models were rigorously developed, but to date, have significant limitations that may inhibit broad implementation [11], [12]. In addition, mortality rate alone, although important, provides an incomplete picture of patient
Applying the safety scorecard
The framework to monitor patient safety is presently being applied at JHH and in over 150 ICUs in the states of Michigan, New Jersey, and Rhode Island [57]. The safety scorecard is a product of this framework. Table 2 illustrates the safety scorecard for three ICUs at JHH. To evaluate harm, we measured CLA-BSI rates. To evaluate how often we do what we should, we evaluate compliance with the ventilator bundle. This bundle includes rates of head of bed elevation, rates of stress ulcer and deep
Limitations of the safety scorecard
The patient safety framework that we describe is a work in progress with several limitations. First, the framework may not be comprehensive enough to address all aspects of patient safety. Nevertheless, caregivers and administrators have found it meaningful and manageable. We do not explicitly distinguish between safety and quality measures, although the level of importance in highlighting this distinction remains unclear. Second, the overall scorecard includes aggregate measures and may be
What might teams do to monitor safety?
The first step in developing a safety scorecard to monitor safety in the ICU is to convene a multidisciplinary panel. Potential stakeholders who should be involved include senior and departmental leaders, physicians, nurses, and representatives from departments of performance improvement/quality assurance, hospital epidemiology, and information systems.
The second step is to gain consensus about measures that should be included on the safety scorecard. We previously discussed potential measures
Is our safety scorecard valid?
We have limited ability to evaluate the validity of a safety scorecard, or determine if an organization has made valid inferences about its quality of care. To help develop such tools, we modified the approach used in evidence-based medicine to evaluate the quality of published literature (Box 1) [65]. Although we recognize that this tool will evolve, it is designed to help organizations develop and evaluate their safety scorecard by answering three questions:
- 1.
Are the measures important?
- 2.
Are the
Barriers to monitoring safety
There are a number of barriers to implementing a safety-monitoring program that must be overcome. First, hospitals need to dedicate resources to develop measures of safety, and collect and manage data. In our experience, providers are busy and have limited time for added responsibilities. They need protected time with dedicated staff and other resources. Second, payers must determine the costs and benefits of measuring additional patient safety indicators; then, commit the resources and
Summary
The opportunity to improve patient safety is significant and the pressure to improve it increasing. Nevertheless, nearly all of health care currently lacks the ability to track progress despite considerable efforts to improve patient safety. As a result, few organizations can confidently say that patients are safer as a result of their efforts. In this article, we present a framework to monitor patient safety that combines valid rate-based measures to evaluate outcomes and processes of care,
Acknowledgments
We thank Christine G. Holzmueller for her assistance in editing the manuscript. Dr. Berenholtz reports receiving consulting fees from DocuSys, and holds equity ownership in DocuSys. Dr. Pronovost reports receiving consulting fees from CriticalMed and DocuSys, and holds equity ownership in DocuSys and VISICU, Inc.
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This work is supported in part by Grant No. K23HL70058-01 from the National Heart, Lung and Blood Institute; and by Grant No. 1UC1HS14246 from the Agency for Healthcare Research and Quality.