An innovative framework for identifying and addressing potential gaps in health care in outpatient settings using electronic clinical surveillance tools has been used to target patient safety across a variety of conditions, according to a study published today in the journal eGEMs.
The Kaiser Permanente Southern California Outpatient Safety Net Program (OSNP) leverages the power of electronic health records as well as a proactive clinical culture to scan for potential quality improvement opportunities and intervene to improve patient care.
The paper presents the overall framework of OSNP, which has been used to address a wide range of safety issues across diverse clinical conditions. The OSNP targets care gaps such as use of conflicting medications that could lead to drug interactions or the need for follow-up tests. This is in contrast to the majority of patient safety programs, which focus on emergency or inpatient care.
"More than 98 percent of interactions with patients occur in outpatient settings, and the Outpatient Safety Net Program leverages the power of electronic health records to target care gaps by scanning for things like medication interactions or needed follow-up tests," said study author Michael H. Kanter, MD, regional medical director of Quality and Clinical Analysis, Southern California Permanente Medical Group. "For instance, a patient who is on one or more medications that require annual monitoring who has not come in to get his or her blood drawn for the necessary test will be flagged by our electronic clinical surveillance tool, and we will remind the patient to come in and have his or her lab work done."
According to the researchers, this innovative approach can be applied by other health care organizations provided that they have key pieces of information in digital format, even if they do not have an electronic health record or integrated delivery systems.
"The Southern California Outpatient Safety Net program is different from other patient safety programs that are dedicated to inpatient or hospital care because it scans in the background for anything that was missed," said Dr. Kanter. "As other health care delivery systems develop and implement similar tools, information sharing of these methods across organizations may help contribute to improvements in outpatient safety more broadly."
Kaiser Permanente can conduct transformational health research such as this study in part because it has the largest private patient-centered electronic health system in the world. The organization's electronic health record system, Kaiser Permanente HealthConnect®, securely connects approximately 9.3 million patients to 16,000 physicians in almost 600 medical offices and 38 hospitals. It also connects Kaiser Permanente's research scientists to one of the most extensive collections of longitudinal medical data available, facilitating studies and important medical discoveries that shape the future of health and care delivery for patients and the medical community.
This paper is part of Kaiser Permanente's ongoing efforts to address diverse care gaps in outpatient settings and improve health care quality and safety. Kaiser Permanente has published numerous studies about the benefits of Kaiser Permanente HealthConnect®, which it launched in 2004. In February, a Kaiser Permanente study published in the Journal of Vascular Surgery found that an EHR-based screening program for abdominal aortic aneurysms cut the number of unscreened, at-risk patients by more than half. Another study published in the Journal of the American Medical Informatics Association in October 2013 found that using electronic health records to automate reporting of quality measures reduces reporting time required for one measure-set alone by about 50 percent.
- Kim N. Danforth, Andrea E. Smith, Ronald K. Loo, Steven J. Jacobsen, Brian S. Mittman, Michael H. Kanter, on behalf of the KPSC Outpatient Safety Net Prog. Electronic Clinical Surveillance to Improve Outpatient Care: Diverse Applications within an Integrated Delivery System. eGEMs (Generating Evidence & Methods to improve patient outcomes), 2014; 2 (1) DOI: 10.13063/2327-9214.1056
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