EMR: Revolutionizing PSQI
Rahul K. Shah, MD George Washington University School of Medicine Children’s National Medical Center Washington, DC I recently spent two days at the world headquarters of one of the largest electronic medical record (EMR) vendors. I left impressed by the role that EMR is playing regarding patient safety and quality improvement (PSQI) and the potential for such in the near future. EMR has taken on somewhat of a negative reputation in surgical circles, as many of us fear the loss of efficiency with its implementation. However, in the last couple of years, there have been huge iterative improvements in EMRs, to the extent that the design and platforms for them have become much more user-friendly. During my visit, I discovered the potential for PSQI with EMRs is exciting and the capacity to provide clinical decision support is amazing. It was unbelievable to see the algorithms actually present. The vendor I visited has created and is live with a sepsis pathway whereby, if a patient has specific parameters vis-á-vis lab findings, physical examination variables, etc., the clinician is prompted to consider a sepsis pathway. Throughout the patient’s hospital course, suggestions and prompts guiding and promoting the most current treatments, interventions, and medications are provided. We all are aware of the exponential increase in medical knowledge over the past few decades. Fortunately, EMRs have simultaneously developed to help us in this cognitive overload by having embedded clinical decision support in electronic health record (EHR) systems. This powerful combination may be able to synthesize vast amounts of information and focus on the minutiae so that the clinician can focus on the patient as a whole. I am convinced the future of PSQI must involve EMRs. As I witnessed, EMRs have embedded clinical decision support algorithms that undoubtedly are going to improve patient care. The most basic example of such is catching a potential drug-drug interaction and alerting the clinician prior to the patient receiving the medication. Or, if a patient’s lab values are not safe to metabolize a specific medication, the EMR would be able to prevent the ordering of the medication of concern. More sophisticated decision support algorithms will be developed. With data aggregation, the potential for EMR to affect health outcomes on a macro-scale is limitless; imagine that an intervention can be measured with a sample size in the tens of thousands. In such a scenario, randomized trials can be performed quickly and patients will be provided with the superior intervention in much more rapid fashion than the status quo. With these advances, another technology–data registries–will soon be mandatory. It will be imperative for physicians to maintain or participate in some type of data registry, not only for patient care mandates, but also to meet requirements for maintenance of certification. Currently, there are few, if any, systems, to my knowledge, that have EMRs and data registries linked. In many instances, this requires an interface to be built between the two systems, an expensive and not always successful solution. Privacy requirements also need to be maintained. However, the potential seamless transition of data from EMRs to data registries would certainly provide a means to improve care. The surgical community has expressed concern that EMR will halt the efficiency of their practices. However, given patient demand and financial incentives for deployment, the reality is that EMR will become part of our practices in the near short-term. We must consider fundamental changes to our practice paradigms or be forced to implement EMR in our existing paradigm, which most certainly will be a much more difficult undertaking. Whatever the manner in which we embrace EMRs, the reality is that even with the existing platforms, the quality of patient care will certainly be augmented and our patients will be safer. The caveat is that the clinician must be an astute user of EMR, or one’s efficiency will plummet and the safety of his or her patients will be in jeopardy. We encourage members to write to us with any topic of interest, and we will try to research and discuss the issue. Members’ names are published only after they have been contacted directly by Academy staff and have given consent to the use of their names. Please email the Academy at qualityimprovement@entnet.org to engage us in a patient safety and quality discussion that is pertinent to your practice.
Rahul K. Shah, MD
George Washington University School of Medicine
Children’s National Medical Center
Washington, DC
I recently spent two days at the world headquarters of one of the largest electronic medical record (EMR) vendors. I left impressed by the role that EMR is playing regarding patient safety and quality improvement (PSQI) and the potential for such in the near future.
EMR has taken on somewhat of a negative reputation in surgical circles, as many of us fear the loss of efficiency with its implementation. However, in the last couple of years, there have been huge iterative improvements in EMRs, to the extent that the design and platforms for them have become much more user-friendly.
During my visit, I discovered the potential for PSQI with EMRs is exciting and the capacity to provide clinical decision support is amazing. It was unbelievable to see the algorithms actually present. The vendor I visited has created and is live with a sepsis pathway whereby, if a patient has specific parameters vis-á-vis lab findings, physical examination variables, etc., the clinician is prompted to consider a sepsis pathway. Throughout the patient’s hospital course, suggestions and prompts guiding and promoting the most current treatments, interventions, and medications are provided.
We all are aware of the exponential increase in medical knowledge over the past few decades. Fortunately, EMRs have simultaneously developed to help us in this cognitive overload by having embedded clinical decision support in electronic health record (EHR) systems. This powerful combination may be able to synthesize vast amounts of information and focus on the minutiae so that the clinician can focus on the patient as a whole.
I am convinced the future of PSQI must involve EMRs. As I witnessed, EMRs have embedded clinical decision support algorithms that undoubtedly are going to improve patient care. The most basic example of such is catching a potential drug-drug interaction and alerting the clinician prior to the patient receiving the medication. Or, if a patient’s lab values are not safe to metabolize a specific medication, the EMR would be able to prevent the ordering of the medication of concern.
More sophisticated decision support algorithms will be developed. With data aggregation, the potential for EMR to affect health outcomes on a macro-scale is limitless; imagine that an intervention can be measured with a sample size in the tens of thousands. In such a scenario, randomized trials can be performed quickly and patients will be provided with the superior intervention in much more rapid fashion than the status quo.
With these advances, another technology–data registries–will soon be mandatory. It will be imperative for physicians to maintain or participate in some type of data registry, not only for patient care mandates, but also to meet requirements for maintenance of certification. Currently, there are few, if any, systems, to my knowledge, that have EMRs and data registries linked. In many instances, this requires an interface to be built between the two systems, an expensive and not always successful solution. Privacy requirements also need to be maintained. However, the potential seamless transition of data from EMRs to data registries would certainly provide a means to improve care.
The surgical community has expressed concern that EMR will halt the efficiency of their practices. However, given patient demand and financial incentives for deployment, the reality is that EMR will become part of our practices in the near short-term. We must consider fundamental changes to our practice paradigms or be forced to implement EMR in our existing paradigm, which most certainly will be a much more difficult undertaking. Whatever the manner in which we embrace EMRs, the reality is that even with the existing platforms, the quality of patient care will certainly be augmented and our patients will be safer. The caveat is that the clinician must be an astute user of EMR, or one’s efficiency will plummet and the safety of his or her patients will be in jeopardy.
We encourage members to write to us with any topic of interest, and we will try to research and discuss the issue. Members’ names are published only after they have been contacted directly by Academy staff and have given consent to the use of their names. Please email the Academy at qualityimprovement@entnet.org to engage us in a patient safety and quality discussion that is pertinent to your practice.