Archive for the ‘Emory University’ Tag
A number of recent academic studies have shown that global health experiences are becoming more essential in the eyes of medical trainees. One particular study suggested that the vast majority of current surgical residents are interested in global health experiences. Our research group at Emory has further shown that medical students are likely considering global health offerings when students evaluate residency programs. The reality for residency programs today is that failing to offer opportunities in global health may be harming their ability to recruit the best applicants for their program. However, medical schools and residency programs alike have had difficulty overcoming the logistical difficulties while also maintaining the quality of medical education provided during such experiences.
Drs. Jahnavi Srinivasan and Viraj Master demonstrate point-of-care ultrasound techniques to medical students Lee Hugar and Pete Creighton during Emory Medishare’s surgical camp in Hinche, Haiti.
For the last five years, I have worked intimately with a small group of faculty and students at Emory University School of Medicine to design a for-credit international surgery elective that attempts to demonstrate the feasibility of such a training experience for medical student. A long-form retrospective piece on the effort and how it has evolved to meet the needs of multiple stakeholders has just been published in the Bulletin of the American College of Surgeons. The key takeaway from our group’s experience is that the common criticisms of these short-term trips fail to wholly encompass the range of benefits being provided. If one assesses solely the educational value or exclusively the burden disease effect for the patient population, a perspective that incorporates the cumulative benefit of these programs is lost.
As I have started the transition from medical student to general surgery residency, it has become increasingly important for me to find a way to communicate our message to the next generation of medical students. At Emory, I have no doubt that an exceptional class of rising senior medical students with global health experiences will have no problem continuing to build on the model there. But what can be done for other medical schools that don’t have such a program or have not operationalized it in a manner that can continue across multiple years? After considerable thought and planning, we have released an early version of a website, www.MedStudentTrips.org, that will serve as a repository of public clinical manuals, planning documents, and advice for those looking to replicate the Emory Medishare model at their own school. In passing on such knowledge, I hope to catalyze such efforts at other institutions in the future.
For information on Emory Medishare, the student-faculty medical humanitarian collaborative discussed in this article at http://www.emorymedishare.org.
For those looking to design such a program at their own medical institution, Emory Medishare has posted many of its public resources at http://www.MedStudentTrips.org.
One of the recent cost-control measures that Medicare has been experimenting with is a planned penalty for hospital systems with high readmissions. For example, if the reimbursement data a hospital files with Medicare shows a higher 30-day readmission rate for patients it previously treated, also called “bouncebacks,” a percentage deduction will be made from all future Medicare payments to that hospital. The basis of this new rule stems from a belief that hospitals with high readmission rates are the result of inadequate care continuity practices and not the result of skewed populations being served. For this post, I will leave aside the many criticisms (e.g., for indigent care hospitals, for population outliers) of the new policy and focus on the innovation trends for helping individual hospitals lower their readmission rates.
Leaving so soon? Most quality experts believe readmissions could be reduced if high-risk patients remained as inpatients longer. (Courtesy Hospital & Health Networks)
The research group that I currently work with at Emory University’s Department of Surgery and Georgia State University’s Andrew Young School of Policy Studies view excessive readmissions as the first signs of correctable errors in the discharge process. These errors can be broadly grouped together as systems-based and decision-related. Systems-based errors are when a patient is not adequately prepared for discharge because of an internal system failure. For example, the process for discharge at a hospital may not properly instruct a patient on the use of home-oxygen prior to discharge. Decision-related errors are when lack of information or external pressure lead to a patient being discharged too early.
Systems-based discharge errors are currently being addressed through traditional quality improvement mechanisms now being applied in the healthcare setting. However, decision-related discharge errors represent an under-explored opportunity for hospitals to reduce their readmission rates. The general thinking is that if physicians can have a more accurate sense of the likelihood of readmission, patients can be discharged at a more appropriate time while not wasting resources by simply holding on to every patient for a longer time period.
Although approaches have varied, the common wisdom to address decision-related discharge errors has been to take advantage of the latest advances in bioinformatics (i.e., healthcare IT) and apply them in real-time to patient discharge decisions. Currently, the most developed commercial solution is Microsoft’s Amalga healthcare information management platform (3M has a similar IT product oriented more toward quality improvement offices). The basic principle of these systems is for algorithm-based analysis of existing patient data to develop and refine predictive tools for use by a physician at the time of discharge of a future patient. For example, as the system collects data on patients who ahad gallbladder surgery it will become increasingly better at predicting which future gallbladder patients will most likely be readmitted. With such information in hand, a surgeon could potentially flag certain patients as high-risk for readmission and manage their discharge more conservatively.
It is important to note that product offerings like Amalga have not been readily adopted by the mainstream healthcare information management community. Critics note that Microsoft has been struggling to establish itself in healthcare IT due to its late entry and lack of a comprehensive product line. Recent moves by Microsoft signal that the company recognizes these vulnerabilities. A 50/50 joint venture called “Caradigm” between Microsoft (an IT and platform leader) and GE Healthcare (an electronic health record industry veteran) aims to capture many of Microsoft’s latest clinical informatics innovations and package them into existing health system platforms.
Currently, these uses of predictive data analysis are in their infancy. To use a term from business innovation theory, we’re in an “era of ferment.” What I find even more interesting than the technical hurdles firms are currently struggling with is the foreseeable problem on the horizon of how we pair technical expertise (healthcare providers) with these predictive tools. This man-machine interface is easy to dismiss, but I believe that successfully addressing it will be the determinant of a successful dominant design.
Disclosure: I currently receive a graduate research stipend from the National Institutes of Health (1RC4AG039071) for work related to surgical patient readmissions and discharge decision-making.
Ira Leeds
Blue Oceans for Health 