Our long-term research goals could be powerfully advanced by a peer-catalyzed hospitalist research network.
The term “research network” can refer to many types of collaboration. One type that has been successful is the collection, analysis, and reporting of data in a registry or repository. In this example, medical care can be measured through the collection, analysis, and reporting of data. The National Cardiovascular Data Registry (established in 1998 by the American College of Cardiology Foundation) is a well-known example, but there are many others that have been organized for the purposes of improving quality and providing educational and research activities.
A second type of research network is the developing partnership between the American Medical Association (AMA) and Sermo, an online community where physicians exchange medical opinions. The partnership attempts to use technology to harness innovation, support physicians, and improve the capability of a peer network to influence the care patients receive by letting them share information with each other regarding patient care, pertinent scientific research, and advocacy issues. This is a looser network—without the constraints of data dictionaries—that relies on technology to make the connection between physician peers. While its start-up costs may be lower, its impact will be more difficult to measure.
A third example is the Gotham Prize for Cancer Research, which requires investigators to qualify by logging onto a Web site (www.gothamprize.org), posting a short proposal, and answering questions. If accepted by the expert panel of cancer researchers into this active forum, the new member will not only be eligible to receive the annual prize for the best idea, these individuals and their ideas will be matched to funding agencies and other scientists who may be able to support, assist, and/or collaborate. This limited-access network requires more facilitation than the previous AMA example, and the incentives and outcomes are more clearly defined.
The SHM Research Committee sees potential in exploring a network for hospital medicine researchers, through which members can access resources, collaborate, and innovate. Internet technology has the potential to level the playing field and erase the barriers of time differences and geography. By organizing around areas of interest designed to attract a critical mass of interested hospitalists, the goal of this network is to position SHM to lead hospital medicine research and ensure long-term success and sustainability by enabling powerful, high-impact studies in hospital medicine and supporting well-trained hospitalist researchers. Although this discussion is in the early stages of development, the SHM Research Committee plans to consider the following questions:
How would a network help hospital medicine and hospitalists? During the meeting in May in Dallas, the SHM Research Committee articulated the need for research mentorship, training, and career development. Any proposed network must further these aims. Hospital medicine investigators and SHM members would be involved in refining these goals at the earliest stages. Opportunities for training a new generation of hospital medicine investigators and strengthening the existing ones through such a network will be explored, including options for training in outcomes research and opportunities to link participants with mentors.
What questions should a network focus on? Hospitalists are well positioned to lead or collaborate on a range of key questions—questions that, in the short term, likely will focus on effectiveness and implementation research (related to quality improvement). Over the longer term, hospitalists should position themselves to be involved in all facets of clinical translational research, including T1 (bench-to-bedside research) and T2 (effectiveness research, such as larger randomized studies, and health services research). As hospital medicine grows, the potential areas where hospitalists might focus their scientific interests will expand. As hospitalists assume greater roles in caring for patients outside general medicine (e.g., surgical, cardiovascular, neurology, and oncology patients), the breadth of scientific inquiry will expand. In many of these cases, research networks exist; SHM will have to facilitate collaboration whenever possible.