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Participatory Medicine and E-Patients Gilles Frydman President, Association of Online Cancer Resources
Bruce D. Shriver Editor-in-Chief, ESUN
[Editor's Note: In the next issue of ESUN, we will be launching a new column by Gilles Frydman, "Participatory Medicine and E-Patients". This brief article serves as introduction to both topics and why they are intimately related.]
We believe that the report, "e-Patients: How they can help us heal healthcare", is very important. Anyone interested in understanding what is behind some of the important changes in and some of the emerging possibilities for the healthcare landscape in the United States (and quite possibly in many countries around the globe) should read it if they haven't already done so. The report was begun by the pioneering physician, author, and researcher Tom Ferguson, M.D. and was recently completed by a group of his colleagues after his untimely death in 2006. The group is called "The e-Patient Scholars Editorial Team" and consists of Meredith Dreiss, Susannah Fox, Gilles Frydman, Joe and Terry Graedon, Alan and Cheryl Greene, John Grohol, Dan Hoch, and Charlie and Connie Smith. An increasing number of patients, caregivers, and survivors are empowering themselves. The report discusses some of the potential benefits of participatory medicine and identifies hurdles that are in the way of achieving those benefits.
The "e-Patients: How they can help us heal healthcare" report is available online both in PDF and wiki format on the e-Patients website. It is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 License. The e-Patient Scholars Editorial Team has given me permission to republish Dr. Ferguson's preface to the report consistent with the Creative Commons license. I selected the Preface because I thought it would whet the reader's appetite to examine the complete report.
Preface In his groundbreaking work, Thomas Kuhn identified two contrasting types of scientific work. [1] The first, normal science, involves the gradual accumulation of knowledge within a dominant professional paradigm that is still timely and effective. [2] The discovery of the structure of DNA is one example of normal science: the investigators knew what they were looking for, knew the methods they would need to use, had faith and trust in their underlying paradigm, and immediately knew it when they found the answer. [3] A healthy and vital professional paradigm can be a sort of unifying cultural DNA, helping members of a profession work together.
But there can be a dark side to professional paradigms as well. Since observations, approaches, and strategies that don't conform to the accepted tenets of the dominant paradigm are typically ignored, denied or explained away, an outdated paradigm can insulate a professional community from new developments that are "off the radar screen" of their customary ways of thinking. And the understandable professional impulse to defend and protect a valued paradigm can lead professionals to champion obsolete practices, to stifle needed change, and to make attempts at innovation-within the paradigm-unproductive.
Outdated professional paradigms thus sometimes persist far longer than they should. And so in times of rapid technological or cultural change, when it becomes increasingly clear that the dominant professional paradigm in its traditional form no longer serves the needs of the greater community, a second type of scientific work becomes necessary.
Disruptive science seeks to identify and understand the underlying limitations of the old paradigm, and to facilitate the development of a more suitable and sustainable new scientific worldview. And while the practitioners of normal science may keep their methods private and conceal their results until such time as it best serves their purpose, practitioners of disruptive science are typically more open and collaborative in their efforts, reaching out to a network of like-minded investigators, seeking their advice and inviting their collaboration. The shift from the Ptolemaic to the Copernican model of the solar system, as described by Kuhn, [4] provides a valuable illustration of disruptive science.
Many of the insights in the chapters that follow came directly from the thousands of e-patients with whom my colleagues and I have had the honor of communicating over the past decade and more. This includes thousands of free-text responses to e-patient surveys conducted through the Pew Internet & American Life Project. Additional e-patient insights were passed on via my extraordinary group of advisors, the e-Patients Scholars Working Group. These invaluable colleagues have collaborated and brainstormed and debated and reviewed many earlier drafts. Together and separately, we have visited e-patient weblogs and home pages, participated in e-patient support groups, subscribed to e-patient mailing lists, and lurked in e-patient chat rooms and Web forums. So in addition to summarizing the opinions of some of the most knowledgeable professionals and researchers, I have tried, whenever possible, to let the reader hear the contemporary e-patient's voice.
As my colleagues and I journeyed through this rapidly evolving and largely uncharted domain, we tried to imagine a future healthcare system in which the many positive trends and developments we have encountered could be accepted, acknowledged, supported, and integrated with our current patterns of medical practice. I am immensely grateful to all who helped with this project, and I have relied heavily on their wisdom and guidance in preparing the pages that follow. The members of the e-Patient Scholars Working Group are listed separately.
My role in this project has been much like that of a host at a dinner party, inviting a remarkable cast of characters to share their insights and describe their visions. I have listened carefully and have asked innumerable questions. I've done my best to synthesize what I heard, and what I myself discovered, into an intelligible conclusion:
We offer this White Paper as a series of preliminary notes on this new operating system. - Tom Ferguson, M.D. - Austin, Texas, January 2006 References
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