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Dive into the research topics where Renee Smith is active.

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Featured researches published by Renee Smith.


Stroke | 2005

Recommendations for the Establishment of Stroke Systems of Care Recommendations From the American Stroke Association’s Task Force on the Development of Stroke Systems

Lee H. Schwamm; Arthur Pancioli; Joe E. Acker; Larry B. Goldstein; Richard D. Zorowitz; Timothy J. Shephard; Peter Moyer; Mark W. Gorman; S. Claiborne Johnston; Pamela W. Duncan; Phil Gorelick; Jeffery Frank; Steven K. Stranne; Renee Smith; William Federspiel; Katie B. Horton; Ellen Magnis; Robert J. Adams

Stroke continues to be a significant cause of morbidity and mortality in the United States. Approximately 700 000 Americans have a new or recurrent stroke each year, and stroke remains the third leading cause of death in the United States when considered independently from other cardiovascular diseases. Stroke also remains a leading cause of serious, long-term disability in the United States.1 Major advances have been made during the past several decades in stroke prevention, treatment, and rehabilitation. Despite successes in delivering effective new therapies, significant obstacles remain in ensuring that scientific advances are consistently translated into clinical practice. In many instances, these obstacles can be related to a fragmentation of stroke-related care caused by inadequate integration of the various facilities, agencies, and professionals that should closely collaborate in providing stroke care. There is increased emphasis on improving the components of stroke care, including recommendations from the Brain Attack Coalition for primary stroke centers and a formal process provided through the Joint Commission on Accreditation of Healthcare Organizations (JCAHO) for the certification of primary stroke centers.2–4 It is critically important to look carefully at how the distinct components can be better integrated into systems of stroke care. The American Stroke Association (ASA), a division of the American Heart Association (AHA), is dedicated to improving stroke prevention, treatment, and rehabilitation through research, education, advocacy, and the development and application of scientifically based standards and guidelines. The ASA convened a multidisciplinary group, the Task Force on the Development of Stroke Systems, to describe the current fragmentation of stroke care, to define the key components of a stroke system, and to recommend methods for encouraging the implementation of stroke systems. The term “stroke system” is used in this article to avoid the corporate and financial connotations associated with the words “network” and …


Circulation | 2006

A Taxonomy for Disease Management: A Scientific Statement From the American Heart Association Disease Management Taxonomy Writing Group

Harlan M. Krumholz; Peter M. Currie; Barbara Riegel; Christopher O. Phillips; Eric D. Peterson; Renee Smith; Clyde W. Yancy; David P. Faxon

Background— Disease management has shown great promise as a means of reorganizing chronic care and optimizing patient outcomes. Nevertheless, disease management programs are widely heterogeneous and lack a shared definition of disease management, which limits our ability to compare and evaluate different programs. To address this problem, the American Heart Association’s Disease Management Taxonomy Writing Group developed a system of classification that can be used both to categorize and compare disease management programs and to inform efforts to identify specific factors associated with effectiveness. Methods— The AHA Writing Group began with a conceptual model of disease management and its components and subsequently validated this model over a wide range of disease management programs. A systematic MEDLINE search was performed on the terms heart failure, diabetes, and depression, together with disease management, case management, and care management. The search encompassed articles published in English between 1987 and 2005. We then selected studies that incorporated (1) interventions designed to improve outcomes and/or reduce medical resource utilization in patients with heart failure, diabetes, or depression and (2) clearly defined protocols with at least 2 prespecified components traditionally associated with disease management. We analyzed the study protocols and used qualitative research methods to develop a disease management taxonomy with our conceptual model as the organizing framework. Results— The final taxonomy includes the following 8 domains: (1) Patient population is characterized by risk status, demographic profile, and level of comorbidity. (2) Intervention recipient describes the primary targets of disease management intervention and includes patients and caregivers, physicians and allied healthcare providers, and healthcare delivery systems. (3) Intervention content delineates individual components, such as patient education, medication management, peer support, or some form of postacute care, that are included in disease management. (4) Delivery personnel describes the network of healthcare providers involved in the delivery of disease management interventions, including nurses, case managers, physicians, pharmacists, case workers, dietitians, physical therapists, psychologists, and information systems specialists. (5) Method of communication identifies a broad range of disease management delivery systems that may include in-person visitation, audiovisual information packets, and some form of electronic or telecommunication technology. (6) Intensity and complexity distinguish between the frequency and duration of exposure, as well as the mix of program components, with respect to the target for disease management. (7) Environment defines the context in which disease management interventions are typically delivered and includes inpatient or hospital-affiliated outpatient programs, community or home-based programs, or some combination of these factors. (8) Clinical outcomes include traditional, frequently assessed primary and secondary outcomes, as well as patient-centered measures, such as adherence to medication, self-management, and caregiver burden. Conclusions— This statement presents a taxonomy for disease management that describes critical program attributes and allows for comparisons across interventions. Routine application of the taxonomy may facilitate better comparisons of structure, process, and outcome measures across a range of disease management programs and should promote uniformity in the design and conduct of studies that seek to validate disease management strategies.


Circulation | 2004

Improving Quality of Care Through Disease Management Principles and Recommendations From the American Heart Association’s Expert Panel on Disease Management

David P. Faxon; Lee H. Schwamm; Richard C. Pasternak; Eric D. Peterson; Barbara J. McNeil; Vincent J. Bufalino; Clyde W. Yancy; Lawrence M. Brass; David W. Baker; Robert O. Bonow; Lynn A. Smaha; Daniel W. Jones; Sidney C. Smith; Gray Ellrodt; Jerilyn K. Allen; Sanford J. Schwartz; Gregg C. Fonarow; Pam Duncan; Katie B. Horton; Renee Smith; Steve Stranne; Kenneth I. Shine

Private and public policymakers and health insurance plans increasingly are examining and introducing disease management programs to help treat chronic illnesses such as cardiovascular disease and stroke. The term disease management programs typically refers to multidisciplinary efforts to improve the quality and cost-effectiveness of care for select patients with chronic illness. This trend highlights the importance of assessing the clinical and public policy implications of this phenomenon from the perspectives of patients’ best interests and quality of care. To address the complex issues surrounding disease management, the American Heart Association (AHA) assembled a multidisciplinary Advisory Working Group on Disease Management in 2002 to offer ongoing guidance in this evolving area. The Advisory Working Group developed a working definition of disease management and established core principles for the application of disease management to cardiovascular disease and stroke, which are the subject of this report. A. Quality of Care The AHA is committed to improving the quality of care that is available to patients suffering from or at risk for cardiovascular disease and stroke through research, public education, advocacy, and the development and application of disease-specific, scientifically based standards and


Stroke | 2002

Recommendations for Improving the Quality of Care Through Stroke Centers and Systems: An Examination of Stroke Center Identification Options: Multidisciplinary Consensus Recommendations from the Advisory Working Group on Stroke Center Identification Options of the American Stroke Association

Robert J. Adams; Joe E. Acker; Mark J. Alberts; Liz Andrews; Richard P. Atkinson; Kathy Fenelon; Anthony J. Furlan; Meighan Girgus; Katie B. Horton; Richard L. Hughes; Walter J. Koroshetz; Richard E. Latchaw; Ellen Magnis; Marc R. Mayberg; Arthur Pancioli; Rose Marie Robertson; Tim Shephard; Renee Smith; Sidney C. Smith; Suzanne Smith; Steven K. Stranne; Edgar J. Kenton; Gil Bashe; Altagracia Chavez; Larry B. Goldstein; Richard Hodosh; Cindy Keitel; Margaret Kelly-Hayes; Anne Leonard; Lewis B. Morgenstern


Circulation | 2006

Payment for Quality: Guiding Principles and Recommendations Principles and Recommendations From the American Heart Association’s Reimbursement, Coverage, and Access Policy Development Workgroup

Vincent J. Bufalino; Eric D. Peterson; Gregory L. Burke; Kenneth A. LaBresh; Daniel W. Jones; David P. Faxon; Adolfo M. Valadez; Lawrence M. Brass; Valere B. Fulwider; Renee Smith; Harlan M. Krumholz


Archive | 2013

Systems From the American Stroke Association's Task Force on the Development of Stroke Recommendations for the Establishment of Stroke Systems of Care : Recommendations

Katie B. Horton; Ellen Magnis; Robert J. Adams; Pamela W. Duncan; Phil Gorelick; Jeffery Frank; Steven K. Stranne; Renee Smith; D. Zorowitz; Timothy J. Shephard; Peter Moyer; S. Claiborne Johnston; Lee H. Schwamm; Arthur Pancioli; Joe E. Acker; Larry B. Goldstein


Archive | 2010

American Heart Association Disease Management Taxonomy Writing Group A Taxonomy for Disease Management. A Scientific Statement From the

D. A. Peterson; Renee Smith; Clyde W. Yancy; David P. Faxon; Harlan M. Krumholz; Peter M. Currie; Barbara Riegel; Christopher O. Phillips


Archive | 2007

Development of Stroke Systems Recommendations From the American Stroke Association's Task Force on the Recommendations for the Establishment of Stroke Systems of Care:

J. Adams; Renee Smith; William Federspiel; Katie B. Horton; Ellen Magnis; Pamela W. Duncan; Phil Gorelick; Jeffery Frank; Richard D. Zorowitz; Timothy J. Shephard; Peter Moyer; Mark W. Gorman; Lee H. Schwamm; Arthur Pancioli; Joe E. Acker


Archive | 2005

Recommendations for the Establishment of Stroke Systems of Care Recommendations From the American Stroke Association's Task Force on the Development of Stroke Systems Task Force Members

Lee H. Schwamm; Arthur Pancioli; Joe E. Acker; Larry B. Goldstein; Richard D. Zorowitz; Timothy J. Shephard; Peter Moyer; Mark W. Gorman; S. Claiborne Johnston; Pamela W. Duncan; Phil Gorelick; Jeffery Frank; Steven K. Stranne; Renee Smith; William Federspiel; Katie B. Horton; Ellen Magnis; Robert J. Adams

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Robert J. Adams

Medical University of South Carolina

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