Overview
Research Interests:
Dr. Eisenstein is a member of the Duke Clinical Research Institute’s Outcomes Research and Assessment Group, with a special interest in understanding the relationships between complex interventions in health care systems and the long-term clinical and economic outcomes of patients. He has served as Principal Investigator for phase II, III, and IV economic and quality of life studies conducted alongside randomized clinical trials in cardiovascular, emergency, pulmonary, and vascular medicine and surgery. He also has conducted health technology evaluations making use of innovative research methods designed to better understand key relationships in observation (non-randomized) patient data. This work has included evaluations of the long-term clinical outcomes of coronary artery disease patients receiving drug-eluting vs. bare metal intracoronary stents, and how the use of clopidogrel changes those relationships. He also has conducted several studies assessing factors contributing to the costs of and evaluating different design considerations for multi-center randomized clinical trials.
In addition to his working in traditional health technology evaluation, Dr. Eisenstein has an interest in evaluating information technologies as interventions in health care systems. In this regard, he has collaborated in the design and conduct of large-scale, randomized clinical trials to evaluate clinical decision support systems. The research objective in these studies has been to develop methods for evaluating health information technologies in practice-based settings using a “tool kit” of inexpensive, yet highly scalable methods that make use of data sets created as a byproduct of normal clinical and administrative operations. The use of these evaluation methods has been demonstrated in four clinical trials that include care process, clinical, economic, and quality of life measurements.
Dr. Eisenstein is a member of the Duke Clinical Research Institute’s Outcomes Research and Assessment Group, with a special interest in understanding the relationships between complex interventions in health care systems and the long-term clinical and economic outcomes of patients. He has served as Principal Investigator for phase II, III, and IV economic and quality of life studies conducted alongside randomized clinical trials in cardiovascular, emergency, pulmonary, and vascular medicine and surgery. He also has conducted health technology evaluations making use of innovative research methods designed to better understand key relationships in observation (non-randomized) patient data. This work has included evaluations of the long-term clinical outcomes of coronary artery disease patients receiving drug-eluting vs. bare metal intracoronary stents, and how the use of clopidogrel changes those relationships. He also has conducted several studies assessing factors contributing to the costs of and evaluating different design considerations for multi-center randomized clinical trials.
In addition to his working in traditional health technology evaluation, Dr. Eisenstein has an interest in evaluating information technologies as interventions in health care systems. In this regard, he has collaborated in the design and conduct of large-scale, randomized clinical trials to evaluate clinical decision support systems. The research objective in these studies has been to develop methods for evaluating health information technologies in practice-based settings using a “tool kit” of inexpensive, yet highly scalable methods that make use of data sets created as a byproduct of normal clinical and administrative operations. The use of these evaluation methods has been demonstrated in four clinical trials that include care process, clinical, economic, and quality of life measurements.
Current Appointments & Affiliations
Associate Professor Emeritus in Medicine
·
2020 - Present
Medicine, Cardiology,
Medicine
Recent Publications
Evaluation of electronic health record to HL7® FHIR® mappings in pediatric research studies
Journal Article International Journal of Medical Informatics · January 2026 Full text CiteDefining methods to improve eSource site start-up practices.
Journal Article Contemp Clin Trials Commun · December 2024 BACKGROUND: eSource software that transfers patient electronic health record data into a clinical trial electronic case report form holds promise for increasing data quality while reducing data collection, monitoring and source document verification costs. ... Full text Link to item CiteCorrection
Journal Article Journal of the American College of Cardiology · December 2024 Full text CiteRecent Grants
TRANSFORM-HF DCC
ResearchCollaborating Investigator · Awarded by National Institutes of Health · 2017 - 2024Mid Southern Primary Care Networks Node
ResearchInvestigator · Awarded by National Institutes of Health · 2015 - 2023Platform for Engaging Everyone Responsibility (PEER) Validation
ResearchPrincipal Investigator · Awarded by Genetic Alliance · 2015 - 2021View All Grants
Education, Training & Certifications
Cleveland State University ·
1995
D.B.A.