On Monday, 25-11-2013, Pieter Van Gorp talked about PHR apps and privacy on an event organized by the alumni organization of industrial engineers from TU/e. The Dutch announcement can be found here. English slides are available here and pictures can be found below (thanks to Anna Wilbik for operating the iPad camera).
Author: pvgorp
IS-HEART: Presentation by Prof. Stan Finkelstein
When: 3rd Friday of November (15/11/2013), 12.30 – 13.30
Where: TU/e, Paviljoen K.10
Please confirm your attendance by sending an email to is@tue.nl
Who: Stan N. Finkelstein, MD (Senior Research Scientist,
Massachusetts Institute of Technology, Engineering Systems Division;
Associate Professor of Medicine, Harvard Medical School)
Title: Finding New Lives for Old Drugs: Ideas about using a Systematic Approach
Abstract: When drugs are approved by regulatory agencies like the European Medicines Agency and the U.S. Food and Drug Administration to enter the market, they are labeled only for specific therapeutic uses, for which detailed evidence from clinical trials established their safety and efficacy. For many of these drugs, sooner or later, some evidence emerges (or at least a good reason to believe) that they would be efficacious for other uses, often referred to as “off-label uses”. In the U.S., prescribing of medicines for off-label uses, by qualified physicians is perfectly legal, though pharmaceutical companies would be breaking the law if they advertised or promoted them for such unauthorized uses. Such off-label uses are only
occasionally the object of later clinical trials to confirm their therapeutic value.
In this seminar, I will begin by reviewing evidence from a data-based study that examined the proportion of all drug prescribing that is off-label and identified the kinds of medicines that are most often used in this fashion. Then I will share some ideas and plans for new research aimed at systematically identifying medicines whose off-label uses could be evaluated through the conduct of “pseudo-trials,” using matched patient cohorts from electronic medical record databases.
The ultimate objective is to develop convincing evidence of these additional therapeutic uses of older drugs, in order that they can be prescribed more widely, and enable more patients to benefit from them.
Speaker Bio: Stan N. Finkelstein, M.D. is a Senior Research Scientist in the the MIT Engineering Systems Division. He also serves as Associate professor of Medicine at Harvard medical School and is a member of the faculty of the Division of Clinical Informatics at Beth Israel Deaconess Medical Center. He received his Masters of Science and Bachelors of Science degrees in
Chemical Engineering from MIT in 1971, and an M.D. from Harvard Medical School in 1975.
Since 1975, he has worked actively in the field of medical technology assessment and transfer at MIT. He conducts research and teaches classes in the development and evaluation of medical practice and technology and in health economics and policy, both at MIT and Harvard Medical School.
An active consultant to U.S. and international pharmaceutical, biotechnology, and medical device firms, as well as to health services organizations and government agencies; Dr. Finkelstein is an expert in outcomes research. His areas of specialization extend to the business-government interface related to medical technology, especially product development, clinical research design and third-party reimbursement. Dr. Finkelstein is author, editor, or contributor to several books and numerous articles on these subjects.
Dr. Finkelstein’s current research interests include analyses relating to the economics of illness and pharmaceutical treatment and to low probability, high consequence public health events. His publications include studies of cost of illness and cost-effectiveness of treatment. He is co-author of several recent articles that address the link between treatment of illness and productivity at work, and the role of advancing science and technology in changing patterns of medical treatment.
See also the general IS-HEART webpages.
IS-HEART presentation by Parvathy Meenakshy
Update: this session was originally scheduled for Dec. 20th, it was rescheduled to 17/1/2014.
Parvathy Meenakshy will soon present to the IS-HEART session participants the results of her recently defended master thesis. Parvathy has graduated as a Master of Science in Business Information Systems. Her thesis, entitled A Performance Measurement Framework for Clinical Pathways Monitoring is based on a collaboration with the cardiologists of the Catharina Hospital Eindhoven.
Thesis Goals: Develop a framework for performance measurement system for clinical pathway monitoring. The sub goals to be achieved are:
- Develop clinical pathway indicator ontology
- Develop a formal method to define indicators
- Develop a performance measurement system
- Implement a Proof of Concept of the proposed system
Get the Thesis PDF from the TU/e Library
IS-HEART: Presentation by Giel Wijgergangs
On January 17th 2014, Giel Wijgergangs will present his master thesis results on the topic of business process redesign evaluation via process on simulation event logs. Giel is currently working in the ophtalmology department of the AZM/MUMC+ and he is making promising progress.
BEP Presentation by Mirthe Nelissen
On December 6th, Mirthe Nelissen will present the results of her Bachelor End Project (BEP). The project was conducted at the Academic Hospital Maastricht (AZM).
Master Thesis Defense by Anouk Suntjens on Knowledge Maintenance for Clinical Rules
On Friday, September 27th 2013, Anouk Suntjens has defended her master thesis. The thesis relates to a project conducted in collaboration with the hospital pharmacy of the Catharina Ziekenhuis Eindhoven (CZE).
Thesis title
Knowledge Translation and Maintenance in health care: Identification of the requirements for tool support.
Abstract
This study investigates the requirements for a tool supporting Knowledge Translation and Maintenance (KT&M) in the health care sector. The process is currently inefficient, resulting in a suboptimal level of care. An overview of practical support options and tool requirements is derived from a case study in a Dutch hospital. In addition, theoretical tool requirements are obtained via a literature review. These support options and tool requirements are validated with different process stakeholders from the hospital. As a result, useful insights are obtained in the perceptions of process actors with respect to knowledge translation and maintenance and their preferences for tool support during the CR process. Tools should demonstrate their practical usefulness and focus on supporting collaboration between different stakeholders, automatic filling of artefacts, and traceability between sources and their usage.
Both the TU/e supervisors as well as the CZE contacts were very pleased with the end-result as well as by Anouk’s professionalism throughout the thesis project execution.
The full thesis text can be downloaded from the TU/e library.
IS-HEART presentation Sept. 2013, W3: RFID Technology in Outpatient Logistics
Presentation Series: IS-HEART
Speaker: Burak Onurlu (IM master student under thesis supervision of Uzay Kaymak)
Presentation title: RFID Technology in Outpatient Logistics: An Analysis of Its Potential and Acceptance
Abstract: The dramatic and continuous increase in health care spending threatens the economic stability and safety of the countries. Therefore, the governments and the health care organizations are forced to rethink and redesign their strategies in order to provide timely and cost effective healthcare services. Within this perspective, today’s technological developments have drawn attention of decision makers in health care industry due to their potential benefits in terms of efficiency and cost reduction.
In this research, we focus on the main outpatient logistics problems and the recent use of a relatively new technology, Radio Frequency Identification (RFID), in order to solve those problems. In addition, the main concentration of the research is to explore the potential and the adoption of RFID in outpatient logistics. 109 Dutch health care professionals with diverse backgrounds, from doctors and nurses to managers and IT specialists, participated in a web-survey which was based on one of the most popular technology adoption theories, the Technology Acceptance Model.
The proposed research model and the collected data were analyzed by using Structural Equation Modeling. The results of the research shows that perceived ease of use and perceived usefulness are the significant determinants of behavioral intention to use RFID technology in outpatient logistics. They can also explain/predict 67% of the variance in health care professionals’ behavioral intention to use RFID technology in outpatient logistics. Moreover, based on the Method Evaluation Model, the results suggest that RFID technology will likely be adopted in practice by health care professionals.
HealthCare Cluster Events June 2013
This month, we have many exciting events:
- First of all, in W1, we have an IS-HEART session. Lonneke Vermeulen and Parvathy Meenakshy will present their research proposal for their master thesis: June 7th, 12-13u. Note: this IS-HEART session starts 30minutes earlier than usual!
- Also on June 7th, Pieter Van Gorp will talk about MyPHRMachines in a guest lecture for the course 1BK00 – Healthcare information systems: 13:30-15:00 in AUD02.
- in W2, we have our healthcare cluster meeting. Please send your agenda points to the cluster leader
- in W3 we have no IS-HEART session since it is moved to W4.
- in W4, we have an IS-HEART session. Jan-Joost Boere will present his research proposal for his master thesis. June 28th, 12:30-13:30.
- Also on June 28th, Willem Dalinghaus will defend his master thesis: 15:00-17:00. Please consult our mailing lists for further details.
Master Thesis defense by Willem Dalinghaus
Title
An Introduction to Reference Process Modeling in Healthcare
Abstract
In this master thesis project a research is described providing an introduction to reference modeling in healthcare. The goal is to provide a design approach to automatically create reference models based on existing process models. This master thesis focuses on healthcare; a complex domain, where little knowledge about business process management is applied. Due to the economic crisis healthcare must reduce costs without decreasing quality of care. The use of business process management could help the healthcare domain to achieve this. One way to create business processes is the use of reference process models. The research described in the thesis is about creating a reference model concerning the intake process based on several existing process models from a single hospital.
Online Access
Get the PDF from the TU/e library.