Author/Authors :
Rostami, Vahideh School of Management and Medical Informatics - Shiraz University of Medical Sciences, Shiraz , Shojaei, Payam Department of Management - Shiraz University, Shiraz , Bahmaei, Jamshid School of Management and Medical Informatics - Shiraz University of Medical Sciences, Shiraz
Abstract :
Introduction: Induced demand is an important challenge in national healthcare systems, and
can waste their resources. The likelihood of induced demand and the intensity of its effects
are the results of an interaction between a wide range of factors. Therefore, this study was
designed for structural modeling of the factors affecting induced demand.
Methods: This applied study was carried out using a descriptive-analytic design. First, the
factors affecting induced demand were identified by a thorough literature review. Then, using
interpretive structural modeling (ISM), the relationship between the factors was determined
and categorized, and the final model developed. In addition, using MICMAC analysis, the
types of variables have been identified with respect to their driving and dependency power.
Results: Lack of clinical guidelines, increased number of providers, weakness of education
system, weakness of Health Supervisory System, poor supervision of insurance companies,
improper payment system, providers’ insufficient knowledge, skills and clinical uncertainty,
defensive medicine, patient preferences, information asymmetry, the collusion of service
providers, and their incentives to earn more income were identified as the most important
factors affecting management and control of induced demand.
Conclusion: Induced demand reduction requires finding the relationships between the key
factors to provide a clear framework for determining the best controlling policies, thereby
preventing the loss of healthcare resources. This study provided a new insight into the factors
affecting induced demand leading to prioritization of decision-making and policymaking
measures.
Keywords :
Interpretive Structural Modeling , Induced Demand , MICMAC Analysis , Healthcare System