Technology diffusion in hospitals: A log odds random effects regression model
International Journal of Health Planning and Management , Volume 30 - Issue 3 p. 246- 259
This study identifies the factors that affect the diffusion of hospital innovations. We apply a log odds random effects regression model on hospital micro data. We introduce the concept of clustering innovations and the application of a log odds random effects regression model to describe the diffusion of technologies. We distinguish a number of determinants, such as service, physician, and environmental, financial and organizational characteristics of the 60 Dutch hospitals in our sample. On the basis of this data set on Dutch general hospitals over the period 1995-2002, we conclude that there is a relation between a number of determinants and the diffusion of innovations underlining conclusions from earlier research. Positive effects were found on the basis of the size of the hospitals, competition and a hospital's commitment to innovation. It appears that if a policy is developed to further diffuse innovations, the external effects of demand and market competition need to be examined, which would de facto lead to an efficient use of technology. For the individual hospital, instituting an innovations office appears to be the most prudent course of action.
|Diffusion, Hospitals, Log odds regression model, Technology|
|International Journal of Health Planning and Management|
|Organisation||Department of Public Administration|
Blank, J.L.T, & Valdmanis, V.G. (2015). Technology diffusion in hospitals: A log odds random effects regression model. International Journal of Health Planning and Management, 30(3), 246–259. doi:10.1002/hpm.2232