• Title of article

    Quality of Hospital Bed Performance Studies based on Pabon Lasso Model

  • Author/Authors

    Aeenparast, Afsoon Health Metrics Research Center - Iranian Institute for Health Sciences Research - Academic Center for Education - Culture and Research, Tehran , Farzadi, Faranak Health Metrics Research Center - Iranian Institute for Health Sciences Research - Academic Center for Education - Culture and Research, Tehran , Maftoon, Farzaneh Health Metrics Research Center - Iranian Institute for Health Sciences Research - Academic Center for Education - Culture and Research, Tehran , Zandian, Hamed Department of Public Health - School of Health - Ardabil University of Medical Sciences, Ardabil , Rezaei Yazdeli, Mehdi Office of Vice-chancellor for Economic Affairs and Planning - Social Security Organization, Tehran

  • Pages
    6
  • From page
    143
  • To page
    148
  • Abstract
    Hospitals’ bed productivity has a remarkable effect on health system performance. The Pabon Lasso Model (PLM) is a useful tool for evaluation of inpatient beds performance and there is a growing trend in use of this technique in hospital performance evaluation. The aim of this study is to review the literature on PLM to gain insight into quality the results of these studies. By adopting a systematic review style, the full text of a total of 29 documents on the topic was reviewed. While in 81.3% (n=26) of the documents Pabon Lasso diagram has been represented complete and correctly, the results of a large fraction of the reviewed studies (59.6%) was limited to identifying the status of the hospitals in question the Pabon Lasso chart, without further analysis of the chart in the context of hospital resources. Our study hence recommends that future studies can draw further useful implications from the PLM model by focusing more on the interpretation of the results in the practical context of hospital management.
  • Keywords
    Hospital management , Hospital bed performance , Pabon Lasso Model
  • Journal title
    Astroparticle Physics
  • Serial Year
    2015
  • Record number

    2453264