• Title of article

    Improving Emergency Attendance and Mortality – The Case for Unit Separation

  • Author/Authors

    Asumanu, E Post Graduate Unit - 37 Military Hospital - Accra, Ghana , Richardson, R Department of Community Health - University of Ghana Medical School - Accra, Ghana

  • Pages
    5
  • From page
    318
  • To page
    322
  • Abstract
    BACKGROUND: Emergency attendance and mortality which are reliable indicators of quality of care, have been of concern to many health institutions. Different models are being proposed to improve emergency outcomes in different parts of the world. A model to separate a single emergency Unit into multiple emergency units has been tried in Ghana. OBJECTIVE: The objective of the study was to find the effect of the Unit Separation Model (USM) on the quality of emergency care delivery in a developing country. METHODS: The study compared the outcomes (attendance and mortality) in a Single Emergency Model (SEM) with a USM, over a two-year period. Two groups of patients were studied - the SEM phase comprising 809 patients, and the USM phase comprising 3,505 patients. Data on patients’ attendance and mortality in the two groups were analysed. RESULTS: Attendance increased four fold in the USM period compared to the SEM period. This also reflected in increases in individual unit attendance. There was almost a three fold increase in medical and surgical emergencies, over ten fold increase in gynaecological emergencies and over twenty fold increase in paediatric emergencies. There was a statistically significant reduction in emergency mortality in the USM period compared to the SEM period. Reductions in mortality were from 27.8% to 7.9% for Surgery, 46.3% to 23.2% for Medicine, 17.5% to 0.8% for Gynaecology, and 50.0% to 8.4% for Paediatrics (p-value <0.001 for each unit); and overall from 36.7% to 10.9%.
  • Keywords
    Unit Separation , Mortality , Emergency , Attendance
  • Journal title
    Astroparticle Physics
  • Serial Year
    2009
  • Record number

    2438040