| Literature DB >> 19807930 |
Katherine S Ong1, Margaret Kelaher, Ian Anderson, Rob Carter.
Abstract
BACKGROUND: Efficiency and equity are both important policy objectives in resource allocation. The discipline of health economics has traditionally focused on maximising efficiency, however addressing inequities in health also requires consideration. Methods to incorporate equity within economic evaluation techniques range from qualitative judgements to quantitative outcomes-based equity weights. Yet, due to definitional uncertainties and other inherent limitations, no method has been universally adopted to date. This paper proposes an alternative cost-based equity weight for use in the economic evaluation of interventions delivered from primary health care services.Entities:
Year: 2009 PMID: 19807930 PMCID: PMC2768712 DOI: 10.1186/1475-9276-8-34
Source DB: PubMed Journal: Int J Equity Health ISSN: 1475-9276
Summary of methods to incorporate vertical equity into economic evaluations
| Decision-maker and/or stakeholder assessment of impact on equity | Weighted QALYs - by direct weighting or characterisation of the social welfare function | Costs weighted based on additional resources to provide improved access to health services | |
| Before or after calculation of cost-effectiveness ratios | Incorporation into the benefits side of cost-effectiveness ratios | Incorporation into the cost side of cost-effectiveness ratios | |
| Pluralistic bargaining | Fair innings [ | Cost side equity weight described in this paper | |
| Less resource intensive than quantitative methods | Explicit equity assumptions and judgements | Explicit equity assumptions and judgements | |
| Equity judgements may be implicit | Generally do not consider equity in processes of health care delivery | Weight based on 'improved' rather than equitable access | |
Figure 1Simplified economic evaluation schema with the application of equity weights. The basic economic evaluation framework (shaded) involves selection of interventions or programs to evaluate, followed by determination of their incremental costs (in monetary units) and outcomes or benefits (often using health state measures such as the QALY) compared to current practice. From this data, the incremental cost-effectiveness ratio (ICER) can be calculated as the net cost per unit of benefit, and the results then compared with the ICERs of other interventions for use in resource allocation and decision-making. Equity weights can be applied to the analyses of selected target populations who are deemed to be worse off. Conventional outcomes-based equity weights apply a weight to the benefits of the intervention, by weighting up the QALYs attributed to disadvantaged groups. The proposed alternative is to apply a cost-side weight to the costs of the intervention, based on equitable processes of health service delivery.
Selected indices of Indigenous and general Australian population health status and access to health services
| Life expectancy - Females | 65 years | 82 years |
| Life expectancy - Males | 59 years | 77 years |
| Perinatal death rate | 15.7 per 1000 births | 10.3 per 1000 births |
| Standardised Mortality Ratio - Males (2001-2005) [ | 3.0 | 1.0 |
| Standardised Mortality Ratio - Females (2001-2005) [ | 2.9 | 1.0 |
| Immunisation rate at 12 months of age (2000) [ | 72-76% | 90-94% |
| Cervical cancer screening rate in Northern Territory (1997-98) [ | 34% | 64% |