As the demand for increasingly more diverse and complex health care grows, many countries in the stages of development, as well as those with more evolved health care systems, need to evaluate health care at many levels, including quality of health care, budget planning and hospital costs, administrative procedures, policy- and decision-making, and other areas. In isolation, individual small geographic areas, clinics, hospitals and projects have devised evaluation mechanisms, yet these seem inadequate to evaluate health care on a national level. Utilizing a broad spectrum of examples, the author stresses the use of all available data on health system performance and a comparison with the standards the system is meant to meet. These standards relate not only to biomedical matters, but to administration, resource use, and public demand. This unique approach examines the basic information, standards, techniques, and results in the field of national health system evaluation, and looks to the future of this important, necessary process.
`Well written in a lively informative style, and interspersed wtih interesting case studies.' Health Services Management Research `... it is clearly set out, well written in a lively informative style, and interspersed with interesting case studies.
`... this is an interesting and informative book'
`Cumper has done an excellent job in producing such an authoritative exposition of evaluation, that anyone connected with health care systems must read.' Health Services Management Research
|Micro-Evaluation: Who Needs It?|
|Strategy for Evaluating a National Health System|
|Basic Information on Health System Performance|
|Standards for Health System Evaluation|
|The Results of Evaluation|
|The Future of National Health System Evaluation|
|Table of Contents provided by Publisher. All Rights Reserved.|
Series: Oxford Medical Publications
Number Of Pages: 226
Published: 21st February 1991
Publisher: Oxford University Press
Country of Publication: GB
Dimensions (cm): 23.8 x 16.3 x 1.9
Weight (kg): 0.53