OBJECTIVETo analyze the unreasonable part of full cost of the public health service items in county level.

METHODSOn basis of typical survey in 2005, 18 questionnaires were released and the response rate was 100%. The whole cost and ladder apportionment of expense methods were employed to account the full cost of items including practice items, items required by government and nationwide items required by government provided by 4 centers for disease control and prevention in county level.

RESULTSIt was found that 28.4% - 54.9% nationwide items required by government had not been provided, but 2.8% - 10.2% items being not required by government had been provided. Furthermore the frequency of the items required by government was not up to par from 8 topmost to 2 bottommost on average every year. The efficiency was not high because of lacking in the vehicle for work, and 33.3% - 43.6% shortage of equipments for laboratory, and 18.1% - 45.8% logistic staff and technicians only 2/3 time of the whole year had a full workload. All the above resulted in the bias from the standard cost of items required by government.

CONCLUSIONFor compensating the cost of items reasonable and accurate by government, a kind standard cost of the items according to the government request should be established.

China ; Costs and Cost Analysis ; Health Systems Agencies ; economics ; Preventive Health Services ; economics ; organization & administration ; Public Health Practice ; economics

The health check up flow of digital hospital can be consulted with the assembly line of industry factory. Because they have the following same features: highly specialized workstation, closeness and continuance, rhythm, balanced production, continuous production. The essential prerequisites are as the follows: The inspecting items and methods should be stable; advanced product mix and stable production design; standardized raw material, consumption, procedure, inspection method; there are lots of request for health inspection; the customers move at the least unit; the space arrangement should be reasonable; the time arrangement should be proportion. With the computer net, the digital inspection can achieves the raw material controlling accurately. The basis of check up line concerns about equipment, net and software, data collection, and personnel. The group technology is used in the health inspection flow design of the digital hospital in the field of items customers and zone redivided. The digital assembly linemic health inspect has the following stages: member registering, notice, check in, arrange order, time control, report, feedback and analysis. The assembly linemic has following advantages: increasing the productivity, the space utility, satisfaction of customer, fund returning, lowering the cost and ensuring the quality.
Computer Communication Networks ; *Delivery of Health Care ; *Hospital Administration/economics ; *Hospital Information Systems/organization & administration ; Preventive Health Services/economics ; Preventive Health Services/organization & administration

The health check up flow of digital hospital can be consulted with the assembly line of industry factory. Because they have the following same features: highly specialized workstation, closeness and continuance, rhythm, balanced production, continuous production. The essential prerequisites are as the follows: The inspecting items and methods should be stable; advanced product mix and stable production design; standardized raw material, consumption, procedure, inspection method; there are lots of request for health inspection; the customers move at the least unit; the space arrangement should be reasonable; the time arrangement should be proportion. With the computer net, the digital inspection can achieves the raw material controlling accurately. The basis of check up line concerns about equipment, net and software, data collection, and personnel. The group technology is used in the health inspection flow design of the digital hospital in the field of items customers and zone redivided. The digital assembly linemic health inspect has the following stages: member registering, notice, check in, arrange order, time control, report, feedback and analysis. The assembly linemic has following advantages: increasing the productivity, the space utility, satisfaction of customer, fund returning, lowering the cost and ensuring the quality.
Computer Communication Networks ; Delivery of Health Care ; Hospital Administration ; economics ; Hospital Information Systems ; organization & administration ; Humans ; Preventive Health Services ; economics ; organization & administration

OBJECTIVETo evaluate the cost-effectiveness of preventive treatment on diabetes, using metformin or acarbose among patients with impaired glucose tolerance.

METHODSUsing data from diabetes prevention program (DPP) and STOP-NIDDM study, we evaluated the cost of preventing one new onset of diabetes in Shanghai, and to compare its cost with the current treatment cost.

RESULTSIf metformin was used for preventive treatment as in DPP study, a total cost of 69 122.95RMB was needed for preventing one new onset of diabetes in three years period. If acarbose was used for preventive treatment as in STOP-NIDDM, then 154 116.05RMB was the cost to prevent one diabetes in 3.3 years of treatment. However, if the generic metformin was used, the total cost was only 21 666.63RMB for the 3-years treatment. Data showed that the average cost for treating diabetes per year was 9143.70RMB in Shanghai.

CONCLUSIONThe total cost of diabetes prevention was formidable, although generic metformin showed the trend of cost-effective. The cost of drugs took the biggest part of the total cost. To choose the cheap but effective drug for treatment might save a large part of the cost. Further clinical research concerning the prevention of complications might provide us with more information on the cost-effectiveness of preventive treatment on diabetes.

Acarbose ; therapeutic use ; Attitude to Health ; Cost-Benefit Analysis ; Diabetes Mellitus, Type 2 ; economics ; prevention & control ; Follow-Up Studies ; Glucose Intolerance ; drug therapy ; economics ; Glucose Tolerance Test ; Humans ; Hypoglycemic Agents ; economics ; therapeutic use ; Metformin ; therapeutic use ; Preventive Health Services ; economics ; Risk Reduction Behavior ; Surveys and Questionnaires