OBJECTIVETo investigate the current situation of drug cost, hospitalization cost and direct medical expense in community health management of hypertensive patients, in order to lay foundation for evaluating whether the community health management in basic public health service has cost-effect in Health Economics.

METHODSA total of 8326 hypertensive patients from 10 survey pilots in 5 provinces were selected by cluster sampling methods, including 3967 patients who took part in community health management for over 1 year as management group and 4359 cases who have never taken part in community health management as control group. The essential information of research objects were collected by questionnaire; and the medical cost information in the last year (from November 2009 to November 2010) were collected retrospectively. The different annual medical treatment cost, hospitalization cost and direct medical expense in the two groups were compared and analyzed.

RESULTSThe average annual drug cost in hypertension was (621.50 ± 1337.78) yuan per patient; while the cost was (616.13 ± 1248.40) yuan in management group and (626.44 ± 1414.30) yuan in control group respectively. The average annual drug cost of hypertensive patients who took medicine therapy was (702.05 ± 1401.79) yuan per person, while the cost in the management group ((688.50 ± 1300.70) yuan) was much lower than it in control group ((714.64 ± 1489.60) yuan). The annual average drug cost in urban was (731.88 ± 1403.31) yuan per person, which was higher than it in rural as (407.44 ± 1171.44) yuan per person. The average hospitalized rate was 12.2% (1014/8326), and the average annual cost among the hospitalized patients was (9264.47 ± 18 088.49) yuan per person; while the cost was (7583.70 ± 13 267.00) yuan in management group, which was lower than it in control group as (11 028.00 ± 21 919.00) yuan. The average annual hospitalized cost in hypertension was (1064.87 ± 6804.83) yuan per person; while the cost was (936.73 ± 5284.90) yuan in management group, which was lower than it in control group as (1181.50 ± 7937.90) yuan. The average annual direct medical expense in hypertension was (2275.08 ± 8225.66) yuan per person; while the expense was (2165.10 ± 6564.60) yuan in management group and (2375.20 ± 9487.60) yuan in control group. The average annual direct medical expense in urban ((2801.06 ± 9428.54) yuan per person) was higher than it in rural ((1254.70 ± 4990.27) yuan per person).

CONCLUSIONThe community health or standardized management of hypertensive patients can reduce the average annual drug cost and hospitalization cost (around 26 yuan and 245 yuan separately); and thereby save the annual direct medical expense per capita in hypertension (around 210 yuan). In the reform and development of national medical health system, we should enhance and promote the standardized community health management of hypertensive patients.

Aged ; Community Health Services ; economics ; Cost-Benefit Analysis ; Drug Costs ; Female ; Health Care Costs ; statistics & numerical data ; Humans ; Hypertension ; drug therapy ; economics ; Male ; Middle Aged ; Public Health ; economics

Adult ; Age Factors ; Aged ; Aged, 80 and over ; Amputation ; economics ; Cerebrovascular Disorders ; epidemiology ; Cohort Studies ; Comorbidity ; Conservative Treatment ; Costs and Cost Analysis ; Diabetes Mellitus ; economics ; Diabetic Foot ; economics ; epidemiology ; therapy ; Female ; Foot Deformities, Acquired ; economics ; epidemiology ; therapy ; Foot Injuries ; economics ; epidemiology ; therapy ; Health Care Costs ; Hospitalization ; economics ; Humans ; Hypertension ; epidemiology ; Joint Diseases ; economics ; epidemiology ; therapy ; Length of Stay ; economics ; Logistic Models ; Male ; Middle Aged ; Multivariate Analysis ; Myocardial Ischemia ; epidemiology ; Peripheral Vascular Diseases ; epidemiology ; Retrospective Studies ; Singapore ; epidemiology ; Wound Infection ; economics ; epidemiology ; therapy ; Young Adult

OBJECTIVETo analyze the therapy of hypertensive outpatients among different grade hospitals in Beijing.

METHODSThirty-nine hospitals including 4 third grade hospitals, 4 second grade hospitals and 31 first grade hospitals in Beijing were selected randomly (by stratified randomization). The grade was accredited according to the hospital accreditation standard issued by Ministry of Health of the People's Republic of China.

RESULTSThe average hypertension control rate (< 140/90 mm Hg, 1 mm Hg = 0.133 kPa) in outpatients was 32.3%. The hypertension control rate in the third grade, second grade, first grade hospitals were 37.7%, 36.9%, and 31.2% respectively. There was no difference in the control rate among the three different grade hospitals (P > 0.05). The frequency to use anti-hypertension drugs including long-acting calcium antagonism, ACEI, beta-receptor blocker in the third grade hospitals was significantly higher than those of the first and second grade hospitals. The rate of examination using ultrasonic cardiogram, CT, Holter and ambulatory blood pressure monitoring were significantly higher in the third grade hospitals than that of the first and second grade hospitals. There were significant differences in annual cost of hypertension treatment among three different grade hospitals (P < 0.01), being the highest (1567.5 yuan) in the third grade hospitals, medium (845.4 yuan) in the second grade hospitals, the lowest (651.8 yuan) in the first grade hospitals.

CONCLUSIONSSignificant difference in the cost of hypertensive treatment among three different grade hospitals exists in Beijing. However, there was no difference in the control rate among them. The overall hypertension control rate is 32.3%, leaving 67.7% uncontrolled. Efforts to increase the hypertension control rate should be made in all hospitals. How to guide and arrange the hypertension patients to consult a suitable hospital is important for rational and economical use of health cost.

China ; Hospitals ; statistics & numerical data ; Humans ; Hypertension ; drug therapy ; economics ; Outpatient Clinics, Hospital ; Surveys and Questionnaires

To analyze the equity of outpatient service utilization for hypertensive patients (HPs) under 3 kinds of social medical insurance, and to explore its influential factors.
 Methods: A total of 8 670 HPs (aged at 15 years old from 28 sub-centers) in 14 provinces were selected. Indirectly standardized method and concentration index were used to analyze the equity of outpatient utilization in HPs, and decomposition analysis was used to explore the impact factors of outpatient treatment among the whole sample population, population with urban employees' basic medical insurance (UEBMI), and population with urban residents' basic medical insurance (URBMI) and new rural cooperative medical systems (NCMS).
 Results: The overall concentration index (CI) for the whole sample population was 0.2378. After the standardizing "need" variable, horizontal inequity (HI) was 0.2360, indicating that the outpatient service of HPs was inequity and that the higher economic level, the more outpatient services received. The decomposition of overall CI results showed that the positive factors for contribution were gross domestic product (GDP) level, retired, UEBMI and URBMI, and the negative factors for contribution were NCMS. The CI of UEBMI, URBMI and NCMS was 0.2017, 0.1208 and 0.0288, respectively; the HI was 0.1889, 0.1215 and 0.0219, respectively. The inequity in UEBMI is the most serious, followed by NRCMS and URBMI. The economic level was the main factor that caused inequity in the outpatient services utilization in three social medical insurance. In addition to the economic level, a common positive factor for the contribution to UEBMI and URBMI was district of residence, and the age was the positive factor to UEBMI as well.
 Conclusion: There are different levels of inequity in the HPs covered by 3 kinds of social medical insurance, and the inequity of UEBMI is the highest one among 3 kinds social medical insurance. The economic level is the main factor that affects the equity of outpatient in the HPs under 3 kinds of social medical insurance.
Adolescent ; Ambulatory Care ; economics ; statistics & numerical data ; China ; Healthcare Disparities ; economics ; statistics & numerical data ; Humans ; Hypertension ; therapy ; Insurance, Health ; economics ; statistics & numerical data ; Outpatients ; statistics & numerical data ; Rural Health Services ; economics ; statistics & numerical data ; Socioeconomic Factors ; Urban Health Services ; economics ; statistics & numerical data

OBJECTIVETo study the cost of the hypertensive outpatients.

METHODSThe study randomly selected 460 insured patients with hypertension and investigated their cost on each case in the out-patient department through 2002, based on the electronic system of medical insurance.

RESULTSAs a whole, the distribution of hypertensive outpatient expenditure takes on the positively skewed, with the median of 1 567.9 Yuan RMB. With the increase of age, the average expenses in each age group increased accordingly. In the study, the average number of outpatient attendances per patient was 19.5, the average expenses per visit was 115.4 Yuan RMB. In age groups 40 - 49 and 50 - 59, expenses of outpatient in male and female groups are obviously different in 2002 (Wilcoxon W(40 - 49) = 36, P(40 - 49) = 0.037; Wilcoxon W(50 - 59) = 374, P(50 - 59) = 0.023), as well as the number of out-patients (Wilcoxon W(40 - 49) = 52.5, P(40 - 49) = 0.007; Wilcoxon W(50 - 59) = 379, P(50 - 59) = 0.028). When considering the factors of gender and age at one time, the outpatient expenditures in the male group were significantly different between the different age groups (chi(2) = 22.3, P < 0.001), as well as the number of outpatients (chi(2) = 25.4, P < 0.001). In addition, the expenditure of drugs, which took a large proportion of the total expenditure of hypertensive outpatients (about 83.6 percent), was divided into three parts according to the degree of correlation with hypertension: direct expenses related to the with disease, the indirect expenses and the irrespective. The proportions of each part were 19.9 percent, 32.3 percent and 47.8 percent respectively.

CONCLUSIONWhen economic evaluation of community prevention is carried out, the cost and cost-benefit analysis based on the analysis of outpatient expenditure and the proportion of expenses on hypertension should be taken into account. Additionally, to provide appropriate mode of medicare, to impact the behaviors and expenditure of patients, and to provide low-cost but good effective drug are also essential and important factors.

Adult ; Age Factors ; Aged ; Aged, 80 and over ; Ambulatory Care ; China ; Female ; Health Care Costs ; statistics & numerical data ; Hospitals, Community ; economics ; statistics & numerical data ; Humans ; Hypertension ; economics ; therapy ; Male ; Middle Aged ; Outpatients ; statistics & numerical data ; Sex Factors ; Time Factors

PURPOSE: Cost-benefit analysis is one of the most commonly used economic evaluation methods, which helps to inform the economic value of a program to decision makers. However, the selection of a correct benefit estimation method remains critical for accurate cost-benefit analysis. This paper compared benefit estimations among three different benefit estimation models. METHODS: Data from community-based chronic hypertension management programs in a city in South Korea were used. Three different benefit estimation methods were compared. The first was a standard deterministic estimation model; second, a repeated-measures deterministic estimation model; and third, a transitional probability estimation model. RESULTS: The estimated net benefit of the three different methods were $1,273.01, $-3,749.42, and $-5,122.55 respectively. CONCLUSION: The transitional probability estimation model showed the most correct and realistic benefit estimation, as it traced possible paths of changing status between time points and it accounted for both positive and negative benefits.
Adult ; Aged ; Blood Pressure ; Chronic Disease ; Cost-Benefit Analysis/*methods ; Databases, Factual ; Female ; Humans ; Hypertension/economics/*therapy ; Male ; Middle Aged ; *Models, Statistical ; Program Evaluation