| Literature DB >> 28655804 |
Chukwuemeka A Umeh1, Frank G Feeley2.
Abstract
BACKGROUND: Out-of-pocket payments for health care services lead to decreased use of health services and catastrophic health expenditures. To reduce out-of-pocket payments and improve access to health care services, some countries have introduced community-based health insurance (CBHI) schemes, especially for those in rural communities or who work in the informal sector. However, there has been little focus on equity in access to health care services in CBHI schemes.Entities:
Mesh:
Year: 2017 PMID: 28655804 PMCID: PMC5487091 DOI: 10.9745/GHSP-D-16-00286
Source DB: PubMed Journal: Glob Health Sci Pract ISSN: 2169-575X
FIGURESummary of Search Results
Summary of Studies on Willingness to Join or Pay for Community-Based Health Insurance
| Study | Country | Date of Data Collection | Sample Size | Urban/Rural | Study Design | WTJ/P |
|---|---|---|---|---|---|---|
| Haile M et al. (2014) | Ethiopia | 2013 | 845 | Rural | Cross-sectional community based survey | WTJ was 4.2 times higher in richest vs. 2nd poorest quintile (95% CI: 1.6, 10.9) |
| Asfaw A et al. (2004) | Ethiopia | 2000, 2001 | 550 | Rural | Cross-sectional community based survey | 1% increase in income increased the WTP by 8.4% |
| Ololo S et al. (2009) | Ethiopia | 2007 | 803 | Urban | Cross-sectional community based survey | WTJ was 2.7 times higher in richest vs. poorest quintile. (95% CI: 2.1, 6.7) |
| Zhang L et al. (2006) | China | 2002 | 2,830 | Rural | Cross-sectional household survey | WTJ was 1.37–1.66 times higher among farmers who owned luxury assets vs. those who did not |
| Ghosh S et al. (2011) | India | NS | 1,502 | Urban | Cross-sectional household survey | WTP was 2.1 times ( |
| Dong H et al. (2005) | Burkina Faso | 2001 | 2,414 | NS | Cross-sectional household survey | WTP was 1.7 times higher in richest vs. poorest ( |
| Onwujekwe O et al. | Nigeria | NS | 450 | Both | Cross-sectional household survey | WTP was 1.8 times higher in richest vs. poorest ( |
| Onwujekwe O et al. (2010) | Nigeria | NS | 3,070 | Both | Cross-sectional household survey | WTP was 1.7 times higher in richest vs. poorest quartile |
| Babatunde OA et al. (2012) | Nigeria | NS | 360 | Rural | Cross-sectional household survey | WTP was 2 times higher in richest vs. poorest quartile |
| Gustafsson-Wright et al. (2009) | Namibia | 2008 | 1,750 | NS | Cross-sectional household survey | WTP was 2.6 times higher in richest vs. poorest quintile; richest willing to pay 1.2% of income while poorest willing to pay 11.4% of income |
| Dror DM et al. (2007) | India | NS | 3,024 | Both | Cross-sectional household survey | WTP was 2 times higher in richest vs. poorest |
| Binnendijk B et al. (2013) | India | 2008–2010 | 7,874 | Rural | Cross-sectional household survey | Richest willing to pay more than poorest but poorest willing to pay higher proportion of total income |
| Shafie AA et al. (2013) | Malaysia | 2009 | 472 | NS | Cross-sectional household survey | WTP was 2 times higher in richest vs. poorest quintile |
| Parmar D et al. (2014) | Burkina Faso | 2004–2008 | 6,827 | Both | Cross-sectional household survey | WTJ was 0.27 lower in poor vs. rich ( |
| Oriakhi HO et al. (2012) | Nigeria | NS | 360 | Rural | Cross-sectional household survey | WTJ was 0.66 times lower in high- vs. low-income groups |
| Bukola A (2013) | Nigeria | NS | 900 | Both | Cross-sectional household survey | 53% decrease in WTP with 1 unit increase in income quintile in rural areas; conversely, 77% increase in WTP with 1 unit increase in income quintile in urban areas |
| Eckhardt M et al. (2011) | Ecuador | 2006 | 153 | Rural | Cross-sectional household survey | No difference in WTJ by income groups ( |
Abbreviations: CI, confidence interval; NS, not stated in article; WTJ, willingness to join; WTP, willingness to pay.
Sample size is the number of households.
Summary of Studies on Enrollment in Community-Based Health Insurance
| Study | Country | Date of Data Collection | Sample Size | Urban/Rural | Study Design | Enrollment |
|---|---|---|---|---|---|---|
| Parmar D et al. (2014) | Burkina Faso | 2004–2008 | 990 households | Both | Pre and post without control (repeated measures) | The poor were less likely to either enroll or use CBHI |
| Jutting JP (2004) | Senegal | 2000 | 346 households | Rural | Post without control | Higher-income group significantly more likely to enroll in health insurance |
| Dror DM et al. (2005) | Philippines | 2002 | 1,953 households | Post with control | The poor were more uninsured than the rich | |
| Basaza R et al. (2007) | Uganda | 2004–2005 | 63 individuals | Rural | Case study with key informant interviews | Inability to pay premium most common reason (80%) for non-enrollment |
| Basaza R et al. (2008) | Uganda | 2005–2006 | 185 individuals | Rural | Qualitative—focus group discussions and in-depth interviews | Inability to pay premium most common reason for non-enrollment |
| Franco LM et al. (2008) | Mali | 2004 | 2,280 households | Both | Post with control | Enrollment was significantly higher in the rich wealth quintile than other quintiles; insured were more likely to use health services |
| Saksena P et al. (2011) | Rwanda | 2005–2006 | 6,800 households | Both | Post with control | Poorer households were less likely to be insured |
| De Allegri M et al. (2013) | Burkina Faso | 2004 | 547 households | Both | Post with control | Enrollees in insurance scheme were more likely to be wealthier than non-enrollees |
| Jütting JP (2004) | Senegal | 2000 | 346 households | Rural | Post with control | The poor were less likely to enroll in CBHI |
| Schneider P et al. (2004) | Rwanda | 2000 | 2,518 households | Rural | Post with control | No relationship between socioeconomic status and enrollment in health insurance or use of it by enrollees |
| Oberländer L et al. (2014) | Burkina Faso | 2008–2009 | 25,494 individuals | Both | Regression discontinuity | Probability of enrollment increased by 30 percentage points with eligibility for premium subsidy |
| Parmar D et al. (2012) | Burkina Faso | 2004–2007 | 990 households | Both | Pre and post without control (repeated measures) | With onset of subsidy, percentage of the insured who were poor increased from 3.4% in 2006 to 26.0% in 2007 |
| Souares A et al. (2010) | Burkina Faso | 2006–2007 | 7,122 households | Both | Pre and post without control | With the onset of subsidy in 2007, the proportion of the poor enrolled in CBHI increased from 1.1% in 2006 to 11.1% in 2007 |
| Zhang L et al. (2008) | China | 2004–2006 | 1,169 households | Rural | Post without control (repeated measures) | Low-income group was less likely to enroll in the subsidized CBHI than the middle- and high-income groups |
| Wagstaff A et al. (2007) | China | 2003, 2005 | 8,476 households | Rural | Pre and post with control (propensity score matching) | Subsidized insurance improved use of services in the poorest 10% of the population |
Abbreviation: CBHI, community-based health insurance.
Summary of Studies on Community-Based Health Insurance Utilization or Drop-Out
| Study | Country | Date of Data Collection | Sample Size | Urban/ Rural | Study Design | Utilization or Drop-Out |
|---|---|---|---|---|---|---|
| Franco LM et al. (2008) | Mali | 2004 | 2,280 | Both | Post with control | Insured were more likely to utilize health services |
| Schneider P et al. (2004) | Rwanda | 2000 | 2,518 | Rural | Post with control | Utilization of health services by enrollees not associated with socioeconomic status |
| Gnawali DP et al. (2009) | Burkina Faso | 2006 | 990 | Both | Post with control | Outpatient visits in insured 40% higher than in uninsured |
| Chankova S et al. (2008) | Ghana, Mali, Senegal | Not stated | 5,545 | Both | Post with control | No difference in utilization based on socioeconomic status in the insured |
| Kent Ranson M et al. (2006) | India | 2003 | 3,844 | Both | Post with control | Submission of claims for reimbursement was inequitable in rural areas; the rich were significantly more likely to submit claims than the poorest |
| Kent Ranson M (2004) | India | 2000 | 700 | Both | Post with control | No significant difference in hospitalization among the different wealth quintiles |
| Dong H et al. (2009) | Burkina Faso | 2006 | 1,309 | Both | Post with control | No statistically significant difference in the drop-out rate between income groups |
| Mladovsky P (2014) | Senegal | 2009 | 382 | Both | Post with control | Those who dropped out were poorer than those who did not although this was not statistically significant |
Sample size is the number of households.
Methods of Identifying the Poor
| Method | Ideal Condition to Use | Drawbacks |
|---|---|---|
| Means testing | When cost is not a consideration | Very expensive |
| Proximal means testing | Low-poverty incidence in urban areas | Expensive, measures relative poverty |
| Geographic targeting | High-poverty incidence in both urban and rural areas | Could lead to the non-poor who live in poor neighborhoods being exempted from premium |
| Community wealth ranking | Low-poverty incidence in rural communities | Measures relative poverty, cannot be used where community ties are weak |
Adapted from Umeh CA (2017).