Skip to main content

Factors related to women’s use of health insurance cover in Navakholo, Kakamega County, Kenya: sub-county level results based on community household register



In concert with international commitments, the Government of Kenya identified Universal Health Coverage (UHC), mainly through the National Health Insurance Fund (NHIF), as one of its four priority agenda to enable its populations access health care without financial duress. Nevertheless, only about 19.5% of the Kenyan population is enrolled in any insurance health cover. Since 2016, Amref Health Africa and PharmAccess Foundation have been implementing the Innovative Partnership for Universal and Sustainable Healthcare (iPUSH) programme in Navakholo sub-county of Kakamega County. The main objective of this study is to examine use of health insurance cover among Women of Reproductive Age (WRA) in Navakholo sub-county, Kakamega County.


We analysed data captured during household registration conducted in February 2021 which embraced a question on use of health insurance cover including NHIF. The dataset consisted 148,957 household members within 32,262 households, 310 villages, and 32 community health units. The data had been collected using mobile phones by trained Community Health Volunteers (CHVs) and transmitted using the Amref electronic data management platform and reposited in a server. Data were analysed through frequency distributions and logistic regression (descriptive and causal methods) using STATA software.


Insurance coverage, all providers included, in Navakholo sub-county stood at 11% among women aged 15–49 years. This is much lower than the national aggregate reported from sample surveys, but higher than the 7% found in the same survey for the region where Navakholo is situated. Social determinant variables – age, perceived condition of the household, and wealth ranking – are highly significant in the relationship with use of health insurance cover while measures of reproductive health and health vulnerability are not.


In Navakholo sub-county of Western Kenya, all—health-insurance coverage is lower than the national aggregate estimated from sample surveys. Age, perception of household condition, and wealth ranking are very significantly related to use of a health insurance cover. Frequent household registrations should be conducted to help monitor the trends and impact of health insurance campaigns. Training – upstream and downstream – on community household registration and data processing should be conducted to arrive at better quality data.

Peer Review reports


Target 3.8 of the United Nation’s sustainable development goals [1], focuses among others on the achievement of UHC, including financial risk protection for all by the year 2030. Beyond percentage coverage of the population with essential health services, a key concern in monitoring achievements of UHC indicators is equity. The Government of Kenya on its part, towards fulfilling this international commitment identified UHC as one of its four priority agenda, with the aspiration that Kenyan populations would have access to health care without sinking into financial catastrophe [2]. Nevertheless, only about 19.6% of the population in the country has health insurance cover [3].

Between 2016 and 2021, the non-governmental organizations (NGOs) Amref Health Africa and PharmAccess Foundation, together with the County Government of Kakamega located in Western Kenya, jointly implemented iPUSH programme in Navakholo sub-county. The iPUSH programme broadly sought to map out, recruit and register households into the National Health Insurance Fund (NHIF). An entry point and key target of the iPUSH programme in households was women of reproductive age (WRAs). Under the programme, selected WRAs and their households would be covered for reproductive, maternal, new-born and child health (RMNCH) services once they were provided with NHIF cover. Hence the focus in this study on WRAs.

To support the planning, monitoring, and evaluation of this activity, a household registration and socio-economic mapping exercise was conducted in February 2021 by trained CHVs using mobile phones, with the data being transmitted in near real-time to the organization’s server using its Mobile-Jamii Afya Link (MJALi) electronic data management platform. The data were collected using the household register (MOH 513) and the socio-economic mapping tool from the National Safety Net Programme (NSNP). The two forms are available as additional file 1 and additional file 2 respectively. The main objective of this study is to examine use ownership of health insurance cover among Women of Reproductive Age (WRA) in Navakholo sub-county, Kakamega County in Kenya. The specific objectives are: (1) to examine the demographic, socio-economic, and health status characteristics of households and individual women of reproductive age (WRAs) in Navakholo sub-county in relation to health insurance cover; (2) determine the extent of health insurance equity; (3) determine the relation between use of health insurance cover and individual-level characteristics.

With a total population of 153,977 people and 32,315 households registered in the 2019 census [4], Navakholo sub-county is one among 13 sub-counties in Kakamega County of Western Kenya. The sub-county forms part of the central and northern part of the county and which is ecologically in the Upper Medium (UM) zone practicing intensive small-scale agriculture [5]. Compared to 35% of the Kenyan national population living below the poverty line in 2015, the average for Kakamega county and indicative of Navakholo sub-county was 33.3% [6]. The main diseases in Kakamega County which includes Navakholo sub-county, are malaria (with a prevalence of 19% against a national average of 6%) [7, 8] and those of the respiratory system.

A number of themes emerge in the literature on health insurance in Kenya and are briefly described below. The centrality of NHIF of Kenya and its planned transformation into a universal health entity is a key topic that runs in the literature [9]. Universal health coverage has been adopted as Target 3.8 of the Sustainable Development Goals (SDGs), with a clear goal of ensuring that individuals and communities receive the health services they need without suffering financial hardship. For health insurance coverage, analysis of secondary data from the Kenya Demographic and Health Survey (KDHS) shows that it is low in Kenya, at 19.6% of the population as of 2014 [2, 9]. This is against the back-drop of about 50% of the population living below the poverty line. Although there was a decrease in inequality in health insurance coverage between 2009 and 2014, levels of inequality remain high. It is older people, those in formal employment, the married, those exposed to mass media, the males, those belonging to a small household, those with a chronic disease, and those in well-to-do households who have an increased likelihood of health insurance coverage. As such, attaining high and equitable coverage with either contributory or voluntary insurance scheme is an issue. The study [9] calls for a universal, tax-funded programme in which ensures that revenues are efficiently and equitably collected; everyone including the poor and vulnerable should be covered.

The critical importance of UHC is demonstrated by its adoption by the Kenya Government as one of the big four priority agenda by the President [2]. The aspiration is that by 2022, all persons in Kenya will be able to use the essential services they need for their health and wellbeing through a single unified benefit package, without the risk of financial catastrophe. Results from Peru [10] a developing middle-income country, identify the impact of the progressive universalist policy effected in 2007 and which gave Peruvian adults entitlement to basic health services in public health facilities without charge, a service for which they previously were required to pay user fees. The evaluation of this policy was achieved by comparing the change in health care utilization among the target population with that of poorer adults already covered under employment-based insurance. Positive effects are evident after receiving outpatient care and medication; these are largest among the elderly and poorest populations. The likelihood of getting health care when sick is increased by almost 20%; the chances of being unable to afford treatment is reduced by almost 25%. There is no effect on average out of pocket expenditure (OOPE) but medical expenditure is reduced by almost 25% among the top 25% of the population. The study concludes that giving poor Peruvians entitlement to free basic health care was partially successful in targeting the poor with access to health care and protection from medical expenditure risks.

A household survey conducted in eight Kenya counties [11] documents the relationships between health insurance and medicine expenditure. This is against the background of the Kenya national and various County Governments initiating health insurance schemes to protect households from financial hardship resulting from large OOPE. While the demographic results are similar to those from other studies cited above, the different finding from the study is that households with health insurance cover have a lower likelihood of OOPE on medicine, and still less on medicines out of their total health expenditure. Like others, this study suggests prioritization of low-income households as well as those with non-communicable diseases in order to hasten access to medication and financial protection.

That social insurance is a viable option for improving access of the population to health services, as well as improving health outcomes for deprived populations in particular HIV-positive women is a subject covered in the literature [12]. The results of the study show that health insurance enrolment is related with increased utilization of obstetric services among HIV-positive women in the country. In particular, HIV-positive women have increased access to health-facility birth delivery and skilled birth attendance as compared to those who are uninsured. Positive effects of NHIF on use of obstetric care services is higher for those who are sicker (CD4 count of less than 350 cells/µL).

Review of the UHC pilot programmes in Isiolo and Kisumu counties captures learning to inform scale-up. In Isiolo and Kisumu counties, as in the other two of the total four pilot counties, the County governments discontinued charging user fees in secondary public health hospitals. In return, the national Government provided commodities and additional funds from the national Government. The process of implementing the pilot UHC programme is documented in the literature [13, 14] and the particular role of CHVs and the community emerges. In Kisumu, sensitization about the UHC programme was conducted through electronic media, by CHVs, education sessions, the political class and outreaches. Planning for the programme was implemented through meetings, training for community registration, and developing budgets.

In Isiolo, a number of achievements can be attributed to the UHC pilot programme [13]. The intervention reached a majority of Isiolo population thus enabling access to health services free of charge. The UHC funds flowed to the health facilities and used to improve infrastructure and provide better services. Stock-out of medicines and supplies reduced during the pilot programme.

Nevertheless, in Isiolo, concerning challenges, funds were received with a delay resulting in partial implementation of the pilot. Stakeholders suggested that a simplified process to access and use funds would lead to better performance. Steering committees and technical working groups could not be constituted or work due to lack of funds. Some health facilities had problems developing their work plan due to lack of guidance and templates; work plans were not always followed owing to shifting priorities at facility and county levels. Only a few staff were hired in the facilities resulting in increased workload, a barrier that was similarly documented for Kisumu County pilot.

In addition, from the review for Kisumu County [14], misunderstanding, confusion and misconception about the idea of UHC is evident. It was seen as a means of seeking votes by politicians. In Isiolo, there were also issues concerning the correctness of cardholders’ information; not all health facilities had a verification system in place. The review suggests that in future, counties should consider using the funds more strategically in order to influence the behavior of provider and address health needs of the population, for example through the application of performance-based financing (PBF) to incentivize health facilities and workers. Other studies of the Kenyan four-county pilot UHC programme [15] conclude that for utopian and egalitarian projects such as UHC, civil servants maintain hope and optimism even in the backdrop of their past experience with failure of such projects. The objective of this study is to examine the factors related to use of health insurance cover among WRAs in Navakholo sub-county, Kakamega County.


This study conducted secondary analysis of data on household and socio-economic collected in February 2021 using form MOH 513 and the socio-economic mapping questionnaire respectively. During this time, it is assumed that there were no significant migration flows for the Sub- County, given its rural setting, lower economic mobility, and partial lockdown. For review and analysis, the data were downloaded from the Amref server using excel and transformed into the STATA statistical programme for further review, and descriptive as well as multivariate causal analysis. Python programme was also used to process particular variables in the data such as condition of the household, before analysis. In addition to the already available household condition variable in the data, we also constructed a wealth ranking variable using the household asset information in the data [16]. The main observations from the initial review of the data were that first, demographic variables such as population size and age, as well as household factors which included household size, wealth categories, and condition of the household were better reported. Secondly, nevertheless, data quality issues were encountered with a number of important socio-economic variables particularly marital status, educational level, and occupation. Specifically, the variables mentioned were missing for many records. As such these were not included in the analysis. Although community health volunteers were trained prior to data collection using the community household register, this is can be described as a routine and frequent upstream exercise not subject to the higher rigor in a formal research data collection exercise. Similarly, downstream at the stage of data processing the data downloaded from the internet server it is only now, with the appreciation of the value of this dataset, that stringent data quality controls may be beginning to be applied. So, this study also demonstrates the value of the data and hence the need to pay more attention to its quality.


General population and household characteristics

Based on the household registration exercise conducted by CHVs, the total population for Navakholo sub-county in February 2021 was 148,957 people residing 32,262 households, 310 villages and 32 community health units (CHUs). This population is at least 3.3% lower than that registered in the 2019 Kenya census of population and hosing for the sub-county of 153,977 people in 32,315 households [3]. The undercount of the sub-county’s total population (which would be higher than the 3.3% above based on a projection of the 2019 census to February 2021) and number of households based on the household register could be due to missing to enumerate some villages, which are suspected to be more than the 310 derived from the household registration data.

An indication of the age composition of the population of Navakholo sub-county is shown in Fig. 1 below. It shows the usual youth bulge typical of developing countries with a smaller cohort of children aged 0–4 years usually attributed to transitions to reduced fertility. The youthful nature of the populations further indicated by the mean age of the total population which is 23.3 years. The population pyramid also shows the population of older people aged 65 years and above, with the oldest person being 115 years of age. The gender distribution also shows the slightly higher female sex ratio, with females making 51.2% of the population while men comprise the complement of 48.8%. The relationship to the household head in the whole population again shows the youthful nature of the population, as child and grandchild make up 52% and 10.1% respectively of the total population while the household heads comprise 21.6% of the whole population. The other relationships are spouse (14.5%), brother or sister (0.4%), and others (1.3%).

Fig. 1
figure 1

Population pyramid for Navakholo Sub-county based on community household registration, February 2021. (Legend for Age groups: 1 = 0–4; 2 = 5–9; 3 = 10–14; 4 = 15–19; 5 = 20–24; 6 = 25–29; 7 = 30–34; 8 = 35–39; 9 = 40–44; 10 = 45–49; 11 = 50–54; 12 = 55–59; 13 = 60–64; 14 = 65–69; 15 = 70–74; 16 = 75–79; 17 = 80–84; 18 = 85+)

The distribution of household heads (who numbered 32,160, mean age 47.0 years and whose mean household size was 4.6 persons) by various characteristics is shown in Table 1 below.

Table 1 Household characteristics

The table shows that 13.5% of households in Navakholo own a health insurance cover (whether under the UHC scheme, directly with NHIF, or other (private insurance) cover. This percentage is higher among male-headed households (14.8%) and lower among female-headed households (9.8%). Overall, households with 3–8 persons are the most frequently occurring (7.9%) and the same pattern is to be observed when divisions are made by gender. Similarly, 59.2% of households think that their condition is fair while 29.1% of households think that their condition is poor. On the other hand, 10.6% think that their condition is good, while only 1.1% think that it is very good.

Characteristics of individual women of reproductive age

Compared to all household heads, a smaller proportion (11%) of women (who are either spouses or heads of households) aged 15–49 years have a health insurance (Table 2). The proportion of women by age group rises from age 15–19 (1.9%) to a maximum in age group 30–34 (22.8) after which it reduces gradually to reach 13.3% in age group 45–49. Of these identified women aged 15–49, 82.3% are spouses while the rest (17.7%) are heads of households. A majority of the women (84.6%) are in households of 3–8 members, while only 6.9% are in households of more than 9 members, as 6.5% are in households with 1 to 2 members. The majority of the women (63.2%) described their household condition as fair.

Table 2 Characteristics for individual women of reproductive age

On the other hand, 25.3% indicated their household’s condition to be poor, 10.7% good, and 0.9% as very good. Regarding indicators for RMNCH, 5.5% of the women aged 15–49 years indicated that they were currently pregnant. To the extent that equity is a core indicator of UHC programmes, a factor in equity is whether disadvantaged, marginalized, and vulnerable populations have access to health insurance cover which would increase their chances of accessing health care services that they require. Consequently, whether a woman has a chronic disease or not was included as one of the background factors in this study. The results in Table 2 show that 11% of women 15–49 years old have a chronic disease which encompass diabetes, cancer, mental illness, hypertension, and chronic respiratory diseases as indicated in MOH 513 (additional file 1).

Regression of use of health insurance cover on covariates

It had been hypothesized that various demographic and socio-economic background factors, as well as reproductive (whether pregnant) and health status (chronic disease) would influence owning a health insurance cover. The results of the regression are shown in Table 3 below.

Table 3 Logistic regression of health insurance cover use on selected covariates

The results show that age is positively and very significantly related to use of health insurance cover. Thus, compared to age group 15–19, age 20–24 has a about 2 times odds of owning a health insurance cover. These increase steadily with age so that by age group 40–44, the odds are 4.4 after which it decreases to 3.6 for the age bracket 45–49. Wealth rank and perceived condition of the household are all significantly and positively related to use of health insurance cover. Thus, in particular, given poor household status, fair perception of the household gives rise to 2.570 odds of owning a health insurance cover. The odds increase to 6.774 for good household condition, jumping to 12.186 for the perception of very good household condition. The factor associated with RMNCH in this study, namely current pregnancy status, is not a significant predictor of owning a health insurance cover. Similarly, the indicator of vulnerability due to chronic disease is not significantly related to use of health insurance cover.


Informed in part by the idea of the social determinants of health [16] and the objectives of this study, this section discusses the findings around four themes: use of health insurance cover, social determinants, vulnerability, and reproductive status. Based on the household register, use of health insurance cover in 2021 among women aged 15–49 years in this rural sub-county in Western Kenya is much lower (at 11%) than the national sample aggregate of 18% (but higher than the average of 7% for the Western region) reported earlier for the year 2014 [8; 9]. Compared to the sample estimate above for Western region whose sample size is 1,571 women of reproductive age, the larger number of women in the household registration (20,367) provides an appealing confirmatory check. The results confirm findings of low health insurance cover in other countries in the Africa region such as Nigeria and South Africa where coverage was 2.7% and 12.8% respectively [17].

For variables grouped under social determinants of health, increasing age, income, self-perception on condition of the household are very statistically significant. These findings resonate well with results from elsewhere in Africa such as Ghana and Kenya [18, 19] which find that older women are more likely to take up health insurance. Similar to this study, the literature [2, 9] also confirms the strong influence income plays as a covariate in the uptake of health insurance. Although being a spouse as compared to being the household head is related to increased uptake of health insurance cover, with a marginal increased odds ratio of 1.087, it is not significant. Similarly, although the odds of owning health insurance cover decrease with household size, it is not significant. Nevertheless, other studies [20] find a significant relationship.

Being pregnant is associated with an odds ratio of a 1.19 increase in health insurance cover but is not significant at the 5% level. Yet reproductive health variable such as this one, has been established in other studies, at least in terms of the inverse relationship between maternity care and insurance, institutional delivery [21, 22]. In another study in Kenya [23], 86% of antenatal mothers interviewed indicated that they intended to pay for their delivery through insurance. Similarly [24] find that the implementation of a reproductive health voucher programme and a policy for free maternity services in Kenya was associated with an increase in facility delivery. Similar results obtain in Ghana [25] where women who had their ANC services covered had higher odds of attending at least one of the four ANC visits.

In the 2011 declaration of the UN General Assembly, Prevention and Control of Non-Communicable Diseases (NCDs) was brought to the global health agenda. In this declaration, essential medicines were identified as being central to treating chronic diseases such as hypertension and diabetes. A study to quantify access to essential medicines for people with chronic conditions in five low- and middle-income countries which included Kenya [26] finds that the likelihood of access to medicines for chronic diseases is elevated for those with medicines insurance coverage. It is lower among those who have a history of borrowing money to pay for medicines. The study documents limited access to essential medicines for chronic conditions in the five resource-constrained settings. It also shows the need for financial risk protection about generic medicines in the world’s efforts towards improving the treatment of chronic diseases. Other studies in Kenya [2] nevertheless find high and significant odds ratios of owning health insurance cover associated with having a chronic disease.


A number of social determinant variables such as educational level, marital status, and occupation could not be included as descriptive statistics and in the regression model due to data incompleteness. Similarly, variables related to health status such as known disability were equally not included in the model for the same reasons. In such cases, regression coefficients may be biased [27, 28]. For this study, it means that the true coefficients and odds ratios could be higher than or lower than outputs reported in Table 3 above. It will therefore be necessary to accurately and completely capture all the variables indicated in the household registration form (MOH 513).


Health insurance coverage among women aged 15–49 years and who are either spouse of a household head or single mothers who are heads of households themselves is 11%, slightly higher than the 7% reported for the similar age group for the Western region of Kenya in the 2014 KDHS. Social determinants – age, perceived condition of the household, and wealth ranking are significantly related with use of a health insurance cover. Analysis of community household registration data presents a new opportunity to compare estimates for health which have traditionally been obtained from national sample surveys to the neglect of small and local areas such Navakholo sub-county. Further longitudinal research in the form of a repeat household registration should be conducted in the same households to determine the effect of in the NHIF recruitment drives. Similarly, stakeholders should organize for training of data collectors for community health, upstream and downstream, to ensure quality data are captured.

Data availability

Data extraction forms for this study are attached as Additional file 1 and Additional file 2. The data used in this study are not publicly available. This is because they were collected by a non-governmental organization – Amref Health Africa - which is a data controller as defined in the Kenya Government Data Protection Act No. 24 of 2019 ( This Act requires that the data controller should get authorization from the Ministry of Health in order to provide access to the data to entities outside the country. Nevertheless, the anonymized data as well as STATA code are available with the corresponding author (; who will be able to mediate authorization for access to the data upon request.



Ante natal care


Community Health Units


Community Health Volunteers


innovative partnership for universal and sustainable healthcare


mobile-Jamii Afya Link

MOH 513:

Ministry of Health form 513


Non-communicable diseases


Non-governmental organizations


National Hospital Insurance Fund


National Safety Net Programme


Performance-based financing


Reproductive, maternal, and newborn health


Universal Health Coverage


Upper medium ecological zone


World Health Organization


Women of reproductive age Abbreviations


  1. United Nations Statistical Commission. SDG Indicators—Global indicator framework for the Sustainable Development Goals and targets of the 2030 Agenda for Sustainable Development. United Nations.

  2. Kazungu JS, Barasa EW. Examining levels, distribution and correlates of health insurance coverage in Kenya. Trop Med Int health: TM IH. 2017;22(9):1175–85.

    Article  PubMed  Google Scholar 

  3. Kenya National Bureau of Statistics (KNBS). Kenya 2019 Population and Housing Census Report. Vol. III – distribution of population by age, sex and administrative units. December 2019.

  4. County AD, Plan. FY 2021/2022.

  5. Factsheet KC. December 2021.

  6. Department of health services. County level 2021 2022 Annual workplan

  7. Kenya. 2020 Malaria Indicator Survey.

  8. Wangia E, Kandie C. Refocusing on quality of care and increasing demand for services; Essential elements in attaining universal health coverage in Kenya. Policy Brief. The Health Sector Monitoring and Evaluation Unit. Ministry of Health. Kenya.

  9. Kimani JK, Ettarh R, Warren C, et al. Determinants of health insurance use among women in Kenya: evidence from the 2008–09 Kenya demographic and health survey. Int J Equity Health. 2014;13:27.

    Article  PubMed  PubMed Central  Google Scholar 

  10. Neelsen S, O’Donnell O. “Progressive universalism? The impact of targeted coverage on health care access and expenditures in Peru”. Health Evonomics. Volume26, Issue12. 2017.

  11. Veronika J, Wirtz E, Servan-Mori J, Mungai J, Mboya, Peter C, Rockers MA, Onyango ZW, Kiragu, Richard Laing. (2021). Probability and amount of medicines expenditure according to health insurance status in Kenya: A household survey in eight counties.

  12. Were LPO, Were E, Wamai R, et al. Effects of social health insurance on access and utilization of obstetric health services: results from HIV + pregnant women in Kenya. BMC Public Health. 2020;20:87.

    Article  PubMed  PubMed Central  Google Scholar 

  13. Shano G, Vîlcu I. 2020. “A review of Afya Care – the Universal Health Coverage pilot program – in Isiolo county. Kenya Brief 5”. Washington, DC: ThinkWell.

  14. Otambo P, Nyandieka L, Kariuki J, Mutisya R, Echoka E, Mutai J, Karemi M, Mokua S, Mathu D, Kariuki D, Bukania Z. (2020). “Implementation of Universal Health Coverage Program in Kisumu County, Kenya: Importance of Social Marketing”. Social Science, Humanities and Sustainability Research. ISSN 2690–3628 (Print) ISSN 2690–3636 (Online). Vol. 1, No. 2, 2020.

  15. Prince R. Beyond Failure: Bureaucratic Labour and the Will to Improve in Kenya’s Experiments with Universal Health Care. Social Anthropology/Anthropologie sociale. 2022 Jun 1;30(2):56–80.

  16. World Health Organization. A conceptual framework for action on the social determinants of health.

  17. Akokuwebe ME, Idemudia ES. A Comparative Cross-Sectional Study of the Prevalence and Determinants of Health Insurance Coverage in Nigeria and South Africa: A Multi-Country Analysis of Demographic Health Surveys. International Journal of Environmental Research and Public Health. 2022 Feb 4;19(3):1766.

  18. Alesane A, Anang BT. Uptake of health insurance by the rural poor in Ghana: determinants and implications for policy. Pan African Medical Journal. 2018 Oct 19;31(1). Uptake of health insurance by the rural poor in Ghana: determinants and implications for policy | Pan African Medical Journal (

  19. Kimani JK, Ettarh R, Kyobutungi C, Mberu B, Muindi K. Determinants for participation in a public health insurance program among residents of urban slums in Nairobi, Kenya: results from a cross-sectional survey. BMC health services research. 2012 Dec;12(1):1–1.

  20. Agbadi P, Okyere J, Lomotey A, Duah HO, Seidu AA, Ahinkorah BO. Socioeconomic and demographic correlates of nonenrolment onto the national health insurance scheme among children in Ghana: Insight from the 2017/18 Multiple Indicator Cluster Survey. Preventive Medicine Reports. 2021 Jun 1;22:101385.

  21. Wulandari RD, Laksono AD, Matahari R. The effects of health insurance on maternity care in Health Services in Indonesia. Int J Innov Creat Chang. 2020;14(2):478–97.

    Google Scholar 

  22. Were LP, Were E, Wamai R, Hogan J, Galarraga O. The Association of Health Insurance with institutional delivery and access to skilled birth attendants: evidence from the Kenya demographic and health survey 2008–09. BMC health services research. 2017 Dec;17(1):1–0.

  23. Maina JM, Kithuka P, Tororei S. Perceptions and uptake of health insurance for maternal care in rural Kenya: a cross sectional study. Pan African medical journal. 2016 Jul 10;23(1).

  24. Dennis ML, Abuya T, Campbell OM, Benova L, Baschieri A, Quartagno M, Bellows B. Evaluating the impact of a maternal health voucher programme on service use before and after the introduction of free maternity services in Kenya: a quasi-experimental study. BMJ global health. 2018 May 1;3(2):e000726.

  25. Yaya S, Da F, Wang R, Tang S, Ghose B. Maternal healthcare insurance use and service utilization in Ghana: analysis of Ghana demographic and health survey. Plos one. 2019 Apr 25;14(4):e0214841.

  26. Vialle-Valentin CE, Serumaga B, Wagner AK, Ross-Degnan D. Evidence on access to medicines for chronic diseases from household surveys in five low-and middle-income countries. Health policy and planning. 2015 Oct 1;30(8):1044-52.

  27. Kmenta J, Klein LR. Elements of econometrics. New York: Macmillan; 1971 Dec.

  28. Kennedy P. A guide to econometrics. John Wiley & Sons; 2008 Feb 19.

Download references


The authors wish to thank all who participated in the household registration and socio-economic mapping exercises in February 2021 whose efforts led to the collection of the dataset. Particular appreciation goes to the management of the Kakamega Health Services Department at the County and Sub- County levels for their coordinating and facilitatory roles during the exercise.


Activities for this study were conducted under the Amref iPUSH program, which was funded by the Dutch Postcode Lottery Fund.

Author information

Authors and Affiliations



RA, RS, SA, MO, LN, and DO jointly developed, revised, and finalized the research protocol for this study. RS and RA supported data extraction from the server and from the sub-county office respectively. DO conducted data analysis. Writing the manuscript was led by DO, with RA, MO, and LN contributing comments on draft manuscripts. RA provided overall leadership in the study processes. All six authors read and approved the final manuscript.

Corresponding author

Correspondence to Rachel Ambalu.

Ethics declarations

Ethics approval and consent to participate

The study protocol was approved by the Amref Ethics and Scientific Review Committee (ESRC) REF: Amref - ESRC P1130/2022 through a letter dated March 29, 2022. All authors in the study signed and committed to uphold the Amref data protection contract. Throughout the process of protocol development for ethical clearance, data processing, and writing up this research, the authors abided with international ethical declarations on human participants and data protection. No administrative permissions were required to access the raw data used in this study. This is because first it is the institution under which this study is being conducted, i.e., Amref Health Africa which organised for data collection as a collaborating partner with the Kenya Ministry of Health. Under the programme within which these data were collected namely, the community health programme, the community health workers working under the Ministry of Health and other designated implementing partners such Amref Health Africa routinely collect these community health information system data for programming purposes. As such no administrative permissions were required for Amref Health Africa (being already an implementing partner) to access the raw data.

Consent for publication

Not applicable. This study does not contain any individual personal data as all such details were removed and the dataset used in the analysis anonymised.

Competing interests

The authors declare that they have no competing interests.

Additional information

Publisher’s note

Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.

Rights and permissions

Open Access This article is licensed under a Creative Commons Attribution 4.0 International License, which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if changes were made. The images or other third party material in this article are included in the article’s Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article’s Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit The Creative Commons Public Domain Dedication waiver ( applies to the data made available in this article, unless otherwise stated in a credit line to the data.

Reprints and Permissions

About this article

Check for updates. Verify currency and authenticity via CrossMark

Cite this article

Ambalu, R., Rashid, S., Atwa, S. et al. Factors related to women’s use of health insurance cover in Navakholo, Kakamega County, Kenya: sub-county level results based on community household register. BMC Public Health 23, 576 (2023).

Download citation

  • Received:

  • Accepted:

  • Published:

  • DOI:


  • Universal Health Coverage
  • National Health Insurance Fund
  • Women of Reproductive Age
  • Household register
  • Mobile phone
  • Kenya