Journal of Healthcare

ISSN: 2689-8942

Research Article | VOLUME 5 | ISSUE 1 | DOI: 10.36959/569/474 OPEN ACCESS

Financial and Geographic Barriers to Health Care Access in Kenya: The Quest towards Universal Health Coverage

Brian Odhiambo Obiero and Purity Kagendo

  • Brian Odhiambo Obiero 1*
  • Purity Kagendo 2
  • Research Fellow, Kenya School of Government (KSG), Kenya
  • Researcher, Kenya School of Government (KSG), Kenya

Obiero BO, Kagendo P (2022) Financial and Geographic Barriers to Health Care Access in Kenya: The Quest towards Universal Health Coverage. J Healthcare 5(1):129-140

Accepted: April 19, 2022 | Published Online: April 21, 2022

Financial and Geographic Barriers to Health Care Access in Kenya: The Quest towards Universal Health Coverage

Abstract


Background: Access to health care services without being plunged into financial hardship is a life blood of the Universal Health Coverage. Kenya's health sector is heavily dependent on out of pocket health expenditure. This model of health financing is inequitable and leads to underutilization of the much needed health care services. Majority of Kenyans travel for longer distances to access health care services. The geographic access barrier is linked to delayed care, missed appointments, delayed medication and undue loss of life. This study examines the correlates of financial and geographic health care access barriers in the UHC implementing Counties in Kenya.

Methodology: The study used a cross-sectional data collected from 249 respondents using exit interviews at the health facilities drawn from the Kenya Master Health Facility List (KMHL). A multivariate log it regression model was used to analyze the predictors of probability of failure to access health care services owing to prohibitive health care and transport costs.

Results: High out-of-pocket monthly expenditure on medicine; wider proximity, higher transportation cost and a longer traveling time to a health facility increases the probability of not seeking medical treatment owing to prohibitive health care and transportation costs. These factors thus, acts as key barriers to health care access.

Conclusion: Financial and geographic access barriers negatively impact on health care access. To hasten the realization of the Universal Health Coverage, prepayment models such as use of taxes and insurance should be pursued.

Keywords


Universal Health coverage, Health care access, Financial and geographic access

Background


Notwithstanding the worldwide push for the Universal Health Coverage (UHC), half of the global population continue to be bereft of essential health care services [1]. Individuals living in Sub-Saharan Africa have the lowest health care access and service utilization, which is largely driven by underfunding, financial and geographical barriers [2]. Access to health care services without being plunged into financial hardship is a life blood of the Universal Health Coverage (UHC). UHC entail severy one being able to utilize health care services needed without being thrown into financial distress [3,4]. Health care access on the other hand measures what impedes and or enables people "in their ability to gain entry and to receive medical care from the healthcare system" [5]. Therefore, health care access and the Universal Health Coverage are inextricably linked.

Guaranteeing universal access to inexpensive and quality health care services can be a powerful tool to contribute to ending poverty by 2030 in low-and middle-income countries where majority of the global poorest lives [6]. UHC agenda, thus remains very critical for any country aiming to shield its citizenry from diverse health risks and realize the supreme objective of Sustainable Development Goals (SDGs), ending extreme poverty. Virtually, all countries around the globe have successfully embedded UHC into their national health policies. However, there is a disparity when it comes to access, utilization of health care services and health outcomes. Countries in the developed world have continued to document improved access to, and utilization of, health care services and hence a lower disease burden [6].

The developing countries on the other hand, are riddled with constrained access and underutilization of health care services which eventually contributes to high disease burden [7]. The high disease burden has increasingly contributed to low Gross Domestic Product (GDP) growth in the developing countries by robbing these economies of productive labour [8]. Moreover, health care financing that is largely out of pocket impedes the utilization of health care services, compromise on quality and contributes to higher child and maternal mortalities [9]. This therefore, calls for policies that will lead to increased investments in the healthcare system for improved health fiscal space to guarantee universal health care access. This study examines the financial and geographic barriers of health care access in the UHC Implementing Counties in Kenya.

Universal Health Coverage in Kenya


From 2013, the government of Kenya embarked on reforming the National Hospital Insurance Fund (NHIF) to hasten the realization of the Universal Health Coverage in the country. Myriad policies that mirrored the UHC concept were introduced. The policies are however characterized by fragmentation as each only targeted a section of the population while excluding the rest of the population. (Figure 1) presents already implemented policies that tends towards Universal Health Coverage in Kenya. Despite the stated reforms, the NHIF has been struggling to offer health insurance cover to bulging Kenyan population as disease burden deepens and health care cost increases. Moreover, the Kenyan workforce in the informal sector (informal sector offers 70% of the jobs in Kenya) is either reluctant to register with, and or unable to sustainably raise the monthly contributions required by NHIF. The apathy in the uptake of NHIF has thus largely entrenched out-of-pocket health expenditure which is associated with myriad undesired health outcomes.

To realize the universal health coverage, it is imperative that the health care services be physically accessible, affordable and acceptable to the users [10]. Essentially, it is the actual use of health care services that should be of interest when analyzing health care access. There are five (5) dimensions of health care access which influences one's ability to get entry into a health care system and eventually utilize the services: Adequacy; affordability; acceptability; availability; and (geographic) accessibility [11]. These are presented in (Table 1). Breaking down health access into these dimensions enables policy makers to be well acquainted with the bottlenecks hampering the realization of the Universal Health final coverage goals of utilization relative to need, quality, and finance protection and equity in finance. This study will however focus on the geographic accessibility) and affordability (financial accessibility) dimensions of healthcare access in the four (4) UHC implementing Counties in Kenya.

Problem Statement


UN Sustainable Development Goal 3 (SDG 3) aims to "ensure healthy lives and promote well-being for all at all ages." [14]. Embedded in the 3rd SDG, is target 3.8, the Universal Health Coverage, which stresses on the need for all people and communities to have access to quality health care services without being plunged into financial hardship. Achieving UHC remains critical to a nation's social and economic transformation, health security, and social stability [15]. Access to affordable and quality primary health care are the cornerstone of UHC. Despite health being made a basic right in virtually all the countries, majority of the global population struggle to ful fil their health care needs.

According to a report by the World Bank and World Health Organization in 2017, those incurring catastrophic and or impoverishing health spending were estimated to be between 1.4 billion and 1.9 billion. Many of these individuals are in the low-and upper- middle-income countries. Catastrophic and impoverishing health expenditures deepens household's poverty and exacerbates low health services utilization, a precursor for premature mortalities and worsening medical conditions [16-18]. Kenya's health sector is heavily dependent on out of pocket health expenditure- which are levied on services sought in both public and private health facilities [19]. The high share of out-of-pocket health care expenditure greatly impedes access to health care services [20,21]. Closer proximity to a health facility can correlate positively to improved health care access and service utilization. However, close to more than half the Counties in Kenya have less than two (2) health facilities per 10,000 people and less than 4 facilities per 100 square kilometers [22]. This forces many to travel for longer distances in order to access health services and could also point to serious health coverage gaps owing to accessibility. Moreover, many of the health facilities are yet to meet the minimum set health standards. In Kenya, no study has attempted to analyze the barriers associated with affordability and geographic dimensions of health care access. This is a gap this study aims to fill. This study makes a fundamental contribution by analyzing separately, affordability and geographic access barriers in the four UHC implementing Counties which are; Kisumu, Nyeri, Isiolo and Machakos .The findings of this study will be fundamental in developing policies that will widen health care access and hasten the realization of the universal health coverage in the country.

Review of Related Literature


Health care access is a multidimensional concept having up to five (5) indicators; financial access; geographical accessibility, availability, acceptability, and adequacy. This study concerns primarily with financial and geographic dimensions of health care access therefore, literature relating to the two have been presented.

Geographic Accessibility


Geographic accessibility measures the burden of travel borne by a patient to a health facility [23,24]. This manifests itself in terms of transportation costs and time of travelling. From the literature, we can delineate the influence of geographic accessibility to health care access in five different ways: Service utilization; distribution and concentration of human resources for health (HRH); distribution of health facilities; gender driven disparities and regional (urban versus rural) inequalities in access and utilization of health care services. The cost of treatment is a key factor influencing geographic access [25]. Prohibitive medical cost can push patients to seek for treatment at low cost health facility even if they are miles away from their places of residence.

Wider proximity to a health facility has been found to contribute to adverse reproductive health outcomes. Low use of reproductive and child health services such as family planning and hospital (skilled) deliveries, and higher mortalities in mothers and children have been found to correlate positively with low proximity to a health care provider [26-32]. Quality of health care services offered influences whether patients will seek for treatment from a nearby health service provider and or from a distant facility [33]. Some studies have also documented that women to can opt to travel for longer distances in seeking maternal health care services if they are conscious that the nearer health facilities have services that are either of poor quality or are unavailable [34].

The length of time taken to travel to a health facility has also been found to pose a geographic access barrier when it comes to timely access of health care services needed. Studies reviewed have found health care service usage to be lower among those who travel for a longer period of time to reach a health facility [35]. Others have found patients traveling for a longer period of time to a desired health care provider to experience increased medical costs (due to increased transport costs) and higher hospitalization rates [36]. Traveling for a long period of time can also lead to late medicine usage and non-attendance to doctor appointments [37]. All these have the potential to expose an individual to adverse health outcomes. Geographic accessibility dimension is a precursor for inequality in health care access. Equity in health care access is a key tenet of a well-functioning healthcare system [38,39]. Studies have found those who stay in urban areas to have higher access and utilization rates than their counterparts in the rural areas due to efficiency and availability of the transport system [40-42]. Weak transport system that is rampant in most rural areas in the developing countries has been found to be a foremost obstacle in accessing and utilizing the required health care services [30,43-46].

Financial Access


Financial access measures the health provider's cost to be borne by the patient and their ability and willingness to pay for the health care services sought [11]. Essentially, to guarantee financial access, policies that will ensure a reduction of cost barriers such as prohibitive user fees, out of pocket expenditures, and other indirect costs such as transportation, man hours and childcare costs needs to be put in place. Many individuals especially, in the least developing countries are unable to receive the needed medical attention owing to structural and individual financing challenges such as high medicine costs, low insurance penetration, and overstrained public health systems [47].

Literature on financial access barriers has been organized around how health provider charges, opportunity cost in accessing treatment (indirect cost), poverty (wealth) status, out of pocket health expenditure and health insurance cover impede and or facilitate access and utilization of health care services. Studies have found poverty to be highly correlated with low health care access [48]. Financial hardship is also a significant barrier to access for maternal, reproductive, and child health [49-52]. Poor countries also tend to devote low amount of resources towards their healthcare systems thus only limited amount of services can be offered. Healthcare in such countries also tend to be financed largely through direct user fees which potentially locks out many from the healthcare system. Health insurance is a key element of financial access. Possession of a health insurance cover is associated with increased access to health care services [53-55]. There is a negative association between Out-of-pocket (OOP) health expenditure and health care access and service utilization [20,21]. Households in low resource settings are unduly exposed to catastrophic and impoverishing health care expenditure due to direct user fees [56-58].

Theoretical Framework


The study borrows from the random utility model framework from the works of Grossman [59], and Becker [60], where individuals seek to maximize their utility based on their preferences on health and other composite goods subject to their budget constraints (a function of income and price).

Estimating the probability of seeking health care-dichotomous outcome

Given that the utility function of a patient is in the form:

U I  =  H i ,Z i ......................................................................1.

Where Hi is the health status and Zi represents other composite goods consumed by person i. Improvements of health status gives individuals indirect utility. They however, have to choose from combinations of health care and other composite goods that maximizes their utility as below:

U i * =Max  U ul ,U uo ...................................................................2.

Where Uu1 and Uu0 are utility levels attached to seeking health care and not respectively.

Since Hi and Zi are influenced by a combination of demand characteristics (individual, household, community) and supply factors (health care specific). We specify health seeking decision model as specified below:

H cs = β 0 1 X i .............................................................................3.

Where Hcs measures health care access- geographical and affordability access, Ximeasures demand and supply-side factors such as age, marital status, education level, gender, employment status, possession of health care insurance cover, and income which influences one's ability and willingness to seekfor health care.

Econometric Model


To realize the objectives of the study, two regression models were fitted necessitated by two outcome variables- affordability and geographic access. Affordability was measured by failure to seek treatment owing to prohibitive health care cost whereas geographic access was measured by a proxy variable for the location of the health provider, the transportation cost [61]. The respondents were probed to state whether they have failed to access health care services due to prohibitive medical and transportation costs in the last one year, thus necessitating the use of a log it regression model. We thus specify an econometric model as follows:

FHC = β 0 1 AG+β 2 GE+β 3 RE+β 4 HS+β 5 EDUC+β 6 MS+β 7 FE+β 8 HIC+β 9 MME+β 10 IECL+β 11 MOP+β 12 DHF+β 13 DNHF+β 14 INC+β 15 MOT+β 14 SE+ε i .......................................4

Where: FHC is Failure to seek treatment due to prohibitive health care and transportation costs, AG is age, GE is gender, RE is religion, HS is household size, EDUC is education level, MS is marital status, FE is formal employment, HIC is health insurance cover, MME is monthly medical expenditure, IECL is informal employment as casual labourer, MOP is mode of payment for treatment, DHF is the distance to the health facility attended, DNHF is the distance to the nearest health facility (may not be the one attended at the moment), INC is income, MOT is the mode of transportation of the health provider and SE refers to self -employment (business and farming).

Data sources


The study used Cross-sectional primary data collected from 521 respondents at the health facilities in 8 Counties (4 UHC and 4 Non-UHC implementing proximal Counties). A total of 249 respondents came from the UHC implementing counties, while 272 respondents were from the non-UHC implementing Counties. Simple random probabilistic sampling technique was used to sample a total of 100 health care facilities drawn from the universe given by the Kenya Master Health Facility List (KMHFL). Exit interviews was used to collect data from patients after seeking services at the health facilities. The cross-sectional primary data was collected from February 10, 2020, to February 28, 2020. Data was then entered into Stata14, cleaned, transformed and analyzed.

Variables and their Measurements


The table below indicates the outcome and the explanatory variables used in the study.

Results


Descriptive statistics

(Table 3) shows the descriptive statistics for both the outcome and explanatory variables. From the table, the respondents in the age bracket of 25-34 years were the highest at 26.5 per cent, followed by those in the age bracket of 15-24 years at 25.3 Gender wise, the majority of the respondents were female at 63.5 per cent. For the marital status, those who were married were the highest at 71.1 per cent. Based on the religious affiliation, 60.2 per cent of the respondents were Protestants, while 21.3 per cent were Catholics. The respondents who were in self- employment (business and or farming) had the highest representations at 45.3 while those who reported to be unemployed were at 20.2. By education level, respondents with primary level of education were the highest at 38.5, followed by those with secondary level of education at 35.3 per cent. Respondents who attended level 3 and level 4 health facilities were the highest at 34.9 and 30.9 per cent respectively. For distress health financing, those who had sold property, borrowed, and used savings to pay for medical bills stood at 30.5, 37.4, and 42. 7 per cent respectively.

The high prevalence of distress health care financing shows financial protection remains a critical issue when it comes to health care access in Kenya. On the distance travelled to a health facility, those who travelled for less than 5 km were the majority at 62 per cent, those who had travelled for between 5 and 10 km followed at 20 per cent while those who did travel for between 26 and 30 km were nearly 7 per cent. On the other hand, those who had travelled for more than 30 km to reach a health service provider were 3.2 per cent. The longer distances travelled is a sure indication that Kenyan's still travel for very long distances to access health care services. World Health Organization regulation recommends that the proximity to a health facility should be not more than 5 km.

In terms of transport costs to reach a health facilities, those who spent less than 100 shillings as transport cost were the majority at 32 per cent followed by those who spent between 101 and 200 shillings stood at 21 per cent. Those who spent between 201 and 500 were 18.2 per cent. Respondents in the UHC Counties who experienced prohibitive transport and medical care costs stood at 35 and 34 per cent respectively. These two measured affordability and geographic health care access barriers. Further, the respondents who spent less than 1000 shillings monthly on medicine stood at 70 per cent. Those who spent between 1001-2500 and 2501-5000 shillings monthly on medicine stood at 15 and 9 per cent respectively. Possession of health insurance cover stood at 31 per cent. Those who didn't have any health insurance cover in UHC Counties stood at 69 per cent.

Empirical Results


The study presents empirical results for the correlates of affordability and geographic access barriers for health care measured.

Financial (affordability) access barriers

(Table 4) present the marginal effects after log it regression model for the affordability access barriers for health care services. The respondents were asked, "In the past one year, did you fail to seek for treatment due to prohibitive health care costs?" This gave a binary response of either 1 for a ‘yes' and or ‘0' for a no.

Discussion


The marginal effects presented in table 4 shows the log it regression model for failure to seek treatment due to prohibitive medical cost. From the results, Prohibitive transport cost, age 65 years and above, primary, secondary and tertiary education level, informal employment as a casual labourer, self-employment (business/farming, an income of Ksh. 30,001-40,000, 5-10kmto health facility, 21-25 km to health facility and 30km and above to health facility, 16-20 kmto nearest health facility, Ksh. 301-500 transport cost, Ksh.1,001-2,500 and 5,001-10,000 monthly expenditure on medicine are all statistically significant in predicting failure to access health care due to prohibitive medical cost. Prohibitive transport cost to a health facility increases the probability of not seeking treatment. An increase in prohibitive transport cost to a health facility by 1 shilling increases the probability of not seeking treatment due to prohibitive medical care cost by 0.82 compared to those who were able to pay for transport to a health facility.

This result corroborates a similar findings by other studies that found transport cost to be a barrier to health care access [25,35,62]. Other studies found a positive correlation between having access to a vehicle (through family and or friend) and increased access and utilization of health care services [63]. Age is negatively correlated with prohibitive medical care cost of treatment. An individual aged 65 years and above than those aged 15-24 years, has a lower chance of failure to seek treatment due to prohibitive medical cost. Being aged 65 years and above reduces the probability of failure to seek treatment due to prohibitive medical cost by 0.115 than those aged 15-24 years. A study by Kullgren, et al. [62], on the nonfinancial barriers to health care access for adults living in the US also concluded that those aged 30 years and below had a higher likelihood not to seek for treatment owing to financial costs. Education level correlates negatively with failure to seek treatment due to prohibitive medical cost in a UHC implementing County in Kenya.

Those having primary, secondary, tertiary, and University education levels have a lower probability of 0.333, 0.437, 0.154, and 0.131 respectively of failure to seek treatment due to prohibitive medical cost compared to those with no level of education in a UHC implementing County. Those with higher education level are more susceptible to land formal employments hence the ability to pay for the health care services sought. Being closer to a health facility attended has a lower likelihood of failure to seek treatment due to prohibitive medical cost in a UHC County. Those who travelled for 5-10km and 16-20 km to a health facility had a decrease in probability of 0.164 and 0.159 respectively for failure to seek treatment due to prohibitive medical cost. On the other hand, those who travelled for 21-25 km and more than 30km to the health facility attended had a higher probability of 0.125 and 0.655 respectively for failure to seek treatment due to prohibitive medical cost compared to those who travelled for less than 5 km to a health facility attended in a UHC County. Longer distances would imply more expenditure on transportation cost that eventually contributes to higher cost of treatment. Several studies have corroborated these findings as those in close proximity to a health facility reported increased access to health care services than those who are distant from the health facilities [28-31]. When it comes to distance to the nearest health facility (not necessarily the one attended), those who travelled for 16-20 km to the nearest health facility had a higher probability of 0.9 for failure to seek treatment due to prohibitive medical cost in UHC implementing Counties. Lower monthly expenditure on medication correlates negatively with the failure to seek treatment owing to prohibitive health care costs. The respondents who had a monthly expenditure on medication of between Ksh. 1,001-2,500 and 5,001-10,000 had a lower probability of 0.126 and 0.119 respectively for failure to seek for treatment due to prohibitive medical care cost. Studies have also come to the conclusion that purchases of medicine that are largely through out of pocket payments impedes health care access [64-69].

Geographicaccess barriers

(Table 5) shows the marginal effects after Log it regression model for failure to seek treatment due to prohibitive transport cost. To measure geographic access barrier, the respondents were asked, "In the past one year, did you fail to seek for treatment owing to prohibitive transport costs?" This gave a binary response of either 1 for the affirmative and or 0 for the negative response. The results are as presented in (Table 5).

From table 5, the variables; Age 55-64 years, University level of education, 16-20 km to health facility, 21-25 km to health facility, 3-4 hours to health facility, Ksh. 201-300 transport cost, 5,001-10,000 monthly expenditure on medicine, and have health insurance cover are statistically significant in predicting the failure to access health care services due to prohibitive transport cost to a health facility in the UHC implementing Counties. Older people have a higher chance of failure to seek treatment due to prohibitive transport cost. The probability of an individual in the age bracket of 55-64 years' failure to seek health care services due to prohibitive transport cost is 0.946 higher compared to an individual in the age bracket of 15-24 years. Perhaps higher transport cost would mean longer distance and older people may not be willing to travel for longer distances to seek medical care.

A study by Lee, et al. [70], in community of older people living in the urban areas in Australia found a positive relationship between efficient transport system and health care access. Higher levels of education increases the probability of not seeking medical care due to prohibitive transport cost. There is an increase in probability by 0.998 for an individual with university level of education to fail to access treatment due to prohibitive transport cost than those who have no level of education. Those with higher education levels could be having higher opportunity cost in seeking treatments from distant health care providers hence opting to be treated in nearer healthcare providers. The longer the distance to a health care facility, the higher the chance of not seeking treatment due to prohibitive transport cost in a UHC implementing County.

There is a higher probability of 0.998 and 0.997 respectively for an individual who travelled for 16-20 km and 21-25km to fail in seeking medical care due to prohibitive transport cost compared to those who travelled for less than 5km to a health facility in a UHC County. Longer distances would imply more transportation costs which then drives up the total cost of treatment up beyond the reach of many. A study by Gao & Kelley, et al. [71], in the rural Kenya and Haiti found households which have to travel for longer distances to reach a health facility to experience lower health care access rates.

Other studies have also found a negative association between longer distances travelled to health care access rates [72-75]. However, other studies documented a positive correlation between health care access and distance owing to quality of services offered and availability of medicine [76-79]. The longer the time taken to travel to a health facility, the more likelihood of adverse health outcomes such as lower access and utilization rates. The probability of failure for an individual who travelled for 3-4 hours to access treatment due to prohibitive transport cost is higher by 0.998 than those who travelled for less than 30 minutes. A study by Oluoch, et al. [80], in Siaya County, in Kenya corroborates this finding as their study also found longer traveling time to correlate positively with lower access and utilization rates of maternal health care services. In Malawi, a shorter traveling period was found to contribute to a higher uptake of health care services among HIV patients [81]. Higher monthly expenditures on medication increases the likelihood of not seeking treatment due to prohibitive transport cost in a UHC County. There is a higher probability of 0.8834 for failure to seek treatment due to prohibitive transport cost for an individual who spent Ksh.5,001-10,000 Kenya shillings monthly on medication compared to one who spent less than 1,000 Kenya shillings on medication in a UHC implementing County.

Studies have linked higher medical costs that is largely borne by out-of-pocket expenditure to impede health care access [82-84]. Having health insurance lowers the chance of failure to seek treatment due to prohibitive transport cost in a UHC implementing County. Health insurance correlates positively with health care services utilization rates. The probability of an individual with a health insurance to fail in seeking treatment due to prohibitive transport cost is lower by 0.593 compared to an individual with no health insurance in a UHC County. Health insurance takes the burden of payment for the services from the individuals to the insurance provider. Several studies in Kenya have also come to the same conclusion [20,85-91]. Studies in other parts of the world have also documented the positive relationship between health care access and possession of health insurance [53-55].

Conclusion


The study analyzed what influences financial and geographic dimensions of health care access. Financial and geographic access barriers negatively impact on health care access. High out-of-pocket monthly expenditure on medicine, higher transportation cost, possession of a health insurance cover, income, higher education level, and being employed are statistically significant in influencing geographic and financial dimensions of health care access. To hasten the realization of the Universal Health Coverage, prepayment models such as use of taxes and insurance should be pursued. Public health facilities also needs to be stocked by the right health care commodities- medicine, equipment and other technologies to remove the burden of buying them upon the patients. Counties also need to adopt the use of mobile clinics to enhance Primary Health Care access (PHC).

Acknowledgments


The author wishes to thank the directorates of health and health facility administrators (officers in charge of health facilities) at the Counties of Machakos, Nyeri, Kisumu, and Isiolo for granting us the permission to collect data in the public health facilities in their areas of jurisdictions.

Declaration of Conflicting Interests


The author declared no potential conflicts of interest with respect to the authorship and/or publication of this article.

Funding


The author received financial support for the research from the Kenya School of Government (KSG). However, no funding has been granted for the publication of this article.

Strengths and limitations of the study


The study delves into key barriers hampering health care access and hence jeopardizing the realization of UHC in Kenya. Barriers arising from geographic and financial accessibility dimensions of health care access have been analyzed separately for a robust evidenced based policies. The aim is to hasten the realization of UHC in Kenya. The study had some limitations: Budgetary Constraints, thus we could only sample 8 Counties (4 implementing UHC and 4 proximal) out of a possible 47 counties; the use of intervals for some variables such as time taken to travel and distance to a health facility were a bit wide. However, these hasn't affected the regression results presented in this study in any way.

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  32. Scott K, McMahon S, Yumkella F, et al. (2014) Navigating multiple options and social relationships in plural health systems: A qualitative study exploring healthcare seeking for sick children in Sierra Leone. Health Policy Planning, 29: 292-301.
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  34. Larson E, Hermosilla S, Kimweri A, et al. (2014) Determinants of perceived quality of obstetric care in rural Tanzania: A cross-sectional study. BMC health services research 14: 483.
  35. Varela C, Young S, Mkandawire N, et al. (2019) Transportation barriers to access health care for surgical conditions in Malawi. BMC Public Health 19: 264.
  36. Rocque GB, Williams CP, Miller HD, et al. (2019) Impact of travel time on health care costs and resource use by phase of care for older patients with cancer. J Clin Oncol 37: 1935-1945.
  37. Syed ST, Gerber BS, Sharp LK (2013) Traveling towards disease: Transportation barriers to health care access. J Community Health 38: 976-993.
  38. Levesque JF, Harris MF, Russell G (2013) Patient-centered access to health care: Conceptualizing access at the interface of health systems and populations. Int J Equity Health 12: 18.
  39. Ursulica TE (2016) The relationship between health care needs and accessibility to health care services in Botosani county- Romania. Procedia Environmental Sciences 32: 300 - 310.
  40. Lovett A, Haynes R, Sunnenberg G, et al. (2002) Car travel time and accessibility by bus to general practitioner services: A study using patient registers and GIS. Soc Sci Med 55: 97-111.
  41. Rosenthal MB, Zaslavsky A, Newhouse JP (2005) The geographic distribution of physicians revisited. Health services research 40: 1931-1952.
  42. Iezzoni L, Killeen M, O'Day B (2006) Rural residents with disabilities confront substantial barriers to obtaining primary care. Health Serv Res 41: 1258-75.
  43. Jin C, Cheng J, Lu Y, et al. (2015) Spatial inequity in access to healthcare facilities at a county level in a developing country: A case study of Deqing County, Zhejiang, China. International Journal of Equity Health 14: 67.
  44. Gulliford M, Hughes D, Figeroa Munoz, et al. (2001) Access to health care. Report of a scoping exercise for the national co-ordination centre for nhs service delivery and organization R&D (NCCSDO).
  45. Abiiro GA, Mbera GB, Allegri MD (2014) Gaps in universal health coverage in Malawi: A qualitative study in rural communities. BMC Health Serv Res 14: 234.
  46. Douthit N, Kiv S, Dwolatzky T, et al. (2015) Exposing some important barriers to health care access in the rural USA. Public Health 129: 611-620.
  47. Medical human rights network (2022) Financial accessibility of healthcare.
  48. Santalahti M, Sumit K, Perkiö M (2020) Barriers to accessing health care services: A qualitative study of migrant construction workers in a southwestern Indian city. BMC Health Serv Res 20: 619.
  49. Bintabara D, Nakamura K, Seino K (2018) Improving access to healthcare for women in Tanzania by addressing socioeconomic determinants and health insurance: A population-based cross-sectional survey. BMJ Open 8: e023013.
  50. Nyakang'o SB, Booth A (2018) Women's perceived barriers to giving birth in health facilities in rural Kenya: A qualitative evidence synthesis. Midwifery 67: 1-11.
  51. Badu E, O'Brien AP, Mitchell R (2018) An integrative review of potential enablers and barriers to accessing mental health services in Ghana. Health Res Policy Sys 16: 110.
  52. Tamirat KS, Tessema ZT, Kebede FB (2020) Factors associated with the perceived barriers of health care access among reproductive-age women in Ethiopia: A secondary data analysis of 2016 Ethiopian demographic and health survey. BMC Health Serv Res 20: 691.
  53. Asibey BO, Agyemang S (2017) Analyzing the Influence of Health Insurance Status on peoples' Health Seeking Behaviour in Rural Ghana. J Trop Med 2017: 8486451.
  54. Flores G, Lin H, Walker Lee C, et al. (2017) The health and healthcare impact of providing insurance coverage to uninsured children: A prospective observational study. BMC Public Health 17: 553.
  55. Kong NY, Kim DH (2020) Factors influencing health care use by health insurance subscribers and medical aid beneficiaries: A study based on data from the Korea welfare panel study database. BMC Public Health 20: 1133.
  56. Salari P, Giorgio DL, Ilinca S, et al. (2019) The catastrophic and impoverishing effects of out-of-pocket healthcare payments in Kenya. BMJ Global Health 4: e001809.
  57. Mcintyre D, Meheus F, Rottingen J (2017) What level of domestic government health expenditure should we aspire to for Universal Health Coverage? Health Econ Policy Law 12: 125-137.
  58. Aregbeshola BS, Khan SM (2018) Out-Of-Pocket payments, catastrophic health expenditure and poverty among households in Nigeria 2010. Int J Health Policy Manag 7: 798-806.
  59. Grossman M (2000) Chapter 7: The human capital model. In: Handbook of Health Economics, Culyer AJ, Newhouse JP (edn), Elsevier, North Holland, 1: 347-408.
  60. Becker GS (1965) A theory of the allocation of time. Economic Journal 75 299: 493-517.
  61. Buor D (2003) Analysing the primacy of distance in the utilization of health servicesin the Ahafo-Ano South District, Ghana. Int J Health Plann Manage 18: 293-311.
  62. Kullgren JT, Mclaughlin CG, Mitra N, et al. (2010) Nonfinancial barriers and access to care for U.S adults. Health Services Research 47: 462-485.
  63. Yang S, Zarr RL, Kass Hout TA, et al. (2006) Transportation barriers to accessing health care for urban children. J Health Care Poor Underserved 17: 928-943.
  64. Vian T, Feeley FG, Domente S, et al. (2015) Barriers to universal health coverage in republic of moldova: A policy analysis of formal and informal out-of-pocket payments. BMC Health Services Research 15: 319.
  65. Rice T, Quentin W, Anell A, et al. (2018) Revisiting out-of-pocket requirements: Trends in spending, financial access barriers, and policy in ten high- income countries. BMC Health Services Research 18: 371.
  66. Magge H, Cabral HJ, Kazis LE, et al. (2013) Prevalence and predictors of underinsurance among low-income adults. Journal of General Internal Medicine 28: 1136-1142.
  67. Bigdeli M, Annear PL (2009) Barriers to access and the purchasing function of health equity funds: Lessons from Cambodia. Bull World Health Organ 87: 560-564.
  68. Jacobs B, Price NL, Oeun S (2007) Do exemptions from user fees mean free access to health services? A case study from a rural Cambodian hospital. Trop Med Int Health 12: 1391-401.
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  73. Abou Nassar KE, Kim HT, Blossom J, et al. (2012) The impact of geographic proximity to transplant center on outcomes after allogeneic hematopoietic stem cell transplantation. Biol Blood Marrow Transplant 18: 708-715.
  74. Athas W, Adams Cameron M, Hunt WC, et al. (2000) Travel distance to radiation therapy and receipt of radiotherapy following breast-conserving surgery. J Natl Cancer Inst 92: 269-272.
  75. Brewer N, Pearce N, Day P, et al. (2012) Travel time and distance to health care only partially account for the ethnic inequalities in cervical cancer stage at diagnosis and mortality in New Zealand. Australian and New Zealand Journal of Public Health 36: 335-342.
  76. Bristow RE, Chang J, Ziogas A, et al. (2014) Spatial analysis of advanced-stage ovarian cancer mortality in California. Am J Obstet Gynecol 213: 43.e1-43.e8.
  77. Lamont EB, Hayreh D, Pickett KE, et al. (2003) Is patient travel distance associated with survival on phase II clinical trials in oncology? J Natl Cancer Inst 95: 1370-1375.
  78. Lenhard Jr RE, Enterline JP, Crowley J, et al. (1987) The effects of distance from primary treatment centers on survival among patients with multiple myeloma. J Clin Oncol 5: 1640-1645.
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  80. Oluoch F, Ayodo G, Owino F, et al. (2020) Modeling the impact of traveling time on the utilization of maternity services using routine health facility data in siaya county, Western Kenya. American Journal of Geographic Information System 9: 1-12.
  81. Palk L, Okano JT, Dullie L, et al. (2020) Travel time to health-care facilities, mode of transportation, and HIV elimination in Malawi: A geospatial modelling analysis. The Lancet Global Health 18: e1555-e1564.
  82. Gupta S, McColl MA, Guilcher S, et al. (2019) Managing medication cost burden: A qualitative study exploring experiences of people with disabilities in Canada. Int J Environ Res Public Health 16: 3066.
  83. Godman B, Bucsics A, Patricia Vella Bonanno, et al. (2018) Barriers for access to new medicines: Searching for the balance between rising costs and limited budgets. Front Public Health 6: 328.
  84. Nakovics MI, Brenner S, Bongololo G, et al. (2020) Determinants of healthcare seeking and out-of-pocket expenditures in a "free" healthcare system: Evidence from rural Malawi. Health Econ Rev 10: 14.
  85. Chuma J, Gilson L, Molyneux C (2007) Treatment-seeking behaviour, cost burdens and coping strategies among rural and urban households in coastal Kenya: An equity analysis. Trop Med Int Health 12: 673-686.
  86. Muriithi MK (2013) The determinants of health-seeking behavior in a Nairobi slum, Kenya. Int J Pediatr 9:151-64.
  87. Ziraba AK, Mills S, Madise N, et al. (2009) The state of emergency obstetric care services in Nairobi informal settlements and environs: Results from a maternity health facility survey. BMC Health Serv Res 9: 46.
  88. Amendah DD, Buigut S, Mohamed S (2014) Coping strategies among urban poor: Evidence from Nairobi, Kenya. PloS one 9: e83428.
  89. Ezeh A, Oyebode O, Satterthwaite Chen YF, et al. (2017) The history, geography, and sociology of slums and the health problems of people who live in slums. The Lancet 389: 547-558.
  90. Fotso JC, Mukiira C (2011) Perceived quality of and access to care among poor urban women in Kenya and their utilization of delivery care: Harnessing the potential of private clinics? Health Policy Plan 27: 505-515.
  91. Kyobutungi C, Ziraba AK, Ezeh A, et al. (2008) The burden of disease profile of residents of Nairobi's slums: Results from a demographic surveillance system. Popul Health Metr 6: 1.
Journals Related To Healthcare


Abstract


Background: Access to health care services without being plunged into financial hardship is a life blood of the Universal Health Coverage. Kenya's health sector is heavily dependent on out of pocket health expenditure. This model of health financing is inequitable and leads to underutilization of the much needed health care services. Majority of Kenyans travel for longer distances to access health care services. The geographic access barrier is linked to delayed care, missed appointments, delayed medication and undue loss of life. This study examines the correlates of financial and geographic health care access barriers in the UHC implementing Counties in Kenya.

Methodology: The study used a cross-sectional data collected from 249 respondents using exit interviews at the health facilities drawn from the Kenya Master Health Facility List (KMHL). A multivariate log it regression model was used to analyze the predictors of probability of failure to access health care services owing to prohibitive health care and transport costs.

Results: High out-of-pocket monthly expenditure on medicine; wider proximity, higher transportation cost and a longer traveling time to a health facility increases the probability of not seeking medical treatment owing to prohibitive health care and transportation costs. These factors thus, acts as key barriers to health care access.

Conclusion: Financial and geographic access barriers negatively impact on health care access. To hasten the realization of the Universal Health Coverage, prepayment models such as use of taxes and insurance should be pursued.

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