- Research article
- Open Access
- Open Peer Review
Personal and environmental factors associated with the utilisation of maternity waiting homes in rural Zambia
BMC Pregnancy and Childbirthvolume 17, Article number: 136 (2017)
Although the association between the presence of maternity waiting homes (MWHs) and the personal and environmental factors that affect the use of MWHs has been explained in qualitative terms, it has never been tested in quantitative terms. The aim of this study was to test the association between the presence of MWHs and personal and environmental factors that affect the use of MWHs.
A cross-sectional study was conducted using an interviewer-administered questionnaire from 1st July to 31st August, 2014 among 340 women of reproductive age in 15 rural health centres in Kalomo district, Zambia. Tests of association (chi square, logistic regression analysis, odds ratio) were conducted to determine the strength of the association between the presence of MWHs and personal and environmental factors. Differences between respondents who used MWHs and those who did not were also tested.
Compared to respondents from health centres without MWHs, those from centres with MWHs had higher odds of expressing willingness to use MWHs (adjusted odds ratio [aOR] = 4.58; 95% confidence interval [CI]:1.39–15.17), perceived more benefits from using a MWH (aOR =8.63; 95% CI: 3.13–23.79), perceived more social pressure from important others to use MWH (aOR =27.09; 95% CI: 12.23–60.03) and higher personal risk from pregnancy and childbirth related complications (aOR =11.63; 95% CI: 2.52–53.62). Furthermore, these respondents had higher odds of staying at a health centre before delivery (aOR =1.78; 95% CI: 1.05–3.02), giving birth at a health facility (aOR = 3.36; 95% CI: 1.85–6.12) and receiving care from a skilled birth attendant (aOR =3.24; 95% CI: 1.80–5.84). In contrast, these respondents had lower odds of perceiving barriers regarding the use of MWHs (aOR =0.27; 95% CI: 0.16–0.47). Factors positively associated with the use of MWHs included longer distances to the nearest health centre (p = 0.004), higher number of antenatal care (ANC) visits (p = 0.001), higher proportions of complications during ANC (p = 0.09) and women’s perception of benefits gained from staying in a MWH while waiting for delivery at the health centre (p = 0.001).
These findings suggest a need for health interventions that focus on promoting ANC use, raising awareness about the risk and severity of pregnancy complications, promoting family and community support, and mitigating logistical barriers.
Zambia is one of several low and middle income countries (LMICs) in southern Africa with high proportions of maternal morbidity and mortality [1, 2]. The 2014 Zambia Demographic and Health Survey (DHS)  showed that the country has a maternal mortality ratio (MMR) of 398 deaths per 100 000 live births. Most of these deaths are due to known and direct causes which are mostly preventable through use of maternal healthcare services provided by skilled staff in healthcare facilities [2,3,4].
Nevertheless, low utilisation of antenatal care (ANC), delivery and postnatal care (PNC) services in rural areas of the country has been shown to be one of the main reasons for the high MMR [2,3,4,5]. The DHS confirmed this . More than half (53.0%) of the Zambian women do not deliver in health facilities and most (62.0%) do not have access to skilled birth attendants [2, 4, 5]. Moreover, many pregnant women in Zambia delay starting their ANC visits and many do not return for PNC [4, 5].
Studies conducted in Zambia [4,5,6,7,8,9] and various African countries [10,11,12,13] have reported several reasons for the low use of maternal health care services (MHS), such as women’s negative attitudes towards the quality of MHS in health facilities, social and cultural norms, women’s low social status and lack of decision-making autonomy, lack of support from husbands, and negative opinions of influential family and community members about these services (perceived social norms). Other factors include a positive attitude towards traditional birth attendants (TBAs), and physical, financial and logistical barriers such as long distances and high transportation costs. Mitigating these barriers could improve maternal and newborn health outcomes in rural areas of the country [8,9,10].
To overcome these physical and economic barriers, maternity waiting homes (MWHs) have been established in many low and middle income countries (LMICs), including Zambia [8, 14, 15]. For example, in Kalomo district-the study area for the current study-MWHs have been constructed on ten health centre grounds where women who face various challenges-such as living far from a health centre, lack transport, have high risk pregnancies or a history of complications during the previous pregnancies-can reside and wait for delivery. Those who have no access to MWHs will stay in the ward-usually in the ANC ward [4, 5, 8, 9]. MWHs are “residential facilities, located near a qualified medical establishment, where women living far from the healthcare facility and those with high-risk pregnancies can wait for their delivery and be transferred to a nearby medical facility shortly before delivery, or earlier, should complications arise” .
Studies and reviews investigating the effectiveness of MWHs have reported mixed findings [8, 15,16,17,18,19,20,21]. For example, a WHO report  showed that MWHs are effective in reducing second delay and thus help to detect complications early with effective management. However, there is limited evidence for the effectiveness of the MWHs, and not all studies have reported favourable maternal and newborn health outcomes among women who stayed in MWHs during the last period of their pregnancy [20, 21]. For example, our previous studies [4, 5, 8, 9] showed that, although most health centres provide basic emergency obstetric and newborn care, and that midwives have the skills to identify pregnant women who are at risk while staying in the MWHs as well as those who develop complications during labour and childbirth, the referral system in the district is quite weak. Health centres in the district do not have their own ambulances. They rely on ambulances from the district and mission hospitals for emergency obstetric and newborn care. If a woman in labour develops complications, the midwife will call for an ambulance from the district or mission hospital. However, this usually takes long due to great distances and the poor state of roads. The long distances and poor state of roads usually lead to a second delay preventing pregnant women with complications from accessing maternal and perinatal care provided in the district and other referral hospitals.
Studies from Zambia and other LMICs exploring womens’ perceptions towards MWHs [7,8,9, 19, 22] show that women had knowledge about MWHs and appreciated the benefits to be gained from using the service. Additionally, husbands and healthcare providers perceived many potential benefits of MWHs [9, 19].
Nevertheless, studies from Zambia [8, 9] and Ghana  have reported low utilisation of MWHs. Among the reasons for low utilisation of MWHs reported in the Zambian studies are lack of funds to buy food, baby clothes and cleaning materials for the baby and mother to use during labour at the health centre, concerns about needing someone to remain at home and take care of the children and husband, and concerns about the deplorable state of the MWHs. Similarly, the study from Ghana  reported various reasons for the low use of MWHs-such as costs associated with staying in a MWH, the hardship of staying away from home and the absence of health personnel in healthcare facilities.
Despite providing important insight into both the perceived benefits of using MWHs as well as the reasons for poor utilisation of these services, these studies were exploratory and qualitative in design. Thus, although, the association between the presence of MWHs and the personal and environmental factors that affect their use has been explained in qualitative terms, this association has never been tested using quantitative methods. Moreover, it is not known whether the strength of these associations differs between the respondents who have access to health centres with a MWH and those who do not. The aim of the current study, therefore, was to test the strength of the association between the presence of MWHs and personal and environmental factors which affect the use of MWHs among respondents with and without access to MWHs. Moreover, the study aimed to compare the women who had used the MWHs and those who did not. Insight into these associations and factors is important for the design of public health interventions for improving utilisation of MWHs in rural Zambia.
The present study used Fishbein and Ajzen’s Reasoned Action Approach (RAA)  and the Health Belief Model [25, 26] as the theoretical framework. For details on the Reasoned Action Approach and the Health Belief Model and their application, see Sialubanje et al. .
Study design and setting
The study used cross-sectional design, and data were collected from 15 health centre catchment areas of Kalomo district, Zambia [27,28,29]. For details on Kalomo district profile see Sialubanje et al., [4, 5, 8, 9].
The study participants were sampled from women of childbearing age (mean age 25.60 years, SD = 6.85). Of these, 203 women (mean age = 24.69 years, SD = 6.61) were recruited from health facilities with a MWH, and 137 women (mean age = 26.94, SD = 7.01) from health facilities without a MWH. To be eligible to participate in the interview, women must have delivered in the past 12 months prior to the survey and resided in the area for more than six months.
The study utilised a multi-stage convenience sampling method. All ten health centres with a MWH in the district were identified and included in the study, after which, five out of a total 25 health centres without a MWH were purposefully selected and included in the study. Fourteen villages from the fourteen rural health centres and one compound from the semi-urban health centre were randomly sampled. Since there was more than one village in each health centre catchment area, one village was purposively selected based on accessibility and advice from community health workers and headmen. The number of respondents surveyed from each village was evenly distributed. However, due to a lack of information and the unstructured nature of housing units in the area, it was not possible to select respondents using systematic sampling methods.
The Tropical Disease Research Centre Ethics Review Committee and the Ministry of Health Research and Ethics Committee in Zambia provided the ethical approval for the study (study number TDRC/ERC/2OO5/29/12).
Before starting the survey, research assistants read out the aims of the study to the participants. They also explained that the respondents’ names would not be written on the questionnaire or on the informed consent form. Moreover, respondents were informed that survey participation was voluntary, that they would not receive any direct benefits from the study, and that they were free to discontinue the survey at any point if they felt uncomfortable. Participants were informed that the purpose of the survey was to collect information on what they thought affected their use of MWHs, and that the information would be used to inform and guide future government policies on MWHs. Written informed consent was obtained by having the participants either sign the consent form or mark with an ‘X’. Respondents who were able to write were made to sign on the consent form, whereas those who could not write were made to mark with an ‘X’.
Two trained research assistants who were supervised by the principal investigator collected the data. The research assistants were recruited from within Kalomo district and were both female, aged 22 and 25 respectively, and had a full grade 12 certificate. The research assistants received a one day face-to-face training on the study and the questionnaire. Female research assistants were preferred to male for cultural reasons and in order to ensure optimal interaction with the mothers. Moreover, to minimise information concealment from the respondents during the survey, research assistants spoke both English (the official language) and Tonga, the local language.
A week before the survey, women were informed about the survey date by the village headmen and neighbourhood health committee (NHC) members. On the agreed day, the principal investigator and the research assistants travelled to the respective health centres from which the research assistants were directed into the households by the NHC members and community volunteers. Because of high illiteracy levels in the area, the questionnaire was translated into Tonga. Women who were able to read were allowed to go through the questionnaire by themselves; the interviewer merely confirmed whether the questionnaire was correctly and completely answered. All the interviews took place in the participant’s home or at a nearby convenient place-normally a quiet place under a tree, a few meters from the participant’s house. Each survey lasted between thirty to forty minutes.
The questionnaire was developed by the research team based on variables described by social cognitive theories of human behaviour, including the theory of Reasoned Action Approach  and the Health Belief Model  as well as findings from our previous studies in the area [4, 8, 9]. The research instrument was first developed in English, translated to Tonga by an independent bi-lingual expert, and then back-translated to English. The final version of the questionnaire was both in Tonga and English (see supplementary file for the English version of the questionnaire). All items were answered on a 5-point Likert scale ranging from 1 = fully disagree to 5 = fully agree, or similar labels.
We used factor analysis to check which items, based on theory, should measure a particular psychosocial construct combined into one factor or not. Items that showed strong internal consistency (Cronbach’s alpha > 0.6 or r > 0.40) were combined and averaged into one index. If items did not combine into one index, factor analyses were conducted using principal axis factoring as an extraction method, and an oblimin rotation. After inspection of the scree plot (that is, a plot which displays the eigenvalues associated with a component or factor in descending order versus the number of the component or factor), sum measures were created with Eigenvalue score of 1.0 or higher and included those items that had factor loadings of 0.4 or higher. See Table 1 for the different items used in the present study and how they were clustered to measure underlying psychosocial constructs.
Intention was measured using one item: “If I am pregnant again and due for labour, I will make efforts to go and stay at the maternity waiting home as I wait for labour at the clinic”.
In total, 25 items were constructed to measure attitude (table 1). Factor and reliability analyses revealed two underlying variables: cognitive attitude towards MWHs (17 items, α = 0.75). The other attitude variable was affective attitude toward staying in a MWH (7 items, α = 0.72). Similarly, factor and reliability analyses were performed on the 22 items measuring perceived social norms, which resulted in two variables: one of these was descriptive social norms towards MWH use (13 items, α = 0.60), and injunctive social norms towards MWHs (9 items, α = 0.82). Seventeen items were constructed to measure perceived behavioural control (PBC), and factor and reliability analyses resulted in one variable (15 items, α = 0.60). The five items measuring risk perception were also averaged into one variable (with five items, α = 0.83). Finally, perceived barriers towards using MWHs were measured using seventeen items. Factor analysis revealed one variable (14 items, α = 0.70).
Descriptive statistics were used to compute percentages of respondents’ demographic and past maternal health seeking behaviour. After inspection of the data and descriptive analysis, we noticed that the data were severely negatively skewed and the assumption of normality was violated. We performed a median split procedure on the psychosocial measures-such that scores including the median and below were dummy-coded as 0 (representing low to moderate scores); and scores above the median were dummy-coded as 1 (representing high scores). To investigate the univariate association between psychosocial measures and intention to use a MWH, and to compare scores on psychosocial measures, sociodemographic variables and past behaviour between those with and those without access to MWHs, Chi-square tests and logistic regression analyses were used. Crude odds ratios (ORs) with 95% confidence intervals (CI) were computed to estimate the effect size. Furthermore, independent t-tests and Cohen’s d  were used to investigate whether the respondents from the two groups differed with regard to sociodemographic and economic factors (age, number of children, and distance to the nearest health centre). Finally, adjusted odds ratios (aOR) were calculated to control for confounding due to age, parity, and distance to the nearest health centre (p < 0.05).
Table 2 summarizes the demographic characteristics of the 340 respondents who participated in the survey as well as differences between the respondents with and without access to MWHs. Respondents from health centres with MWHs were significantly younger (p = 0.002), had fewer children (p = .004), and lived closer to the health centres (p = 0.005). Moreover, there were significant differences between the two groups with regard to marital status (p = 0.004) and income level (p = 0.001). There was no significant difference with regard to level of education (p = 0.097).
Table 3 summarizes the respondents’ past health seeking behaviour as well as the differences between the respondents with and those without access to MWHs. There were significant differences between the respondents with and those without access to MWHs with regard to place of delivery (p < 0.001), duration of stay at the health centre before delivery (p < 0.04) and birth attendant (p < 0.001). Additionally, there was a trend towards a difference between the two groups with regard to ANC use (p < 0.06). In contrast, there were no significant differences between the two groups with regard to history of complications during pregnancy (p = 0.27) or delivery (p = 0.60).
Since our preliminary analyses showed differences between respondents from health centres with MWHs versus those without MWHs with regard to age, parity, marital status, level of income and distance to the nearest health centre, we controlled for these variables in our analysis by computing the aOR (Table 4).
Logistic regression showed that, compared to respondents from health centres without MWHs, those from centres with MWHs were more likely to express high intention to use MWHs (aOR = 4.58; 95% CI: 1.39–15.17), perceive benefits from using a MWH (aOR = 8.63; 95% CI: 3.13–23.79), perceive pressure from important others regarding MWH use (aOR = 27.09; 95% CI :12.23–60.03), and perceive risks regarding pregnancy and childbirth related complications (aOR = 11.63; 95% CI:2.52–53.62). Moreover, regarding the respondents who went to stay at the health centre to wait for labour due to high risk pregnancies or long distances from home, those from the health centres with MWHs had higher odds of staying at the health centre to wait for labour there (aOR = 1.78 1,78; 95% CI:1.05–3.02). In contrast, there was no an association between the presence of a MWH and the likelihood of a woman developing complications during and after labour (aOR = 1.75; 95% CI: 0.96–3.19). Similarly, there were no significant associations between the presence of MWH and PBC or with having stayed at a MWH during a previous pregnancy.
We conducted additional analyses (using independent t-tests and chi square tests) to investigate the difference between the respondents who used MWHs and those who did not. Since some health facilities did not have MWHs, we included only the 98 respondents who stayed at the health facility to wait for labour (that is, those who stayed in the ward and those who stayed in the MWHs). We found that respondents who used MWHs covered significantly longer distances from their place of residence to the nearest health facility and had completed more ANC visits (p < 0.001). These respondents also perceived more benefits from staying at the health facility to await delivery (p = 0.001). There were no significant differences between the two groups with regard to the proportion of complications detected during ANC (p = 0.09), age, parity, marital status, occupation, level of education or income. In addition, there were no differences with regard to perceived benefits from MWH use (Table 5).
Consistent with our previous qualitative findings [4, 8, 9], our results show that, compared to the respondents who used health centres without a MWH, those who used health centres with a MWH were more likely to express a higher behavioural intention to use a MWH and perceived more benefits from using a MWH.
These findings are consistent with previous qualitative studies [4, 8, 9, 31] that revealed that women in rural Zambia were aware of the MWHs, and pregnant women perceived benefits from using the service. Interestingly, the current study indicates that, if a MWH is present at a healthcare facility, women’s attitude towards MWHs as well as their behavioural intention to use it are more positive. This finding suggests that the presence of MWHs might improve utilisation of the service, especially for women residing far from the healthcare facilities and those with high-risk pregnancies. This is in line with the original WHO intention for MWHs to improve access to facility-based skilled birth attendance .
Moreover, in line with our qualitative findings [4, 8, 9, 31] the current findings suggest that women who have access to health centres with MWHs were significantly more likely to perceive social pressure (injunctive norms) from influential family and community members-such as husbands, parents and friends-to use or not to use MWHs than women without access to MWHs. In contrast, our current findings show that sociodemographic variables such as age, number of children, marital status, and distance to the nearest health centre did not influence this association. This finding contradicts our previous studies [4, 8, 9, 31] which suggested that older women with many children were more likely to perceive and comply with social pressure from important others to use or not to use a MWH. The explanation for this finding could be that the mere presence of a MWH in the community and the respondents’ observation of important others’ use of the service-together with the health messages they receive at the health centre during ANC-might increase injunctive norms. This could lead respondents from the health centres with MWHs to perceive more pressure to use the service compared to their counterparts from health centres without MWHs. Future research could focus on determining the source of the perception of injunctive norms in favour of using an intervention such as the MWH, as well as investigating the effect of the health promotion programmes on the perception of these norms.
Regarding women’s perceived risk of developing pregnancy and labour complications and their severity, our findings show that, irrespective of whether a MWH was present or not, most respondents believed that they were personally at risk of developing pregnancy and labour complications. Further, all the respondents believed that these complications were very serious, both to the pregnant woman and to the unborn or newborn baby. Interestingly, the current findings show that respondents perceived their risk differently, depending on whether they lived close to a health centre with a MWH or not. For example, the odds of personal risk perception for pregnancy and childbirth related complications among the respondents with access to a MWH were more than ten times higher than those of respondents without access to a MWH. This effect remained even after controlling for possible confounding variables such as distance to the nearest health facility. This finding suggests the unique role MWHs play in enhancing women’s risk perception regarding the severity and personal susceptibility to pregnancy and childbirth-related complications. Again, one might hypothesise that increased health promotion efforts in the facilities with a MWH could lead to the increased risk perception. However, the wide range of the 95% CI and the cross-sectional design of our study preclude drawing firm conclusions. Further research-preferably randomised control trials-is needed to confirm this association.
Interestingly, the current findings show that, despite having a high risk perception and perceiving benefits from using MWHs, many women did not use the service due to various barriers. For example, our findings show that less than one quarter (23.8%) of the respondents stayed at the MWH before delivery. Moreover, the odds of perceiving barriers that prevented use MWH were almost four times higher among women who were surveyed near a health centre without a MWH than those from health centres with MWHs. The main barriers reported by these respondents included concerns about travelling long distances to health centres with a MWH, as well as insufficient funds to buy food and other requirements for the mother and baby. Other barriers included a lack of decision-making autonomy and dependence on the husband and other family members-such as parents-for decision-making, and concerns about leaving their husbands and children at home when they were away at the MWH. Furthermore, these respondents were concerned about the deplorable state of the MWHs [8, 9, 31]. This finding is consistent with our previous qualitative findings [8, 9, 31] as well as those from other LMICs. For example, a study in Ghana  reported low utilisation of MWHs and highlighted important contextual barriers affecting utilisation of MWHs. Together, these studies show that expressing a higher behavioural intention to use a MWH or perceiving more benefits from using the service do not necessarily mean that women will actually go there to stay and wait for delivery.
This finding is also consistent with previous studies which have all reported the challenge of the “intention-behaviour gap” and highlighted the complexity of health seeking behaviour [32,33,34,35,36]. Thus, these findings suggest a need for public health interventions to not only focus on the target populations’ attitude and intention, but to also target factors that might make it difficult for women to enact the intended behaviour [3, 36, 37]. However, to determine causal relationships, future studies should be longitudinal and experimental in design.
Despite the reported low utilisation of MWHs, our findings suggest that the presence of a MWH might positively affect pregnant women’s use of healthcare services by reducing the second phase delay in health seeking behaviour. For example, women who were surveyed at health centres with MWHs were more likely to go and stay at the health centre and wait for labour from there, were more likely to give birth at a health centre and were more likely to receive care from a skilled birth attendant. Moreover, these findings suggest that these women had higher odds of developing complications than those without access to MWHs. This could be due to the fact that MWHs lead to a reduction in second phase delay, thus leading to more early detection and management of complications which can result in better maternal and perinatal health outcomes. This finding is consistent with our previous studies that reported that MWHs might play an important role in reducing labour complications and improving maternal and newborn health outcomes [8, 9, 14,15,16,17,18, 29,30,31].
Thus, although establishment of MWHs in rural areas could lead to an increase in access to and utilisation of healthcare facilities and skilled birth attendance [7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23], we cannot draw conclusions on the role of MWHs in improving maternal and newborn health outcomes. Moreover, the available evidence on the direct role of MWHs in improving maternal and newborn health outcomes is inconclusive [16,17,18,19,20,21]. Further research is needed to establish this relationship.
Finally, our findings showed that respondents who stayed in the MWHs to wait for labour significantly differed from those who did not. For example, respondents who left home to go and stay at the health facility to wait for labour lived significantly further away from the health centres than those who did not. These respondents also reported a significantly higher number of ANC visits, more complications detected during ANC visits and perceived more benefits from staying at the health facility for labour. These findings are in line with the original idea of the MWHs, which is to mitigate long distances to the healthcare facilities for the women who live in rural/remote areas and those with pregnancy complications during ANC . In our previous studies [4, 5, 8, 9] we reported on the importance of ANC in promoting women’s utilisation of MWH and skilled facility delivery services. For example, during ANC, nurses and midwives inform pregnant women about the importance of giving birth at the health facility, and encourage those who live far from the health facilities and those with pregnancy complications to come to the health facility early and stay in the MWH. In the current study, we did not find a significant association between MWH utilisation and women’s age, parity, marital status, or socioeconomic status. This finding contradicts our previous studies [4, 5, 8, 9] that reported the importance of women’s sociodemographic characteristics in influencing their utilisation of MWHs. The reasons for this contradiction are not clear. Longitudinal studies are needed to test this association.
Limitations of the study
Several potential limitations should be noted. First, these findings are based on responses from the women who accepted to be interviewed, and in that sense may suffer from response bias. Indeed, our sample ended up with most respondents (79.7%) who had given birth at the health centre, which could have been a sampling error as no women refused to be interviewed. It could have also been due to social desirability bias as it is possible that women who gave birth at home reported that they delivered at the health centre. Moreover, our results were positively skewed and we could not use parametric tests (such as Pearson’s correlation or multiple regression analysis) to investigate the associations of psychosocial measures with behavioural intention. Further, we do not have information on the response rate as it was difficult to find or systematically document information on the housing units in the research areas. Second, most respondents (79.7%) had given birth at the clinic; only 17% had given birth at home. This may have introduced a selection bias since the experiences of many women who had given birth at home were not explored. Moreover, selection of the respondents who were familiar with MWHs and maternal healthcare services in general, might have led to the severe skewness of the responses that we experienced on the psychosocial measures. Finally, since this is a cross-sectional study, it may not have the power to detect the effectiveness of MWHs in reducing the second phase delay and improving utilisation of maternal healthcare services. Furthermore, the study may not have the power to detect the contribution of MWHs to early detection and management of maternal and newborn health complications. To draw such a conclusion, future research should focus on longitudinal and quasi-experimental study designs.
Our findings provide insight into the factors which are associated with pregnant women’s use of MWHs, including long distances to health facilities, number of ANC visits and history of pregnancy complications reported during ANC. These results can serve as a basis for the design of educational and public health interventions focusing on improving the utilisation of MWHs and access to facility-based skilled birth attendance. In particular, interventions should focus on: 1) promoting ANC use among pregnant women; 2) raising awareness about the risk and severity of pregnancy and labour complications; 3) promoting family and community support; 4) improving the quality of care by healthcare workers; 5) improving living conditions in the MWHs, and 6) mitigating logistical barriers that prevent women from using MWHs.
Adjusted Odds Ratio
Low and middle income countries
Maternal Mortality Ratio
Ministry of Health
Maternity Waiting Homes
Neighbourhood Health Committees
Perceived Behavioural Control
World Health Organisation
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The authors acknowledge all the institutions and individuals who contributed towards this study and preparation of this article, including the Zambian Ministry of Health, Kalomo District Medical Office management team, health facility staff, community members from the research areas, and all those who participate in the in-depth interviews. Our gratitude also goes to the editors and peer reviewers who made the publication of this article possible.
This work was supported by the Netherlands Organization for International Cooperation (Nuffic) as part of a PhD scholarship to C.S. (PhD/367).
Availability of data and materials
The questionnaire used in the current study is included as a supplementary file. The dataset created during and/or analysed during the current study is available from the corresponding author on reasonable request.
All authors contributed to the conception and design of the study, data collection, analysis and interpretation of the results. CS wrote the first draft of the manuscript, while KM, RAC, and DH revised it critically for important intellectual content. All authors read, commented on and approved the final version of the manuscript and gave final approval for it to be published.
The authors declare that they have no conflicting interests.
Consent to publication
Ethics approval and consent to participate
The Tropical Diseases Research Centre Ethics Review Committee and the Ministry of Health Research and Ethics Committee in Zambia granted ethical approval for the study (Study number TDRC/ERC/2OO5/29/12). Written informed consent to participate was obtained by having the participants either sign the consent form or mark with an ‘X’. Respondents who were able to write were made to sign on the consent form, while those who could not write were made to mark with an ‘X’.
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