Perceptions of intermittent preventive treatment of malaria in pregnancy (IPTp) and barriers to adherence in Nasarawa and Cross River States in Nigeria

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Study Justification:
– Malaria during pregnancy is dangerous to both mother and fetus
– Intermittent preventive treatment of malaria in pregnancy (IPTp) is a strategy to prevent malaria in pregnant women
– The Nigerian government adopted IPTp as a national strategy in 2005, but there are major gaps affecting perception, uptake, adherence, and scale-up
Highlights:
– Systems-based challenges (stockouts, lack of provider knowledge) and individual women’s beliefs and lack of understanding contribute to low uptake and adherence of IPTp
– Many pregnant women are reluctant to seek care for an illness they do not have
– Those with malaria often prefer self-medication through drug shops or herbs
– Women who seek clinic-based treatment trust their providers and willingly accept prescribed medicine
Recommendations:
– Deliver complete IPTp to women attending antenatal care as a missed opportunity
– Target women, their communities, and the health environment with specific interventions to increase IPTp uptake and adherence
Key Role Players:
– Women of reproductive age
– Front-line care providers
– Spouses of pregnant women
– Community leaders and chiefs
– Physicians, nurses, midwives, and community health extension workers
Cost Items for Planning Recommendations:
– Training for health care providers on IPTp protocols
– Ensuring availability of IPTp medicines
– Community education and awareness campaigns
– Monitoring and evaluation of IPTp uptake and adherence programs

The strength of evidence for this abstract is 7 out of 10.
The evidence in the abstract is based on a cross-sectional study conducted in peri-urban and rural communities in Nasarawa and Cross River States in Nigeria. The study instruments were based on the socio-ecological model and its multiple levels of influences. The study found that systems-based challenges and individual women’s beliefs contribute to low uptake and adherence of intermittent preventive treatment of malaria in pregnancy (IPTp). The evidence is supported by specific examples and conclusions are drawn based on the findings. However, the abstract does not provide information on the sample size, methodology, or statistical analysis used in the study. To improve the evidence, future studies could include a larger sample size, use a randomized controlled trial design, and provide more detailed information on the statistical analysis conducted.

Background: Malaria during pregnancy is dangerous to both mother and foetus. Intermittent preventive treatment of malaria in pregnancy (IPTp) is a strategy where pregnant women in malaria-endemic countries receive full doses of sulphadoxine-pyrimethamine (SP), whether or not they have malaria. The Nigerian government adopted IPTp as a national strategy in 2005; however, major gaps affecting perception, uptake, adherence, and scale-up remain. Methods. A cross-sectional study was conducted in peri-urban and rural communities in Nasarawa and Cross River States in Nigeria. Study instruments were based on the socio-ecological model and its multiple levels of influences, taking into account individual, community, societal, and environmental contexts of behaviour and social change. Women of reproductive age, their front-line care providers, and (in Nasarawa only) their spouses participated in focus group discussions and in-depth individual interviews. Facility sampling was purposive to include tertiary, secondary and primary health facilities. Results: The study found that systems-based challenges (stockouts; lack of provider knowledge of IPTp protocols) coupled with individual women’s beliefs and lack of understanding of IPT contribute to low uptake and adherence. Many pregnant women are reluctant to seek care for an illness they do not have. Those with malaria often prefer to self-medicate through drug shops or herbs, though those who seek clinic-based treatment trust their providers and willingly accept medicine prescribed. Conclusions: Failing to deliver complete IPTp to women attending antenatal care is a missed opportunity. While many obstacles are structural, programmes can target women, their communities and the health environment with specific interventions to increase IPTp uptake and adherence. © 2013 Diala et al.; licensee BioMed Central Ltd.

Cross River and Nasarawa States have very different climatic, cultural and socio-economic indicators, but they share similar demographic and health indicators and a high malaria burden. As Table 1 shows, uptake of maternal health care is higher in Cross River than in Nasarawa State, and IPTp uptake in both states is higher than the national average, but still very low [17]. In 2010, the proportion of Nigerian women who received ANC from a skilled provider was estimated at 58% (66% in the North Central region, where Nassarawa is located and 74% in South-South, where Cross River is located) [17]. Table 1 describes the demographic and health indicators for study respondents and contrasts national with state-specific health indicators. Demographic and health indicators *Source: National Population Commission and ICF Macro 2009; ** Source: National Population Commission and ICF Macro 2011. The cross-sectional study was conducted in peri-urban and rural communities in Cross River and Nasarawa States in July and August 2012. Study instruments were based on a socio-ecological model and the multiple levels that influence or present obstacles to change are shown in Figure 1[18]. The model takes into account the individual, community, societal, and environmental contexts of behaviour and social change, including cultural norms, traditions and gender roles personal, societal, and religious beliefs; and, systemic, institutional and environmental factors. The socio-ecological model is adapted as the conceptual framework for this study. Focus group discussions (FGDs) were conducted with women aged 20–40 years who were pregnant, post-partum, or had given birth in the previous two years; adolescents aged 14–19 years who accessed ANC and given birth in the previous two years; and in Nasarawa State, a “men-only” FGD was conducted with husbands of women who fitted the recruitment criteria and had also accompanied their wives to ANC facilities. Adolescents were included as a separate group because they often have age-specific concerns about health care, and stigma regarding teenage pregnancy may prevent them from seeking health care at government facilities. It was important to gather the views of male partners in a State such as Nasarawa, which has a large Muslim population, in light of the dominant role of men in women’s use of health facilities [19]. In-depth interviews (IDIs) were conducted with community-based and facility-based health care providers who offer routine ANC and treat pregnant women with malaria. Interviews with health care providers were designed to elicit the following information: ● knowledge of how malaria affects pregnant women and malaria signs and symptoms ● whether treatment for malaria during pregnancy is a part of focused ANC services ● detailed knowledge of IPTp, including the names of medicines, dosages, availability, and cost ● evidence on institutional-level barriers to adherence, including stock-outs and insufficient training ● incentives for pregnant women to return for the second IPTp-SP dose Ten study facilities that provide ANC services were purposively selected in each State: one tertiary facility, three secondary facilities and six primary health facilities. Fieldwork took place in two local government areas (LGAs) in Cross River (Calabar and Yakurr) and in three LGAs in Nasarawa (Keffi, Karu and Nasarawa Eggon). After a flood damaged one of the selected primary health facilities in Nasarawa, it was replaced by a district hospital, bringing the number of secondary facilities in Nasarawa to four. Three interviews were conducted in each facility with physicians, nurses, midwives or community health extension workers who deal directly with pregnant and post-partum women. The number of FGDs depended on participant availability (Table 2). Most focus group discussions were conducted in available meeting rooms in the selected health facilities. Other FGDs were held in community centres, recreation halls, and schools. Focus group discussions in Cross River State and Nasarawa State Table 2 describes the characteristics of the study population and the number and location of FGD conducted with each group. ANC clients at the selected facilities who met the age criteria were recruited to participate in the FGDs. Husbands of women who met study criteria were recruited into two “men only” FGDs in (rural and peri-urban) Nasarawa State. Initially, the study recruited women who had accessed ANC services because that is where IPTp is most often provided. The study was later expanded to include women who had not received ANC because large numbers of women were not attending ANC. These participants were recruited from communities; local leaders and chiefs assisted with recruitment, using town criers to announce the study and invite participation. FGD facilitators were of the same gender as participants and spoke the same languages. Field workers attended a two-day training that covered subject selection and recruitment, instruments and techniques, facilitation and note-taking skills. The pre-tested discussion guide and other survey instruments were translated into local languages: Efik, Lokarr and Pidgin in Cross River and Hausa in Nasarawa, then back-translated to English. Just before the FGDs, a short questionnaire covering basic demographic information including occupation, estimated household income, marital status, number of pregnancies and attendance at ANC was administered to about half of the participants. Audiotaped FGD sessions were transcribed and translated into English in the field to enable verification and first-level corrections. The data were then cleaned and imported into Atlas ti software for analysis. Data were coded according to a framework based on the conceptual model in Figure 1. Additional codes were created for themes that emerged from the data and transcripts were re-coded. Figure 1 is a modified socio-ecological model (SEM) with cross-cutting factors that identify the three levels (individual, community and environment) that impact women’s ability to make healthcare-seeking decisions. Modifying the SEM for change, the study examined factors that may motivate or impede the ability of pregnant women to act promptly and decisively to prevent and treat malaria at three levels (individual, community and environment). 1. Individual: factors related to individual personality and autonomy, including beliefs about malaria and the efficacy of modern medications. This includes women’s knowledge of MiP and understanding of IPTp. Women do not act alone, but are also heavily influenced by their families: husbands, significant others, mothers-in-law and other social circles play a role in women’s access to care. In the conceptual framework, the individual level consists of the woman (the centre of the SEM) and her immediate family, particularly her partner, from the “interpersonal” level of the model. 2. Community: The framework further expanded the interpersonal to include other community level factors that encompass the influence of in-laws, preferences for home births, preferences for traditional birth attendants and other relatives, friends, neighbours, peers and others in the community, those in the “interpersonal” level of the model but outside the immediate family unit. Other community factors relate to the culture and norms of the community, for example with regard to whether pregnant women are expected to seek care in health facilities, with traditional providers, or a combination of the two. Issues of spirituality and witchcraft play important roles in women’s beliefs and actions. 3. Environment: The third framework level is the “environment” as most factors are institutional or systemic and the term “environment” encompassed the two outer circles of the model. From the women’s perspective, this includes economic factors, women’s willingness to follow provider advice, and systemic factors at ANC facilities, such as waiting times and attitudes of providers. From the providers’ perspective, this includes MiP knowledge, training on MiP and focused ANC, and stock-outs. In addition, poor attitudes, a lack of professional commitment for quality and inappropriate charges for hospital forms on the part of providers hinder women’s abilities to seek and adhere to ANC services. Factors at the first two levels — individual and community — primarily relate to decisions to seek care (both routine ANC where IPTp should be provided and treatment for malaria if needed), accessing care at facilities and complying with provider instructions. Decisions to seek care are influenced by an understanding of MiP and its risks, perceptions of the effectiveness and quality of care, and support from family and community. Family and community support also influences women’s ability or motivation to access services and comply with instructions and adhere to medication regimen. Many factors at the environmental or institutional level relate to the kind of care pregnant women receive and are more specific to whether and how IPTp is provided.

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Based on the information provided, here are some potential innovations that could improve access to maternal health:

1. Mobile health (mHealth) interventions: Develop mobile applications or text messaging services to provide pregnant women with information about maternal health, including the importance of IPTp, reminders for ANC visits, and medication adherence.

2. Community health workers: Train and deploy community health workers to educate pregnant women and their families about the benefits of IPTp, provide counseling and support, and ensure access to ANC services.

3. Supply chain management: Improve the supply chain for IPTp medications to prevent stockouts and ensure availability at health facilities. This could involve implementing electronic inventory management systems or establishing partnerships with pharmaceutical companies for reliable and timely delivery.

4. Provider training and education: Strengthen the knowledge and skills of healthcare providers regarding IPTp protocols, including proper administration and dosage. This could be achieved through training programs, workshops, and continuous professional development.

5. Peer support groups: Establish peer support groups for pregnant women to share experiences, provide emotional support, and encourage each other to seek ANC services and adhere to IPTp treatment.

6. Community engagement and awareness campaigns: Conduct community-wide campaigns to raise awareness about the importance of maternal health, including IPTp. This could involve community meetings, radio broadcasts, and distribution of educational materials.

7. Financial incentives: Explore the possibility of providing financial incentives to pregnant women who attend ANC visits and adhere to IPTp treatment. This could help overcome financial barriers and increase motivation for seeking care.

8. Integration of services: Integrate IPTp services with other maternal and child health interventions, such as antenatal care, immunization, and family planning. This could improve access and streamline the delivery of multiple services.

9. Quality improvement initiatives: Implement quality improvement initiatives at health facilities to enhance the overall experience of pregnant women, including reducing waiting times, improving provider-patient communication, and ensuring a respectful and supportive environment.

10. Research and data collection: Conduct further research to better understand the barriers and facilitators to IPTp uptake and adherence in specific contexts. This could inform the development of targeted interventions and strategies.

It is important to note that the specific innovations to be implemented would depend on the local context, available resources, and the needs and preferences of the target population.
AI Innovations Description
Based on the information provided, the recommendation to improve access to maternal health is to address the barriers and challenges identified in the study. These include:

1. Systems-based challenges: Address stockouts of sulphadoxine-pyrimethamine (SP) and improve provider knowledge of IPTp protocols. Ensuring that health facilities have an adequate supply of SP and that healthcare providers are well-informed about IPTp will help increase uptake and adherence.

2. Individual women’s beliefs and lack of understanding: Provide education and awareness programs to pregnant women about the importance of IPTp and its benefits in preventing malaria during pregnancy. This can help address misconceptions and increase acceptance and uptake of IPTp.

3. Reluctance to seek care for an illness they do not have: Emphasize the importance of preventive measures and regular antenatal care (ANC) visits, even if women do not have any symptoms. Highlight the potential risks of malaria during pregnancy and the benefits of IPTp in preventing complications.

4. Preference for self-medication: Educate women about the potential dangers of self-medication and the importance of seeking clinic-based treatment for malaria during pregnancy. Promote trust in healthcare providers and emphasize the safety and effectiveness of prescribed medication.

5. Structural obstacles: Implement interventions that target women, their communities, and the health environment to increase IPTp uptake and adherence. This can include improving access to ANC services, addressing cultural norms and beliefs, and strengthening health systems to ensure consistent availability of IPTp.

By addressing these recommendations, it is possible to improve access to maternal health and increase the uptake and adherence to intermittent preventive treatment of malaria in pregnancy (IPTp).
AI Innovations Methodology
Based on the information provided, here are some potential recommendations to improve access to maternal health:

1. Strengthen health systems: Address systems-based challenges such as stockouts and lack of provider knowledge of IPTp protocols. This can be done by improving supply chain management, ensuring availability of essential medicines, and providing regular training and updates to healthcare providers.

2. Increase awareness and education: Address individual women’s beliefs and lack of understanding of IPTp by implementing targeted awareness campaigns and educational programs. This can include community outreach programs, health education sessions, and the use of local media channels to disseminate information about the importance of IPTp.

3. Improve community engagement: Involve the community in promoting and supporting maternal health. This can be done by engaging community leaders, traditional birth attendants, and other influential members to advocate for and encourage women to seek ANC services and adhere to IPTp treatment.

4. Enhance provider-patient communication: Improve the quality of care provided by healthcare providers by promoting respectful and patient-centered communication. This can include training providers on effective communication skills, ensuring privacy and confidentiality during consultations, and addressing any misconceptions or concerns that women may have about IPTp.

To simulate the impact of these recommendations on improving access to maternal health, a methodology could include the following steps:

1. Define the indicators: Identify specific indicators that measure access to maternal health, such as the proportion of pregnant women receiving ANC from a skilled provider, IPTp uptake rates, and adherence to IPTp treatment.

2. Collect baseline data: Gather data on the current status of the indicators in the target areas (Cross River and Nasarawa States). This can be done through surveys, interviews, and data analysis from existing sources.

3. Develop a simulation model: Create a simulation model that incorporates the identified recommendations and their potential impact on the indicators. This model should consider the different factors at the individual, community, and environmental levels that influence access to maternal health.

4. Input data and run simulations: Input the baseline data into the simulation model and run multiple simulations to assess the potential impact of the recommendations. This can involve adjusting the input parameters to reflect the expected changes resulting from the recommendations.

5. Analyze results: Analyze the simulation results to determine the projected changes in the indicators. This can include comparing the baseline data with the simulated data to quantify the potential improvements in access to maternal health.

6. Validate and refine the model: Validate the simulation model by comparing the simulated results with real-world data, if available. Refine the model based on feedback and additional data to improve its accuracy and reliability.

7. Communicate findings and recommendations: Present the simulation results, along with the recommendations, to relevant stakeholders, policymakers, and healthcare providers. Use the findings to advocate for the implementation of the recommended interventions and to guide decision-making processes.

By following this methodology, stakeholders can gain insights into the potential impact of different interventions on improving access to maternal health and make informed decisions on resource allocation and program implementation.

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