HIV-exposed infant follow-up in Mozambique: Formative research findings for the design of a cluster randomized controlled trial to improve testing and ART initiation

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Study Justification:
The study aimed to conduct formative research to guide the development of an intervention to improve the pediatric HIV care cascade in central Mozambique. The objective was to identify barriers and facilitators in the early infant diagnosis (EID) and treatment cascade, and solicit experiences, perceptions, and recommendations of HIV-positive mothers and healthcare workers to reduce loss-to-follow-up (LTFU) and improve testing and antiretroviral therapy (ART) initiation for HIV-exposed infants.
Highlights:
– High coverage of HIV testing and ART initiation for mothers, but low coverage for EID and pediatric ART initiation.
– Lack of patient tracking, long waiting times, and inadequate counseling contribute to LTFU and hinder EID and pediatric ART initiation.
– Approximately 76% of HIV-positive infants were LTFU and did not initiate ART.
– Recommendations include focusing on patient tracking, active follow-up of defaulting patients, reducing EID turn-around times for PCR results, and initiating ART by nurses in child-at-risk services.
Recommendations:
1. Improve patient tracking systems to ensure follow-up of HIV-exposed infants.
2. Implement active follow-up strategies for defaulting patients to ensure they receive necessary care.
3. Reduce turn-around times for PCR results to expedite EID and ART initiation.
4. Empower nurses in child-at-risk services to initiate ART for infants.
Key Role Players:
1. Provincial Health Directorates (DPSs) of Manica and Sofala.
2. Health facility staff and leadership.
3. Mid-level maternal-child health (MCH) nurses.
4. Physician assistants (tecnicos de medicina) and medical doctors.
5. Mothers and peer support groups.
6. Counselors, pharmacists, and laboratory technicians.
Cost Items for Planning Recommendations:
1. Development and implementation of patient tracking systems.
2. Training and capacity building for healthcare workers.
3. Active follow-up strategies, including transportation and communication costs.
4. Laboratory infrastructure and equipment to reduce turn-around times for PCR results.
5. Training and support for nurses in child-at-risk services to initiate ART.
6. Monitoring and evaluation of the intervention’s effectiveness.
Please note that the provided cost items are general categories and not actual cost estimates.

The strength of evidence for this abstract is 8 out of 10.
The evidence in the abstract is strong, as it provides detailed information about the research methods, data collection, and key findings. However, to improve the evidence, it would be helpful to include specific quantitative data on the percentage of HIV-positive infants who initiated ART, waiting times at clinics, and other relevant metrics. Additionally, providing more information on the size and diversity of the study population would enhance the evidence.

Background: Early infant diagnosis (EID) of HIV-exposed and initiation of HIV-positive infants on anti-retroviral therapy (ART) requires a well-coordinated cascade of care. Loss-to-follow-up (LTFU) can occur at multiple steps and effective EID is impeded by human resource constraints, difficulty with patient tracking, and long waiting periods. The objective of this research was to conduct formative research to guide the development of an intervention to improve the pediatric HIV care cascade in central Mozambique. The study was conducted in Manica and Sofala Provinces where the adult HIV burden is higher than the national average. The research focused on 3 large clinics in each province, along the highly populated Beira corridor. Methods: The research was conducted in 2014 over 3 months at six facilities and consisted of 1) patient flow mapping and collection of health systems data from postpartum, child-at-risk, and ART service registries, 2) measurement of clinic waiting times, and 3) patient and health worker focus groups. Results: HIV testing and ART initiation coverage for mothers tends to be high, but EID and pediatric ART initiation are hampered by lack of patient tracking, long waiting times, and inadequate counseling to navigate the care cascade. About 76% of HIV-positive infants were LTFU and did not initiate ART. Conclusions: Effective interventions to reduce LTFU in EID and improve pediatric ART initiation should focus on patient tracking, active follow-up of defaulting patients, reduction in EID turn-around times for PCR results, and initiation of ART by nurses in child-at-risk services. Trial registration: Retrospectively registered, ISRCTN67747315, July 24, 2019.

Quantitative and qualitative data were gathered to identify barriers and facilitators in the EID and treatment cascade, and solicit experiences, perceptions, and recommendations of HIV-positive mothers and health care workers to reduce LTFU to help in the design of a pilot intervention. The formative research study included six health facilities, selected in collaboration with the Provincial Health Directorates (DPSs) of Manica and Sofala using criteria of high patient volume and a mix of urban and more rural facilities along the highly populated Beira corridor. The selected facilities included three in Sofala province (Macurungo, Munhava, and Dondo) and three in Manica (Nhamaonha, 1° de Maio, and Gondola). All are public facilities in the National Health Service that have provided the full range of PMTCT services, including HIV testing (rapid test and access to PCR test for EID, with 5 of 6 facilities shipping the samples to a referral lab), access to CD4 testing (2 of 6 sites shipped the samples to a referral lab) and ART. The post-partum clinic visits (known as CPP, consulta pós-parto) and child-at-risk (CCR, consulta de criança em risco) clinic visits were staffed by mid-level maternal-child health (MCH) nurses, and ART for infants and children was provided by physician assistants, known as tecnicos de medicina (referred to as tecnicos), in Mozambique, and medical doctors. Data were collected to identify inefficiencies and bottlenecks in the follow up of mothers and their infants in maternity, post-partum, CCR and retention in ART services, to guide the identification of key workflow modifications, and develop an enhanced adherence and retention package to test in an intervention. Data were collected from September to November 2014 at the six sites. The research consisted of 1) patient flow mapping, 2) time-motion studies, 3) collection of health systems data per clinic, and 4) focus group discussions with mothers and health staff to identify facilitators and barriers to patient flow and access. Individual interviews with health workers were used to map patient flow patterns from the maternity and CCR, to ART services at each of the target sites to produce flow diagrams [28]. To measure specific clinic waiting and consult times, researchers used a time-motion study method in which they were stationed at clinics and measured the waiting time and clinic visit duration from the moment mothers arrived at the CPP, CCR, and ART services through provider consultations [29]. Individual mothers were continually observed through their clinic visits to measure time spent waiting and in consultation. Two trained researchers followed 20 mothers to measure waiting time in CCR and 10 in pediatric ART in each of the six clinics (for a total of 120 for CCR and 60 for pediatric ART) over a full week per clinic. Two researchers also collected data over 3 months from health systems resources, such as maternity, CPP and CCR clinic registries, and ART patient charts and clinic registries. In maternities, the team collected data for number of births, HIV positives, ART status and prophylaxis. In CPP, data were collected on number of clinic visits, HIV positives, and children referred to CCR. In CCR, data were collected on the number of exposed HIV infant’s clinic visits, month of first PCR sample, PCR received in health facility, PCR results given to a mother, positive PCR tests, and ART initiation and retention over 3 months. Focus groups discussions (FGDs) were conducted at each site as described below. FGDs were conducted with mothers and health workers by research team members with one note taker [30]. One FGD with mothers (5–8 participants) was completed at each facility (total of six FGDs). With approval and support from health facility staff and leadership, mothers were purposively sampled and recruited through pre-existing mother-to-mother peer support groups organized for HIV-positive women already receiving HIV care and treatment at each facility. A research team member attended a regular group meeting and asked for volunteers to participate in a one-hour FGD. The goal of the FGDs was to capture consensus among the patients about what they experienced as the most important barriers and facilitators to accessing and continuing in care. The pre-existing peer groups provided a sample of mothers who had regularly visited the facility and had become more comfortable speaking about their experience with others they already knew in their groups. The FGDs used a semi-structured interview guide with open-ended questions developed to (1) assess patient experience with ANC, post-partum care, EID, and pediatric ART, (2) identify barriers and facilitators in accessing and navigating care, and (3) solicit suggestions to improve patient follow-up in care [30]. All volunteers were consented, and FGDs took place at the health facilities in private settings. Since the FGDs sought to identify broad consensus on key facilitators and barriers to care among current users, extensive individual demographic data were not requested from these groups. The focus groups were conducted by trained interview teams in Portuguese, with the occasional use of local terms as needed from local languages including Sena, Ndau, and Tewe. Additional FGDs were conducted at each facility (six FGDs in total with 5–8 participants) with MCH nurses, counselors for those services, pharmacists, laboratory technicians, tecnicos, and medical doctors (where available) engaged in EID and pediatric HIV related activities. These FGDs used semi-structured interview guides with open-ended questions on three categories of information to: (1) understand the perceptions of the importance to follow up for the HIV-positive mothers and infants, (2) identify facilitators and barriers to retention, and (3) identify potential strategies to improve retention [30]. Since many participants preferred not to be recorded in both sets of groups, extensive detailed notes were taken by trained note-takers, and then entered into an Excel spreadsheet to analyze and identify key themes focusing on barriers and facilitators to care and follow-up, and recommendations for improvement [31]. For both sets of FGDs, the lead researchers individually coded for themes based on the three categories and then systematically compared codes to identify, discuss, and resolve code discrepancies in the final code lists [30, 31]. The research team also conducted 36 in-depth individual interviews (IDIs) with health workers (6 at 6 sites) to help explain and diagram work and patient flow, and help identify possible bottlenecks [30]. Respondents were drawn from the same health workers who participated in the FGDs including MCH nurses, tecnicos, doctors, and facility directors. In each of the IDIs, one interviewer with a note taker used a semi-structured interview guide to ask respondents to (1) describe their role in the postpartum, EID, and/or ART services process, (2) describe work and patient flow in their specific segment of those services, and (3) describe what bottlenecks and barriers they identify in patient flow and retention in their area of work. IDI’s lasted from 30 to 60 min and were conducted in Portuguese. Extensive notes were taken and used to help develop patient flow diagrams for each facility. Notes were also analyzed to identify key themes concerning bottlenecks and barriers to service delivery as described above for FGDs. All data from qualitative interviews were stored on the lead researchers’ computers in password protected folders following the IRB-approved protocol. The overall process was reviewed for data reporting using the COREQ checklist for qualitative research [32].

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

1. Patient tracking system: Develop a digital system to track and monitor HIV-positive mothers and their infants throughout the care cascade. This system could include reminders for appointments, notifications for test results, and alerts for missed visits.

2. Active follow-up of defaulting patients: Implement a proactive approach to reach out to HIV-positive mothers and infants who have missed appointments or dropped out of care. This could involve phone calls, home visits, or community outreach to ensure they receive the necessary follow-up care.

3. Reduction in turnaround times for PCR results: Streamline the process of testing and receiving PCR results for early infant diagnosis. This could involve improving laboratory capacity, implementing point-of-care testing, or utilizing mobile testing units to expedite results and reduce waiting times.

4. Nurse-led ART initiation: Empower nurses in child-at-risk services to initiate antiretroviral therapy for HIV-positive infants. This could help alleviate the burden on physicians and increase access to timely treatment for infants.

These innovations aim to address the identified barriers and facilitators in the EID and treatment cascade, such as lack of patient tracking, long waiting times, and inadequate counseling. By implementing these recommendations, it is hoped that access to maternal health services, particularly for HIV-positive mothers and their infants, can be improved.
AI Innovations Description
Based on the information provided, the following recommendations can be developed into an innovation to improve access to maternal health:

1. Patient Tracking System: Develop a comprehensive patient tracking system to ensure that HIV-positive mothers and their infants are followed up throughout the care cascade. This system should include mechanisms for identifying and actively following up with defaulting patients to ensure they receive the necessary care and treatment.

2. Reducing Waiting Times: Implement strategies to reduce waiting times for HIV testing, early infant diagnosis (EID), and pediatric ART initiation. This can be achieved by streamlining processes, improving clinic efficiency, and ensuring adequate staffing and resources.

3. Counseling and Education: Enhance counseling and education services to better support mothers in navigating the care cascade. This includes providing clear and accurate information about the importance of EID and pediatric ART initiation, as well as addressing any concerns or misconceptions that may hinder access to care.

4. Improving Turnaround Times for PCR Results: Implement measures to expedite the turnaround times for PCR results, which are crucial for timely diagnosis and initiation of ART for HIV-exposed infants. This may involve strengthening laboratory systems and improving transportation and communication channels for sample processing and result delivery.

5. Task Shifting: Explore the possibility of task shifting, where nurses in child-at-risk services are empowered to initiate ART for infants, under appropriate supervision and training. This can help alleviate human resource constraints and ensure timely access to treatment.

By implementing these recommendations, it is expected that access to maternal health services, particularly for HIV-positive mothers and their infants, will be improved. This will contribute to better health outcomes and reduced loss-to-follow-up in the care cascade.
AI Innovations Methodology
Based on the provided description, here are some potential recommendations for improving access to maternal health:

1. Implement a robust patient tracking system: Develop a system that allows for efficient tracking of HIV-positive mothers and their infants throughout the care cascade. This can include the use of unique identifiers, electronic medical records, and regular follow-up reminders.

2. Improve counseling and education: Enhance counseling services to provide comprehensive information to mothers about the importance of early infant diagnosis (EID) and pediatric ART initiation. This can help address any misconceptions or fears that may hinder mothers from seeking and continuing care.

3. Reduce waiting times: Identify strategies to minimize waiting times at clinics, such as streamlining processes, optimizing clinic schedules, and increasing staffing capacity. This can help improve the overall experience for mothers and encourage them to seek care regularly.

4. Strengthen collaboration between healthcare providers: Foster better coordination and communication between different healthcare providers involved in the maternal health care cascade, including mid-level maternal-child health nurses, physician assistants, and medical doctors. This can help ensure a seamless continuum of care for HIV-positive mothers and their infants.

To simulate the impact of these recommendations on improving access to maternal health, a methodology could be developed as follows:

1. Define key indicators: Identify specific indicators that reflect access to maternal health, such as the percentage of HIV-positive infants who receive early infant diagnosis (EID) and initiate ART, the average waiting time at clinics, and the percentage of HIV-positive infants lost to follow-up.

2. Collect baseline data: Gather baseline data on the identified indicators before implementing any interventions. This can be done through surveys, interviews, and data collection from health systems resources.

3. Implement interventions: Introduce the recommended interventions in a selected group of health facilities or clinics. Ensure that the interventions are implemented consistently and monitor their implementation closely.

4. Monitor and evaluate: Continuously collect data on the identified indicators after implementing the interventions. This can be done through regular data collection, surveys, and interviews with healthcare providers and mothers.

5. Analyze the data: Analyze the collected data to assess the impact of the interventions on the identified indicators. Compare the post-intervention data with the baseline data to determine any improvements or changes.

6. Draw conclusions and make recommendations: Based on the analysis of the data, draw conclusions about the effectiveness of the interventions in improving access to maternal health. Identify any challenges or areas for further improvement and make recommendations for future interventions or modifications to existing ones.

7. Iterate and refine: Use the findings from the evaluation to refine and iterate the interventions, if necessary. Continuously monitor and evaluate the impact of the interventions to ensure ongoing improvement in access to maternal health.

By following this methodology, it is possible to simulate the impact of the recommended interventions on improving access to maternal health and make evidence-based decisions for further interventions or modifications.

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