Brief problem-solving therapy for antenatal depressive symptoms in primary care in rural Ethiopia: protocol for a randomised, controlled feasibility trial

listen audio

Study Justification:
– There is a high prevalence of antenatal depression in low- and middle-income countries, but there is limited evidence for psychological interventions in rural African settings.
– This study aims to examine the feasibility of a future efficacy trial of brief problem-solving therapy (PST) for antenatal depression in rural Ethiopia.
– The study also aims to investigate the acceptability, fidelity, and feasibility of delivering PST in routine antenatal care.
Study Highlights:
– The study will be conducted in primary healthcare facilities in rural Ethiopian districts.
– It will involve a randomised, controlled feasibility trial with two parallel groups and three time point assessments.
– The intervention group will receive four sessions of adapted PST delivered by trained antenatal care staff.
– The control group will receive enhanced usual care.
– The primary feasibility trial outcome will be the dropout rate, while the primary future efficacy trial outcome will be the change in Patient Health Questionnaire (PHQ-9) score.
– Secondary outcomes include anxiety symptoms, trauma symptoms, intimate partner violence, disability, healthcare costs, and postnatal outcomes.
– A mixed qualitative and quantitative methods process evaluation will be conducted to assess the feasibility and acceptability of trial procedures and the implementation of PST delivery.
Recommendations for Lay Readers:
– The study aims to test the feasibility of a brief problem-solving therapy for antenatal depression in rural Ethiopia.
– The study will involve women attending antenatal clinics in two primary care facilities.
– Participants will be randomly assigned to receive either the problem-solving therapy or enhanced usual care.
– The study will assess the dropout rate and changes in depression symptoms as primary outcomes.
– Secondary outcomes include anxiety symptoms, trauma symptoms, intimate partner violence, disability, healthcare costs, and postnatal outcomes.
– The study will also evaluate the feasibility and acceptability of the trial procedures and the delivery of the therapy.
Recommendations for Policy Makers:
– The study findings will inform the design of a future fully powered efficacy trial of brief problem-solving therapy for antenatal depression in routine care in rural Ethiopia.
– Policy makers should consider the potential benefits of implementing contextually adapted psychological interventions for antenatal depression in rural African settings.
– The study highlights the importance of training and supervising antenatal care staff to deliver the therapy effectively.
– Policy makers should also consider the integration of mental health care into primary and maternal health care settings, as recommended by the Federal Ministry of Health in Ethiopia.
– The study emphasizes the need for ongoing support and resources to ensure the sustainability of the intervention.
Key Role Players:
– Women attending antenatal clinics
– Primary healthcare facilities (primary hospitals, health centres, and health posts)
– Nurses, midwives, and health officers
– Health extension workers
– Research staff
– Clinical or counselling psychologists, psychiatrists, and psychiatric residents
– Data manager
– Statistician
– Supervisors and intervention providers
Cost Items for Planning Recommendations:
– Training and supervision of antenatal care staff
– Transportation costs for participants accessing care
– Reimbursement of participants’ costs incurred for research interviews and therapy sessions
– Compensation for time spent during research interviews and therapy sessions
– Administrative costs for data management and analysis
– Resources for audio-recording and assessment of therapy sessions
– Compensation for healthcare workers’ additional effort in the trial

The strength of evidence for this abstract is 7 out of 10.
The evidence in the abstract is based on a protocol for a feasibility trial, which provides a detailed description of the study design, methods, and outcomes. However, since the trial has not been conducted yet, the evidence is limited to the study protocol. To improve the strength of the evidence, the researchers should conduct the feasibility trial as planned and report the results in a peer-reviewed publication.

Background: Despite a high prevalence of antenatal depression in low- and middle-income countries, there is very little evidence for contextually adapted psychological interventions delivered in rural African settings. The aims of this study are (1) to examine the feasibility of procedures for a future fully powered efficacy trial of contextually adapted brief problem solving therapy (PST) for antenatal depression in rural Ethiopia, and (2) to investigate the acceptability, fidelity and feasibility of delivery of PST in routine antenatal care. Methods: Design: A randomised, controlled, feasibility trial and mixed method process evaluation. Participants: Consecutive women attending antenatal clinics in two primary care facilities in rural Ethiopian districts. Eligibility criteria: (1) disabling levels of depressive symptoms (Patient Health Questionnaire (PHQ-9) score of five or more and positive for the 10th disability item); (2) gestational age 12–34 weeks; (3) aged 16 years and above; (4) planning to live in the study area for at least 6 months; (5) no severe medical or psychiatric conditions. Intervention: Four sessions of adapted PST delivered by trained and supervised antenatal care staff over a maximum period of eight weeks. Control: enhanced usual care (EUC). Sample size: n = 50. Randomisation: individual randomisation stratified by intimate partner violence (IPV). Allocation: central phone allocation. Outcome assessors and statistician masked to allocation status. Primary feasibility trial outcome: dropout rate. Primary future efficacy trial outcome: change in PHQ-9 score, assessed 9 weeks after recruitment. Secondary outcomes: anxiety symptoms, trauma symptoms, intimate partner violence, disability, healthcare costs at 9 weeks; postnatal outcomes (perinatal and neonatal complications, onset of breast feeding, child health) assessed 4–6 weeks postnatal. Other trial feasibility indicators: recruitment, number and duration of sessions attended. Audio-recording of randomly selected sessions and in-depth interviews with purposively selected participants, healthcare providers and supervisors will be analysed thematically to explore the acceptability and feasibility of the trial procedures and fidelity of the delivery of PST. Discussion: The findings of the study will be used to inform the design of a fully powered efficacy trial of brief PST for antenatal depression in routine care in rural Ethiopia. Trial registration: The protocol was registered in the Pan-African clinical trials registry, (PACTR): registration number: PACTR202008712234907 on 18/08/2020; URL: https://pactr.samrc.ac.za/TrialDisplay.aspx?TrialID=9578.

The study will be conducted in purposively selected primary healthcare facilities in Sodo and Kibet districts of the Southern Nations, Nationalities and Peoples’ Region (SNNPR). The primary healthcare facilities, primary hospitals and health centres, are staffed by nurses, midwives and health officers. Each health centre is linked to about five health posts, community-based health facilities staffed by health extension workers (HEWs). HEWs are community-based healthcare workers who provide the first antenatal contact, before referring women for further ANC at a health centre or primary hospital, and maintain contact with women during pregnancy. The study sites are located 100–150 km south of Addis Ababa, the capital city of Ethiopia. Kibet district is in the Silte Zone. Sodo district is one of 15 districts in the Gurage zone of SNNPR. Sodo is where the UK Department for International Development-funded Programme for Improving Mental Health carE (PRIME) [45] worked with local leaders and stakeholders to develop and implement a mental health care plan based on task-shared mental health care delivered in primary and maternal health care settings. The official language of the region and in both districts is Amharic. The proposed study is a randomised, controlled feasibility trial with two parallel groups and three time point assessments: at baseline, nine weeks after recruitment and 4–6 weeks postnatal (Fig. ​(Fig.1).1). A mixed qualitative and quantitative methods process evaluation will be nested within the trial. A second feasibility trial involving a sub-sample of trial participants who report past-year exposure to intimate partner violence will be nested within the trial; detailed in the published trial protocol [46]. Participant recruitment procedures. Grey boxes indicate nested trial (Keynejad et al. 2020) The randomised, controlled feasibility trial will compare the adapted PST with enhanced usual care (EUC). Eligibility criteria, participant recruitment procedures, sample size and randomisation procedures, intervention delivery, assessment and data analysis methods will be described in the following sections. Women can be included if they (1) endorse elevated and disabling depression symptoms (scoring 5 or more on the locally validated Patient Health Questionnaire (PHQ-9) [47] and endorse impaired functioning on the 10th PHQ-9 item); (2) are between 12 and 34 weeks gestation; (3) are aged 16 years and above, as this is the age at which married adolescent women become legally autonomous in Ethiopia; (4) are planning to live in the study area for at least 6 months; and (5) speak Amharic (the official regional language). Women will be excluded if they (1) present with acute medical illness or evidence of severe mental illness; or (2) other comorbid medical conditions such as hypertension or renal disease or diabetes; (3) endorse the 9th item of the PHQ-9 indicating risk of suicide and scoring more than 17 on the Mini International Neuropsychiatric Interview (MINI) [48]; (4) require emergency treatment; or [5] have a condition that impairs their capacity to understand the interview (e.g. diagnosed with severe intellectual disability or dementia). Consecutive women attending primary health care-based antenatal care in two primary care facilities will be the target sample for recruitment into the study (Fig. ​(Fig.1)1) after the research staff obtains informed consent. The research staff will check initial eligibility of antenatal attendees based on information available from the clinical records (gestational age, age, co-morbid conditions and residence). Eligible women will be invited to provide informed consent to an initial screen for depressive symptoms associated with functional impairment using the PHQ-9 and the PHQ-9 disability item. The disability item asks ‘Over the last two weeks, how difficult have these problems made it for you to do your work, take care of things at home, or get along with other people?’ The response options are: ‘Not difficult at all’ = 0, ‘somewhat difficult’ = 1, ‘very difficult’ = 2 or ‘extremely difficult’ = 3. The MINI will be administered to women who endorse any frequency of suicidality on the ninth item of PHQ-9. Women with risk of suicide (MINI≥17) [48] will be excluded from the study and referred for review by a mental health-trained primary care worker [31] who will employ mhGAP [49] to assess risk of suicide. The research staff will facilitate women’s attendance of services at the referral sites and their transportation costs to access care. Any woman who is found to be eligible following the initial screen will receive written and verbal information about the study from research staff and invited to participate. Women who provide informed consent to participate in the trial will receive a fully structured baseline interview after receipt of their routine clinical care. Participants’ costs incurred to attend research interviews and PST sessions will be reimbursed. Time spent during research interviews will be compensated, but time spent attending PST sessions will not be compensated to avoid incentivising engagement with the intervention. The healthcare workers will be compensated for their additional effort in the trial. Fifty participants (25 in the intervention and 25 in the enhanced usual care group) will be recruited for this feasibility trial. This sample size will enable us to detect a dropout rate of 7% with 95% confidence interval and a 5% margin of error [50]. A sample size of 24–50 is recommended for feasibility studies [51]. Randomisation will be stratified by women’s report of exposure to intimate partner violence, in order to accommodate the nested feasibility trial [46]. Women with disabling antenatal depressive symptoms but no exposure to IPV will be randomised to one of two arms (the PST intervention or enhanced usual care) using simple randomisation in a 1:1 ratio. Women with both disabling antenatal depression and intimate partner violence will be randomised to one of three arms: the PST intervention arm, enhanced usual care arm and a third arm of PST adapted for women exposed to intimate partner violence. Analysis of this third arm’s results will be confined to the nested study (Fig. ​(Fig.11). Central telephone randomisation will be used to conceal allocation of the participants. A data manager in the Centre for Innovative Drug Development and Therapeutic Trials for Africa (CDT-Africa), external to the study, will allocate each participant to a study arm (PST, PST adapted for women exposed to IPV or enhanced usual care) using a random number list generated by a statistician independent of the research team working in the field (GM). Separate members of research staff based in Sodo/Silte will telephone the data manager to arrange allocation of each new participant. Whenever a new participant has been allocated to that intervention, research staff will inform a clinician trained to deliver the relevant arm. Intervention and control groups will be anonymously coded so that the data analysts remain masked during analysis. Participating women and healthcare providers will not be masked to allocation status due to the nature of the intervention; however, outcome assessors will be masked to allocation status. PST is a commonly used psychotherapy [38, 52] that has comparable efficacy to other psychotherapies such as behavioural activation, cognitive behavioural therapy and social skills training and medication [53, 54]. The PST approach assumes that depressive symptoms are the negative consequences of maladaptive coping in response to problems [55]. The intervention applies principles of evidence-based problem-solving therapy [55] to improve a person’s problem solving and coping skills. In this approach, there are three phases. In the first phase, women are helped to identify the most important things in their life. In the second phase, they identify a list of problems that challenge attainment of important goals in their life and classify the problems into three categories: ‘Problems that are upsetting but not relevant to the most important things in one’s life’ (group A); ‘Problems that are important but, insoluble’ (group B); and ‘important and soluble problems’ (group C). Any psychological therapy should be adapted to the cultural setting to ensure effectiveness, acceptability and feasibility [56]. PST has been contextually adapted and manualised for pregnant women with antenatal depressive symptoms in rural Ethiopia (Bitew 2020, unpublished). The adaptation was based on the Medical Research Council guidelines for developing and evaluating complex interventions [34] and the ADAP-ITT approach [35]. This comprised a series of theory of change workshops, adaptation workshops and in-depth interviews with women with a history of perinatal depression and healthcare providers, and discussions after role play (theatre test). Participants randomised to the intervention arm will receive four individual sessions of locally adapted and manualised PST, along with enhanced usual care, at a time convenient to them in a private room of the PHC facility. Intervals between sessions will range from a minimum of 2 days to a maximum of 2 weeks over a period of 8 weeks ensuring that all sessions are completed during pregnancy. The first session will last for 1 h and the remaining sessions will last for approximately 40 min each. The general approach to treatment is introduced in the first session, during which the structure of PST is fully explained, the participant identifies the most important priorities in her life and a list of her current problems is established and classified into the three problem categories: group A, group B and group C problems. In each session, at least one ‘problem busting session’ or ‘group C’ problem, important to the participant and that can potentially be solved, will be discussed and the participant will agree a ‘take home activity’ based on that problem. The second session will recap on the previous session, review the outcome of the first take-home activity, introduce problem solving strategies for problems categorised as ‘group A’ and include one problem busting session for a group C problem. The third session will review the outcome of the second take-home activity, introduce strategies for problems categorised as ‘group B’ and include one or two problem busting sessions for ‘group C’ problems. The final session will recap the third session and include a problem busting session for any problems which the participant wishes to prioritise. Trained healthcare workers will deliver the intervention under the supervision of an Ethiopian clinical or counselling psychologist (master’s level) or psychiatrist/psychiatric resident trained in psychological therapies. Healthcare worker training will consist of (a) a 5-day classroom-based training course which includes training on counselling and communication skills as well as PST-specific skills, and (2) accelerated delivery of four sessions of PST, using high-intensity supervision and feedback to build competency [57, 58]. Competency will be established using the Enhancing Assessment of Common Therapeutic factors (ENACT) scale [57, 58] administered by trained clinicians. The healthcare worker will be required to score level 3 (‘Done Well’) out of the three levels: (‘Done Well’, ‘Done partially’ and ‘Need improvement’) on each of the competencies in order to participate in the trial. Feedback will be obtained from women receiving the accelerated PST intervention in the form of three structured questions with open-ended responses: (1) What parts of PST did you find helpful? (2) What parts of PST were unhelpful/need to be improved? How should they be improved? and (3) How convenient was it for you to attend PST? How could this be improved? All intervention sessions will be audio-recorded. A random selection of sessions will be assessed by an expert who has been shown to rate reliably with kappa greater than or equal to 0.80 for repeated scoring. A checklist that contains five dimensions of fidelity [59] will be adapted and used to assess the audio records and then to give feedback focussed on intervention fidelity and core competencies in PST and communication skills. The five dimension of fidelity include (1) adherence (extent to which program components such as program content, methods and activities are delivered as prescribed by the model); (2) exposure (number of sessions or contacts, attendance and the frequency and duration of sessions); (3) quality of delivery (provider enthusiasm, interaction style, respectfulness, confidence and ability to respond to questions and communicate clearly); (4) participant responsiveness (participants’ level of interest in the program; perceptions about the relevance and usefulness of a program; and their level of engagement, enthusiasm and willingness to engage in discussion or activities); and (5) program differentiation (degree to which the critical components of a program are distinguishable from each other and from other programs). Clinical records and consent forms will be kept in the research office for confidentiality. Research staff will use telephone contact to follow up participants who withdraw without reporting to the research office in order to check for unreported adverse events. Participants allocated to the enhanced usual care arm will receive usual antenatal care which focuses on advice about reproductive and family health issues and information about sources of general support. In addition, the Federal Ministry of Health in Ethiopia has prepared evidence-aligned guidelines on how to care for mental health problems in primary health care and maternal care settings [60]. According to the guideline, primary healthcare staff are expected to detect mental health problems and to provide basic mental healthcare (non-specific psychosocial care for all and supervised prescription of antidepressant medication depending on severity) [61]. All healthcare providers participating in the trial will have been trained in the World Health Organisation’s mhGAP for a minimum of 5 days, as per the mental health scale-up plans of the Federal Ministry of Health. As mhGAP has not been implemented at scale in Ethiopia, this represents an enhancement in usual care [62, 63]. Participants allocated to enhanced usual care and their healthcare providers will be informed about the results of screening and will receive an information sheet and sources of general psychosocial support. These women will attend three contacts: one pre-intervention assessment and two follow-up assessments at 9 weeks after recruitment and 4–6 weeks after childbirth. A list of assessment variables and details about their measurement is described in Table ​Table1.1. Assessment will be conducted at three time points: pre-intervention (T0; baseline), 9 weeks after recruitment (T1; first follow-up) and 4–6 weeks after delivery (T2; second follow-up). Schedule of enrolment, interventions and assessments The primary outcome for a future efficacy trial will be change in PHQ-9 score using the locally validated Amharic version of PHQ-9 [64], assessed at T0, T1 and T2. The PHQ-9 has been widely used as a clinical outcome measure of treatment for depression [65, 66]. In Ethiopia, PHQ-9 has been validated in antenatal women [67] and in primary care settings in the neighbouring district of the current study, with the optimal cut-off point indicating probable depression identified as five or more in primary care attendees [47]. At that cut-off, PHQ-9 had a sensitivity of 83.3% and specificity of 74.7% for detection of major depressive disorder. In previous studies, a 50% reduction in PHQ-9 depressive symptom scores [66] after 6–8 weeks was defined as treatment response. A 50% reduction of PHQ-9 score at nine weeks (T1) follow up will be defined as a treatment response for future efficacy trial. Secondary outcomes to be collected at T0, T1 and T2 are disability (change in WHO disability Assessment Scale, WHODAS, score) [68], anxiety [Generalised Anxiety Disorder-7 scale; GAD-7) [69], PTSD symptoms checklist (PCL-5) [70, 71], intimate partner violence (non-graphic IPV test with five items [72] and WHO multi-country study questions [73]), number of emergency healthcare visits and costs (locally adapted Client Service Receipt Inventory (CSRI) [74]). At T2, only (4 to 6 weeks postnatal) self-reported information on delivery setting, prolonged labour, sepsis, unsafe abortion, perinatal mortality (stillbirth and neonatal mortality), time of onset of breast-feeding and child health (maternal report of diarrhoea, fever and refusal to breast feed) will be collected. Potential mediators will be assessed at T0, T1 and T2: attitudes towards gender roles (attitude towards gender roles scale [75]), mastery (Multicultural mastery scale [76]]), self-efficacy of coping with depression (adapted self-efficacy scale [76]) and perceived social support (Oslo Social Support Scale (OSS-3)), previously used in Ethiopia [77] (Table ​(Table11). At T0, a questionnaire will collect data about socio-economic and demographic characteristics of the participants (age, education, marital status, age at marriage, husband’s occupation and educational level, residence and pregnancy intention), obstetric history, including parity, pregnancy intention and gestational age, past psychiatric history and list of traumatic experiences. An item from Ethiopian Demographic Health Survey (EDHS (previously used in our study [7]) will be used to assess pregnancy intention. A mixed quantitative and qualitative methods process evaluation will be nested within the feasibility trial. The aims are (1) evaluate the feasibility and acceptability of trial procedures, and (2) to investigate the implementation (feasibility, fidelity and acceptability) of delivery of PST. Trial participant women, research assistants, supervisors and intervention providers will be included in this mixed study design. Women who received the intervention will be purposively selected for semi-structured interview based on their status of completion of the intervention sessions (four sessions of PST). We estimate that about eight participants, both who did and did not complete the PST sessions, will be selected. However, the number of participants will depend on when no new information is obtained. All research assistants, supervisor and providers will be invited to participate in the FGDs. Two separate FGD sessions (one for providers and second for supervisors and research assistants) will be conducted. The nested process evaluation investigates two categories of feasibility/implementation outcomes: trial procedure feasibility and acceptability (see Table ​Table2)2) and implementation of delivery of PST (Table ​(Table3).3). The primary outcome for feasibility trial procedures is dropout rate. Dropout will be defined as the number of women lost to follow up at either of the follow up assessments. Secondary outcomes related to trial procedures and data collection procedures are listed in Table ​Table2.2. These include participant recruitment rate, feasibility and suitability of eligibility criteria, feasibility of data collection procedures (clarity of baseline questionnaires, characteristics of outcome measures such as missing data, time needed to complete the questionnaires and data collection), adequacy of masking and practical administrative challenges and acceptability of trial procedures (number of refusals to recruitment and screening; qualitative exploration of experience of trial procedures). Outcomes of trial procedures Administrative (screening logs) Proceedings of weekly supervision meeting (Agenda: suitability of eligibility) Time recorded on questionnaire FGD with supervisors and research assistants Administrative documents FGD with supervisors and research assistants Administrative data and qualitative data from healthcare providers and participants Proceedings of weekly supervision meeting (Agenda: recruitment challenges) Implementation outcomes for delivery of PST To document the successful implementation of an intervention, the following implementation outcomes are recommended: acceptability, adoption, appropriateness, feasibility, fidelity, implementation cost and sustainability [78] as detailed in Table ​Table33. The primary outcome of the feasibility study, dropout from the trial, will be documented as part of routine administrative data. Administrative documents, log books, FGD with research assistants and supervisors and proceedings of supervisory team will be used to document data about these primary and secondary trial procedure outcomes. Two categories of assessment tools will be employed to assess the PST delivery implementation outcomes: (1) qualitative data (interview, FGD, audio recorded sessions) and (2) assessment tools (outcome assessment tools, Helping Alliance Questionnaire (HAQ), ENACT, fidelity checklist). See Table ​Table33 for an overall summary of the data to be collected to document PST delivery implementation outcomes. Semi-structured interviews will be carried out with research assistants, supervisors and participants who received the intervention and FGDs with providers of the intervention to investigate acceptability and feasibility of the intervention delivery. Semi-structured interviews with women who received the intervention will make use of the same three structured questions with open-ended responses that were used as a competency check during provider training ((1) What parts of PST did you find helpful? (2) What parts of PST were unhelpful/need to be improved? How should they be improved? and (3) How convenient was it for you to attend PST? How could this be improved?). The interview topic guides with participants will focus on any perceived benefits of the intervention, challenges of delivering and receiving the intervention and the strengths and weaknesses of intervention delivery and their experience of the intervention delivery. Intervention sessions will be audio recorded and some randomly selected participants’ sessions will be assessed. Expert who rated the intervention sessions during provider training will rate the sessions using the checklist described previously that contains five dimensions of fidelity [59]. FGD topic guides for providers, supervisor and research assistants will focus on reflection of their experiences about the intervention, including opportunities and challenges related to intervention delivery in routine settings. Double data entry will be used for the quantitative data. Range checks will be done for data values. For qualitative data, the data will be collected from multiple sources (supervisors, research assistants, intervention providers, women receiving the intervention) for triangulation. Experienced qualitative data collectors with master’s degree and above will conduct the semi-structured interviews and facilitate the FGDs. Audio records of selected PST sessions, in-depth interviews to elicit women’s feedback about delivery of the intervention and from FGDs will be transcribed verbatim and translated into English. Descriptive statistics will be used to summarize trial participant characteristics and future efficacy trial outcomes. The proportion of each group meeting criteria for treatment success (a 50% reduction of PHQ-9 score at T1) and mean change in PHQ-9 score will be described for the two arms. All outcomes (measured at T1 and T2) will be summarized for PST and enhanced usual care arms. For continuous outcomes, the standard deviation will be computed, to inform future sample size calculations for the main study. Standard deviation will be computed from participants for whom outcome measures are available without need of imputations. STAT version 13 will be used to analyse the quantitative data. Descriptive statistics will be used to summarize characteristics of participants and the primary outcome. PST delivery implementation outcomes such as extent of missing data, numbers of sessions attended, number of homework activities attempted, rates of initial engagement, providers’ fidelity to the intervention protocol and rates of recruitment will be described using descriptives. The transcripts will be coded for thematic analysis to identify issues related to context, mechanisms and implementation as suggested in key guidance for the systematic conduct of process evaluations of complex interventions [79].

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

1. Contextually Adapted Brief Problem Solving Therapy (PST): The study mentioned in the description focuses on the feasibility of delivering contextually adapted PST for antenatal depression in rural Ethiopia. This innovation could be further developed and implemented in primary care facilities to provide psychological support and therapy for pregnant women experiencing depressive symptoms.

2. Task-Shared Mental Health Care: The study also mentions the implementation of a mental health care plan based on task-shared mental health care delivered in primary and maternal health care settings. This approach involves training primary health care staff, such as nurses, midwives, and health officers, to detect and provide basic mental health care. Expanding this task-sharing model to include specific interventions for maternal health could improve access to mental health support during pregnancy.

3. Integration of Mental Health Care in Antenatal Care: Integrating mental health care services into routine antenatal care could improve access to maternal health services. This could involve screening for mental health disorders, such as antenatal depression, and providing appropriate interventions, such as counseling or therapy, within the antenatal care setting.

4. Telemedicine and Digital Health Solutions: Implementing telemedicine and digital health solutions could improve access to maternal health services, particularly in rural areas. This could involve providing remote consultations, counseling, and support through telecommunication technologies, as well as using mobile health applications to deliver information and resources to pregnant women.

5. Community-Based Health Workers: Utilizing community-based health workers, such as health extension workers (HEWs), to provide maternal health services could improve access in rural areas. HEWs can provide antenatal care, education, and support to pregnant women in their communities, bridging the gap between primary health care facilities and remote areas.

6. Transportation Support: Providing transportation support for pregnant women to access maternal health services could improve access, particularly in areas with limited transportation infrastructure. This could involve arranging transportation services or providing financial assistance for transportation costs.

7. Strengthening Referral Systems: Improving and strengthening referral systems between primary health care facilities and higher-level health care facilities could ensure that pregnant women receive timely and appropriate care. This could involve training health care providers on referral protocols, establishing clear communication channels, and addressing barriers to referral, such as transportation or financial constraints.

These are just a few potential innovations that could be considered to improve access to maternal health based on the study and information provided. It’s important to further explore and evaluate these innovations to determine their effectiveness and feasibility in different settings.
AI Innovations Description
The recommendation to improve access to maternal health based on the described study is to develop and implement a contextually adapted brief problem-solving therapy (PST) for antenatal depression in rural Ethiopia. This therapy would involve delivering four sessions of adapted PST by trained and supervised antenatal care staff over a maximum period of eight weeks. The therapy would be integrated into routine antenatal care in primary healthcare facilities. The feasibility trial aims to examine the feasibility of procedures for a future fully powered efficacy trial and investigate the acceptability, fidelity, and feasibility of delivering PST in routine antenatal care. The primary feasibility trial outcome is the dropout rate, while the primary future efficacy trial outcome is the change in Patient Health Questionnaire (PHQ-9) score, assessed 9 weeks after recruitment. Secondary outcomes include anxiety symptoms, trauma symptoms, intimate partner violence, disability, healthcare costs, and postnatal outcomes. The study will also include a mixed qualitative and quantitative methods process evaluation to assess the feasibility and acceptability of trial procedures and the implementation of PST delivery. The findings of this study will be used to inform the design of a fully powered efficacy trial of brief PST for antenatal depression in routine care in rural Ethiopia.
AI Innovations Methodology
The study described is a randomised, controlled feasibility trial that aims to examine the feasibility of implementing a contextually adapted brief problem-solving therapy (PST) for antenatal depression in rural Ethiopia. The study will be conducted in primary healthcare facilities in Sodo and Kibet districts of the Southern Nations, Nationalities and Peoples’ Region (SNNPR). The primary outcome of the feasibility trial is the dropout rate, and the primary outcome for a future efficacy trial will be the change in Patient Health Questionnaire-9 (PHQ-9) score, assessed 9 weeks after recruitment. Secondary outcomes include anxiety symptoms, trauma symptoms, intimate partner violence, disability, healthcare costs, and postnatal outcomes.

To simulate the impact of recommendations on improving access to maternal health, a methodology could be developed using a combination of quantitative and qualitative data collection methods. The methodology could include the following steps:

1. Identify the recommendations: Based on the study findings and existing evidence, identify specific recommendations that have the potential to improve access to maternal health. These recommendations could include interventions, policies, or strategies that address barriers to access, such as improving healthcare infrastructure, increasing healthcare provider training, or implementing community-based interventions.

2. Define the indicators: Determine the indicators that will be used to measure the impact of the recommendations on improving access to maternal health. These indicators could include measures of healthcare utilization, maternal health outcomes, satisfaction with care, or cost-effectiveness.

3. Collect baseline data: Collect baseline data on the current state of access to maternal health in the study area. This could involve conducting surveys, interviews, or focus groups with pregnant women, healthcare providers, and other stakeholders to gather information on barriers to access, current utilization of maternal health services, and perceptions of the quality of care.

4. Simulate the impact: Use mathematical modeling or statistical analysis techniques to simulate the impact of the recommendations on the identified indicators. This could involve developing a simulation model that incorporates the baseline data and the potential effects of the recommendations. The model could be used to estimate changes in healthcare utilization, health outcomes, or other relevant indicators under different scenarios.

5. Validate the simulation: Validate the simulation results by comparing them to real-world data, if available. This could involve comparing the simulated changes in indicators to actual changes observed in similar settings where the recommendations have been implemented.

6. Refine and iterate: Based on the simulation results and validation, refine the recommendations and the simulation methodology as needed. Iterate the process to further refine the recommendations and assess their potential impact on improving access to maternal health.

By following this methodology, policymakers and stakeholders can gain insights into the potential impact of different recommendations on improving access to maternal health. This can inform decision-making and help prioritize interventions that are likely to have the greatest impact.

Share this:
Facebook
Twitter
LinkedIn
WhatsApp
Email