Where do delays occur when women receive antenatal care? A client flow multi-site study in four health facilities in Nigeria

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Study Justification:
– The objective of the study was to identify where delays occur when women present for antenatal care in four Nigerian referral hospitals.
– The study aimed to make recommendations on ways to reduce delays in the provision of antenatal care in the hospitals.
– The study is important because delays in receiving antenatal care can have negative impacts on the health of pregnant women and their babies.
Study Highlights:
– The study used process mapping to follow women as they accessed antenatal care in the hospitals.
– Four referral hospitals (one tertiary and three secondary facilities) in Nigeria were selected for the study.
– Waiting and total times spent varied significantly within and between the hospitals surveyed.
– The longest waiting and total times were observed in the outpatients’ departments, while the shortest times were in the Pharmacy Departments.
– The average total time spent receiving care was 237.6 minutes.
Study Recommendations:
– Managers in health facilities should include the reduction of waiting times in the strategic plans for improving the quality of antenatal care.
– Innovative payment systems that exclude payment at the time of service delivery should be considered.
– The adoption of a fast-track system, such as pre-packing frequently used commodities, can help reduce delays.
– The use of new tech informational materials for the provision of health education should be explored.
Key Role Players:
– Managers of health facilities
– Clinical Consultants
– Midwives
– Doctors
– Project staff
Cost Items for Planning Recommendations:
– Implementation of innovative payment systems
– Training and education on new tech informational materials
– Staffing and recruitment to address poor staffing in antenatal clinics
– Upgrading or implementing computerized records systems
– Establishing dedicated pharmacies for antenatal clinics
– Introducing a pack system for antenatal drugs
Please note that the above cost items are estimates and may vary depending on the specific context and requirements of each hospital.

The strength of evidence for this abstract is 7 out of 10.
The evidence in the abstract is moderately strong. The study used a prospective observational design and included multiple hospitals in Nigeria. The researchers used process mapping to identify where delays occur in antenatal care. They found significant variation in waiting and total times spent within and between the hospitals. The study provides specific recommendations for reducing delays, such as implementing innovative payment systems and using new tech informational materials for health education. However, the abstract does not provide details on the sample size or the specific methods used for data analysis. To improve the evidence, the researchers could include more information on the sample size and provide a more detailed description of the data analysis methods.

Objectives: The objective of the study was to identify where delays occur when women present for antenatal care in four Nigerian referral hospitals, and to make recommendations on ways to reduce delays in the course of provision of antenatal care in the hospitals. Design: Prospective observational study. Setting: Four Nigerian (1 tertiary and 3 secondary) Hospitals. Participants: Women who presented for antenatal care. Interventions: A process mapping. The National Health Service (NHS) Institute Quality and Service Improvement Tool was used for the assessment. Main outcome measures: The time women spent in waiting and receiving antenatal care in various departments of the hospitals. Results: Waiting and total times spent varied significantly within and between the hospitals surveyed. Mean waiting and total times spent were longest in the outpatients’ departments and shortest in the Pharmacy Departments. Total time spent was an average of 237.6 minutes. χ2= 21.074; p= 0.0001. Conclusion: There was substantial delay in time spent to receive care by women seeking routine antenatal health services in the four secondary and tertiary care hospitals. We recommend managers in health facilities include the reduction of waiting times in the strategic plans for improving the quality of antenatal care in the hospitals. This should include the use of innovative payment systems that excludes payment at time of service delivery, adoption of a fast-track system such as pre-packing of frequently used commodities and the use of new tech informational materials for the provision of health education. Funding: The Alliance for Health Policy and Systems Research, World Health Organization, Geneva; Protocol ID A65869.

The study used process mapping to follow women when they first entered the hospitals, as they traversed each department of the hospital to access antenatal care. The patients were identified randomly as they entered the maternity units of the hospitals. Four referral hospitals (one tertiary and three secondary facilities) were selected from three out of six geo-political zones of Nigeria. Administratively, Nigeria has 36 states and a Federal Capital Territory (Abuja). These states are further categorized into six zones: North-central, Northeast, Northwest, Southeast, South-south, and Southwest. Each of the zones is predominantly made of people of similar culture. In the Northwest, a tertiary health facility, Aminu Kano Teaching Hospital (AKTH) in Kano, Kano State was selected. The secondary care facilities were General Hospital GHA), Ijaye, Abeokuta in the Southwest; General Hospital (GHM), Minna, Niger State and Karshi General Hospital (KGHA), Abuja in the North-central. Each hospital offers antenatal and delivery care as part of comprehensive provision of maternal health services. The antenatal clinics are held in designated parts of the hospitals and are administered by the Departments of Obstetrics and Gynaecology of the hospitals. Each Department has full complements of residents in training, consultant staff and midwives that offer full time services. However, the antenatal clinics are mainly run by residents under the supervision of clinical Consultants. The Consultants attend to complicated clinical cases, who are oftentimes then admitted for more intensive care in the antenatal wards of the hospitals. As part of the provision of antenatal care, women presenting for the first time in the antenatal clinics report at registration desks that are situated in the antenatal clinics. Thereafter, they are assigned to specific consultant teams (Consultant and residents) and given dates to consult the teams. However, the specific times of the dates given for visit are often not identified in the appointments and so patients attending clinical appointments have to take turns to wait until they see doctors in the consulting teams. After the consultations, women are then requested to visit the laboratory departments (for laboratory investigations), radiology departments (for ultrasound or X-rays) or pharmacy departments (for prescribed drugs) to receive recommended services in other parts of the hospitals. Oftentimes, the costs of such services are paid at the individual service delivery points, rather than at a central location. Furthermore, none of the facilities had computerized records, dedicated pharmacy for antenatal clinics or and pack system for antenatal drugs. A major concern in the four hospitals is poor staffing of the antenatal clinics with few doctors allocated to attend to patients in the hospitals. Our formative research estimated patients to doctor ratios in the hospitals to range from 330 per doctor per year in Abuja, to 924 in Kano, 2740 in Abeokuta to 1,976 in Minna. The NHS Institute Quality and Service Improvement Tool was used by the research teams, working with a midwife and a doctor from each of the hospitals. Each patient was identified at the point of entry by a project staff in each of the hospitals. The purpose, objectives and methods of the study were explained to them in detail. Only those who agreed to participate and who could read their wrist watches and record the findings accurately were included in the study. Also excluded were women who were coming to the hospitals to register for antenatal care for the first time. These women were often seen by record officers on their first visits and were then given appointments on days to see their consultant teams. Since they were not expected to complete all clinical processes on their first visits, they were not included in the study. The patients were given a form (Form A3, also called client flow form) to record the times they entered and left each service delivery unit (Records, Out-patient, Pharmacy and Laboratory departments), to enable the calculation of the total time they spent in receiving care in various departments of the hospital. The women were taught to record the waiting times (i.e. times they spent waiting to see the service provider), and the contact time (i.e. times they spent with the service provider). Upon completion and exit from the hospitals, the patients were requested to deposit the completed forms at the same desk they obtained them. The forms were then examined and the clients interviewed by the project staff to ensure accuracy in the documentation of waiting times and contact times. The number of women included in the sample in each hospital was determined by the number of consenting women in the hospital, who successfully and correctly completed the timing at the service delivery points, The data analysis was done centrally. The analysis was conducted semi-quantitatively. Data were entered into the computer using the SPSS Pc+ software. The mean duration of time reportedly spent by the patients from arrival at each department in the facility to exit was calculated. Waiting time was measured as time of arrival in the Department to time when service started. Women who did not complete the forms correctly were excluded from the analysis. Due to the asymmetric nature of the data, non-parametric statistics, Kruskal-Wallis H test was used to compare the means across the facilities and departments. An independent t-test was also conducted to determine if there is a statistically significant difference in the mean duration of time spent between patients who were visiting for initial treatment and those who came for follow-up. The significance level was set at 0.05. Ethical approval for the study was obtained from the World Health Organization and the National Health Research Ethics Committee (NHREC) of Nigeria – number NHREC/01/01/2007 – 16/07/2014, renewed with NHREC 01/01/20017-12/12/2015b.

The study titled “Where do delays occur when women receive antenatal care? A client flow multi-site study in four health facilities in Nigeria” aimed to identify where delays occur when women seek antenatal care in Nigerian referral hospitals and make recommendations to reduce these delays. The study used process mapping to track women as they moved through different departments of the hospitals to access antenatal care.

The study found that waiting and total times spent varied significantly within and between the surveyed hospitals. The longest waiting and total times were observed in the outpatient departments, while the shortest times were in the pharmacy departments. On average, women spent 237.6 minutes receiving antenatal care.

Based on the findings, the study made several recommendations to improve access to maternal health. These recommendations include:

1. Reducing waiting times: Managers in health facilities should prioritize reducing waiting times as part of their strategic plans to improve the quality of antenatal care. This can be achieved by streamlining processes, improving scheduling systems, and allocating sufficient staff to attend to patients.

2. Innovative payment systems: The study suggests adopting innovative payment systems that exclude payment at the time of service delivery. This can help reduce delays caused by payment processes and ensure that women receive timely care without financial barriers.

3. Fast-track system: Implementing a fast-track system, such as pre-packing frequently used commodities, can help expedite the provision of antenatal care. This can reduce waiting times and improve overall efficiency in service delivery.

4. Use of new tech informational materials: The study recommends utilizing new technology and informational materials for the provision of health education. This can include the use of digital platforms, mobile applications, or interactive tools to provide women with relevant and accessible health information.

Overall, implementing these recommendations can contribute to improving access to maternal health services by reducing delays and enhancing the quality of antenatal care in Nigerian hospitals.
AI Innovations Description
The study titled “Where do delays occur when women receive antenatal care? A client flow multi-site study in four health facilities in Nigeria” aimed to identify where delays occur when women seek antenatal care in Nigerian referral hospitals and make recommendations to reduce these delays. The study used process mapping to track women as they moved through different departments of the hospitals to access antenatal care.

The study found that waiting and total times spent varied significantly within and between the surveyed hospitals. The longest waiting and total times were observed in the outpatient departments, while the shortest times were in the pharmacy departments. On average, women spent 237.6 minutes receiving antenatal care.

Based on the findings, the study made several recommendations to improve access to maternal health. These recommendations include:

1. Reducing waiting times: Managers in health facilities should prioritize reducing waiting times as part of their strategic plans to improve the quality of antenatal care. This can be achieved by streamlining processes, improving scheduling systems, and allocating sufficient staff to attend to patients.

2. Innovative payment systems: The study suggests adopting innovative payment systems that exclude payment at the time of service delivery. This can help reduce delays caused by payment processes and ensure that women receive timely care without financial barriers.

3. Fast-track system: Implementing a fast-track system, such as pre-packing frequently used commodities, can help expedite the provision of antenatal care. This can reduce waiting times and improve overall efficiency in service delivery.

4. Use of new tech informational materials: The study recommends utilizing new technology and informational materials for the provision of health education. This can include the use of digital platforms, mobile applications, or interactive tools to provide women with relevant and accessible health information.

Overall, implementing these recommendations can contribute to improving access to maternal health services by reducing delays and enhancing the quality of antenatal care in Nigerian hospitals.
AI Innovations Methodology
To simulate the impact of the main recommendations on improving access to maternal health, the following methodology can be used:

1. Reducing waiting times: The simulation can involve implementing process improvements, such as streamlining processes and improving scheduling systems. This can be done by analyzing the current workflow and identifying bottlenecks or areas of inefficiency. Changes can then be made to optimize the flow of patients, allocate sufficient staff to attend to patients, and reduce waiting times. The impact can be measured by comparing the average waiting times before and after the implementation of these improvements.

2. Innovative payment systems: The simulation can involve implementing innovative payment systems that exclude payment at the time of service delivery. This can be done by introducing alternative payment methods, such as prepayment or insurance schemes, where women can pay in advance for antenatal care services. The impact can be measured by comparing the time spent on payment processes before and after the implementation of these innovative payment systems.

3. Fast-track system: The simulation can involve implementing a fast-track system, such as pre-packing frequently used commodities. This can be done by identifying the most commonly prescribed drugs and ensuring they are readily available in pre-packaged form. The impact can be measured by comparing the time spent in the pharmacy department before and after the implementation of the fast-track system.

4. Use of new tech informational materials: The simulation can involve utilizing new technology and informational materials for the provision of health education. This can be done by developing digital platforms, mobile applications, or interactive tools that provide women with relevant and accessible health information. The impact can be measured by assessing the effectiveness of these new tech informational materials in improving women’s knowledge and understanding of maternal health.

To conduct the simulation, data can be collected before and after the implementation of each recommendation. This can include measuring waiting times, total times spent, and patient satisfaction levels. Statistical analysis can then be performed to determine the significance of the changes and the overall impact on improving access to maternal health.

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