Keywords
Recurrent miscarriage, recurrent pregnancy loss, cost analysis, health service research, quality improvement, cost estimates, micro-costing, recurrent miscarriage clinics
This article is included in the Maternal and Child Health collection.
Recurrent miscarriage, recurrent pregnancy loss, cost analysis, health service research, quality improvement, cost estimates, micro-costing, recurrent miscarriage clinics
A miscarriage is the spontaneous loss of a clinically established intrauterine pregnancy before the fetus has reached viability at 24 weeks of gestation1. Recurrent miscarriage (RM) affects 1%-5% of the reproductive age population2,3. Based on 2017 guidelines from the European Society of Human Reproduction and Embryology (ESHRE), recurrent pregnancy loss is now defined as the loss of two or more pregnancies (previously three or more)2, with the sequence of the miscarriages not necessarily consecutive4,5. However, it has been estimated that 6% of women have two or more consecutive miscarriages2,3,6.
RMs can be considered a multifactorial condition at the population level and in the individual couple7. Studies have identified several causative factors linked with RM, including epidemiological factors such as maternal age and number of previous miscarriages, genetic factors such as parental chromosomal arrangements and embryonic chromosomal abnormalities, and anatomical factors including congenital uterine malformations8. In addition, causative factors include diabetes, thyroid disease, polycystic ovary syndrome, and inherited thrombophilia factors, among others9–11 Furthermore, chronic endometritis, luteal phase deficiency and high sperm DNA fragmentation levels have also been examined2,3,10. Almost 70% of women with two miscarriages will conceive a subsequent pregnancy, with a 70% success rate1,12–15. However, a previous live birth does not prevent a woman from experiencing RM, with the risk of further miscarriage reaching approximately 40% after three consecutive pregnancy losses13,14.
Maternity units across Ireland and the United Kingdom have established Early Pregnancy Assessment Units (EPAUs) to allow for specialised assessment and treatment of women in early pregnancy16. These units focus on the diagnosis and management of miscarriage, providing counselling and support, improving the quality of antenatal care for women with complications in early pregnancy17,18. Several non-randomised studies suggest that attending a dedicated early pregnancy clinic with psychological support has a beneficial effect, although the mechanism is unclear19,20. Despite EPAUs, it is recognised that complete care for recurrent pregnancy loss is best offered in a dedicated recurrent miscarriage clinic (RMC) using evidence-based guidelines21,22. RMCs are consultant-led, non-acute and offer specialist investigations, support, and treatment to women/couples with RM21,22. They provide care plans to reduce the risk of further losses through treatments and modifiable risk factors21,22. Currently, there is limited evidence that this approach improves pregnancy outcomes, but some guidelines advocate for this approach in current practice15,23. Further, RMCs can shorten ‘the interval’ between referral and initiation of treatment with women/couples valuing these care plans for pregnancy after RM21.
Despite clinical practice guidelines for RM, adherence to these guidelines does not guarantee a successful outcome, nor does it necessarily establish a standard of care2,24. While women/couples with RM are provided with care based on the definition of RM some women/couples are not always treated following the guidelines, resulting in unnecessary tests and costs15,22,25. Furthermore, patients can have a strong will to perform diagnostic tests and start treatment26 despite a lack of evidence22. While some evidence-based treatments have improved the outcomes for women/couples with RMs, almost half of the cases remain unexplained13,15. Many investigations and treatments for RM are controversial; identifying risk factors and effective interventions to prevent miscarriage has become a priority13,27,28.
In Ireland, miscarriage occurs in up to 20% of pregnancies, equating to approximately 14,000 miscarriages annually18,29. However, this is not exact as the number of miscarriages is not officially recorded in Ireland and is most likely underestimated as not all women will attend hospital for miscarriage30. While data from all public maternity hospitals/units in Ireland from 2005 to 2016 identified 50,538 hospitalisations for early miscarriage up to 14 weeks gestation31, hospitalisations numbers have since fallen attributable to outpatient department care in EPAUs30. Following the misdiagnosis of miscarriages cases in 2010, the Health Service Executive (HSE) provided resources to improve the management and staffing of EPAUs across Ireland32. In 2017, the National Women and Infants Health Programme (NWIHP) was established to standardise practices and create more consistent and equitable care across maternity services33. More recently, resources were made available with the setup of the Women’s Taskforce 2019 by the Department of Health to improve women’s health outcomes and their experiences of healthcare34.
In 2016, a review of all 19 maternity hospitals/units found four dedicated RMCs operating35, with six operating across the country in 202136. Nonetheless, there exists a lack of clarity, both over what may constitute the best practice model of care, and the feasibility and economic impact of such a model of care in practice. Furthermore, there is uncertainty around how to organise RM care, including what investigations and treatments should be provided23,37. While RM guidelines exist, clinical practice is inconsistent and poorly organised23,37.
To this end, the RE:CURRENT (REcurrent miscarriage: evaluating CURRENT services) Project sought to identify, prioritise and seek consensus on a suite of guideline-based key performance indicators (KPIs) for RM services in Ireland. The RE:CURRENT Project38 comprised of several interrelated work packages to evaluate the services provided to those who experience RM to optimise and standardise care in Ireland. These work packages involved the identification, synthesis and appraisal of clinical guidelines (CPGs) through a systematic review of the literature, a qualitative study of stakeholder views on RM services39, the development of guideline-based KPIs40 and an evaluation of RM services. Furthermore, key stakeholder perspectives were involved in the RE:CURRENT Project in the form of a Research Advisory Group comprising parent advocates, healthcare professionals, representatives from support and advocacy organisations, and members involved in the governance and management of maternity services.
The systematic review that appraised CPGs for the investigation, management and follow-up of RM found that women/couples with RM should be referred to individual clinicians/multi-disciplinary teams within specialist clinics and/or elsewhere37. Furthermore, in terms of the structure of care, counselling (psychological/emotional) support and informational support were provided to women/couples from the outset37. Several of the CPGs that defined RM referred to two or more losses, which is also reflected in the ESHRE recommendations2. These CPGs were synthesised and prioritised for inclusion in a suite of guideline-based KPIs for RM care in a modified e-Delphi study with members of the RE:CURRENT Research Advisory Group40. The RE:CURRENT qualitative analysis of interviews with healthcare professionals delivering RM care and women/men who had experienced RM found interrelated themes that conceptualised how RM is defined39. Results highlighted the need for a standardised definition of RM, balancing the evidence base with women/couples needs and healthcare resources. Furthermore, participants noted that while the criteria stipulated three consecutive losses in practice, there was a move to two losses as support is required41.
A key consideration for decision makers regarding the feasibility of implementing a new model of RM care based around such KPIs will be its cost and economic impact to the healthcare system. While RM represents a significant burden to women/couples, the setup of RMCs involves substantial resource costs to the healthcare system, in the form of healthcare professionals’ time, consultations, investigations, treatment options and follow-on care such as early reassurance scans for subsequent pregnancies.
This study reports on the potential costs to the Irish healthcare system of implementing a ‘best practice’ model of care for RMCs, the design of which was informed by the RE:CURRENT Project38. Evidence from cost analysis plays an important role in informing the cost-effectiveness of healthcare interventions and ensuring that available healthcare resources are used efficiently as health policymakers plan for future healthcare services.
A cost analysis was employed to estimate the costs associated with implementing a ‘best practice’ RMC model into the Irish healthcare system. The study sought to employ a micro-costing approach, a range of primary and secondary data sources, and quantitative and qualitative techniques to identify, measure, and value the resources required to implement the proposed model of care. This costing process was conducted in line with the recommendations in Ireland's national guidance for undertaking health economic evaluation42. All costs were calculated in Euro in 2020/2021 prices, using appropriate medical inflation and purchasing power indices as required. The findings from the cost analysis are presented first, in terms of the cost per patient and second, in terms of the total cost to the healthcare system. The following subsections present the methodological approaches adopted in the analysis.
As this study did not involve the direct collection of patient-level data or any direct interactions with patients and instead used data extracted from publicly available sources and data elicited from expert healthcare professionals to generate the estimates presented in the paper, ethical approval was not required for the cost component of the RE:CURRENT Project.
Based on findings from the RE:CURRENT Project37,40 and input from an expert elicitation exercise described below, a flow diagram of a best practice RMC was generated (see Figure 1). In short, a RMC is a consultant-led clinic providing dedicated and focused services to women/couples who have experienced at least two consecutive miscarriages. Women/couples that experience two or more losses, regardless of age are referred to the clinic, usually by the EPAU or general practitioner (GP) (based on eligibility criteria). Women/couples move through the pathway having contacts with healthcare professionals (obstetrician and/or clinical midwife specialist in bereavement and loss) ranging between 30-60 minutes during their investigations, treatment, and subsequent pregnancy care. During this time, a set of recommended investigations such as blood tests, ultrasounds and genetic testing can be carried out based on the individual’s risk factors/history with subsequent treatment options prescribed. These appointments provide information and emotional/psychological support to women/couples alongside investigations and treatment. The number of contacts with clinical midwife specialists in bereavement and loss is patient-led, with some women/couples receiving additional support as required. Depending on the outcome, women/couples can be referred to other specialist services such as social work, counselling, perinatal mental health, genetic counselling, and fertility.
Micro costing techniques were applied43, and the developed costing framework was based on standard methods of identifying, measuring and valuing resources items to estimate total costs44. The cost analysis of a best practice RMC model of care was calculated based on the following components: 1. The initial set up costs of a best practice RMC, 2. The on-going implementation costs of delivering a best practice RMC, and 3. The subsequent and related care pathway costs. Total costs were estimated and presented first, per patient and second, were extrapolated to estimate the impact to the healthcare system for the estimated patient population.
Various sources were used to estimate resource use and unit costs, including the concurrent RE:CURRENT Project38, and published sources (Guidelines for the Economic Evaluation of Health Technologies in Ireland 2010; Guidelines for the budget impact analysis of health technologies in Ireland)42,45, salary scales46, hospital department costs (estimates from department managers), and previous costing analysis31,32, along with data collected from an expert elicitation exercise producing a comprehensive cost inventory (expert input questions and cost data inventory can be found under Extended data47). Data on resource use and unit costs was collected from March – September 2021.
Regarding resource items and usage, a list of the expected process steps and materials required were compiled and discussed with the project team adjusting, adding, or excluding steps and materials to match KPIs37. For resource use, parameter estimates that could not be determined from empirical evidence, expert input was sought from clinicians running RMCs/services. Clinical experts were contacted, and, upon agreement of participation, information on the background and purpose of the study was provided, along with a list of possible questions related to each parameter of interest. CF (a post-doctoral researcher) conducted an informal discussion with clinical experts (n=3) from different hospitals with experience of RMCs, with experts providing estimates for each parameter. These discussions (face-face discussion in maternity hospital unit (n=1); telephone discussions (n=2)) lasting up to 30 minutes each helped define the best practice RMC in terms of the following items: target population, patient management, the clinic pathway, investigations, treatment plan, outcomes, and onward referrals.
With respect to unit costs, setup costs such as room hire, medical supplies, equipment and training were obtained from discussions with a finance manager and operations manager from the South/Southwest Hospital Group (SSWHG). Salaries for healthcare professionals involved included obstetricians, midwives (senior clinical midwife specialists in bereavement and loss) and hospital administrators, which were sourced from the HSE’s consolidated salary scales October 202046. In line with guidelines, all salaries were adjusted for pay-related social insurance (11.05%), pension costs (4%) and overheads (25%) in Ireland42,45. A 39-hour working week was assumed for all individuals, and the cost of their time was calculated as cost per minute. All costs associated with recommended investigations for RM based on the KPIs were sourced from discussions with a principal biochemist in the SSWHG. Treatment costs such as quantity and purchasing price of individual drugs were obtained from a lead pharmacist in the SSWHG. All drug costs included VAT. Costs for subsequent pregnancy care such as reassurance early pregnancy ultrasound scans were included.
Each individual element of cost was estimated and summed to generate subtotals for each category of cost, and then again summed to calculate a total cost for the ‘best practice’ RMC model of care over a one-year period. The following approach was adopted to present the findings from the cost analysis. First, per-patient costs were estimated for a typical patient and complex patient. As the type of investigations, treatment prescribed, and the number of contacts with healthcare professionals are determined by patient case and complexity, two patient scenarios (a typical patient versus a complex patient) were used to calculate cost per patient. The final set of scenarios was selected based on guidance from the clinical expertise on the study team. A typical case was based on the type of RM cases most often seen in their clinic, assuming that 10% of women would present with a more complex clinical scenario. To cost the per patient outcomes, two estimates were generated, for those who progress to pregnancy, and those who did not progress to another pregnancy.
Second, to extrapolate the cost results to estimate the total cost to the Irish healthcare care system, population data was collected through the Central Statistics Office 2021 (CSO) Ireland and published prevalence rates for RM48. Data on the prevalence of RM for the Irish population is incomplete. This is also due to how RM is variably defined. The definition ranges from two clinical miscarriages, according to both the American Society for Reproductive Medicine49 and the European Society for Human Reproduction and Embryology2, to three consecutive pregnancy losses as defined by the Royal College of Obstetricians and Gynaecologists, which has recently has been updated introducing a new approach6,10. This new approach offers women/couples support after one miscarriage, initial investigations after two and a full series of evidence-based investigations after three miscarriages6. Based on the RE:CURRENT Project findings and the growing international consensus, this study uses population numbers for women who may experience two or more losses and be treated within a best practice RMC model of care.
Using estimates from the Central Statistics Office 2021 (CSO) Ireland, the population of Irish women of reproductive age (based on the World Health Organisation definition of reproductive age as 15-49 years) is 1,203,0048. Approximately 5% of these women will experience at least two consecutive first-trimester pregnancy losses with a 30% chance of another pregnancy loss49,50. The total cost for the estimated population experiencing two or more losses is presented for a typical patient versus a complex patient (Figure 2).
The results are presented in Table 1–Table 4. The initial set up costs are presented in Table 1 and the on-going implementation costs are presented in Table 2. The total cost estimates by patient are presented in Table 3 and healthcare system estimates are presented in Table 4.
Type of cost | Units | Unit costs | Total Cost |
---|---|---|---|
Set up costs: | |||
Consultation room - standard items such as desk, chair, computer, bed, patient chair | 2 consultation room | €8,000 fitting out an outpatient consultation room | €16,000 |
Consumables – equipment, medical supplies such as blood pressure monitor, stethoscope, body weight scales, paper, ink, stationary, needles/syringes, sharp disposal containers, speculums, table covers, gloves, face masks, swabs, urine containers | 2 consultation room | €10,000 Standard equipment and supplies included in an outpatient consultation room | €20,000 |
Materials – development of the information pack for women/couples with RM* | 1 pack | €739 health care professionals’ time | €739 |
Initial training: | |||
Materials – program materials for attendees* | 1 pack | €370 healthcare professionals time | €370 |
Venue – rental | 1 classroom | €166 based on room rental in university campus | €166 |
Trainer – to deliver training | 1 trainer × 1 hr session | €46 based on healthcare professionals time | €46 |
Total: | €37,321 |
*Development of information included two bereavement midwives €0.77 per minute
Cost data can be found under Extended data47
Cost data can be found under Extended data47
Type of cost | Units/ quantity | Unit costs | Typical patient | Complex patient |
---|---|---|---|---|
Investigations | ||||
Full blood | 1 | €20 per test | €20 | €20 |
Thyroid | 1 | €10 per test | €10 | €10 |
HBA1c (glucose) | 1 | €10 per test | €10 | €10 |
Day 2-5 hormone | 1 | €20 per test | €20 | |
TV ultrasound | 1 | €200 per test | €200 | €200 |
Pelvic MRI | 1 | €240 per test | €240 | |
ANA test | 1 | €10 per test | €10 | €10 |
Androgen testing | 1 | €20 per test | €20 | €20 |
DHEA-S | 1 | €63.39 per test | €63 | |
APLAS | 1 | €10 per test | €10 | €10 |
Pregnancy tissues (histology) | 1 | €193.30 per test | €193 | €193 |
Arry CGH | 1 | €250 per test | €250 | €250 |
Parental Karyotyping | 1 | €260 per test | €260 | €260 |
Subtotal: | €983 | €1,307 | ||
Sensitivity -10% (+10%) | €885 (€1,082) | €1,176 (€1,437) | ||
Treatment | ||||
Folate | Both typical & complex 400 mg Treated for 36 weeks | €7.66 30-day supply | €65 | €65.11 |
Aspirin | Typical case 75mg Treated for 33 weeks; Complex case 150mg Treated for 33 weeks | €3.10 28-day supply (75mg); €6.20 28-day supply (150mg) | €26 | €51 |
Progesterone | Typical case 100mg Treated for 10 weeks; Complex case 400mg Treated for 10 weeks | €16.95 30-day supply; €29.00 15-day supply | €39 | €136 |
Low molecular weight heparin | Complex 150mg (syringe) Treated for 34 weeks | €98.20 10-day supply | €2,337 | |
Prednisolone | 10mg Treated for 10 weeks | €8.65 10-day supply | €61 | |
Subtotal: | €130 | €2,651 | ||
Sensitivity -10% (+10%) | €117 (€143) | €2,386 (€2,916) | ||
HCP time | ||||
Obstetrician | 30 mins per typical consultation, 60 mins per complex consultation | €2.98 per minute | €89 | €179 |
Bereavement midwife | 60 mins per consultation* | €0.77 per minute | €46 | €46 |
Subtotal: | €136 | €225 | ||
Sensitivity -10% (+10%) | €122(€149) | €203 (€248) | ||
HCP Administrative tasks / care coordination time | ||||
Obstetrician | 30 mins per patient | €2.98 per minute | €89 | €89 |
Bereavement midwife | 60 mins per patient | €0.77 per minute | €46 | €46 |
Subtotal: | €136 | €136 | ||
Sensitivity -10% (+10%) | €122 (€149) | 122.04 (€149) | ||
Outcome | ||||
Pregnant | 2 reassurance scans per typical case, up to 4 reassurance scans per complex case | €125.00 per scan | €250 | €500 |
Not pregnant/ another loss* | ||||
Subtotal: | €250 | €500 | ||
Sensitivity -10% (+10%) | €225 (€275) | €450 (€550) | ||
Total costs per patient type: | ||||
Cost of RM clinic based on pregnant outcome* | €1,634 | €4,818 | ||
Sensitivity -10% (+10%) | €1,471 (€1,798) | €4,336 (€5,300) | ||
Cost of RM clinic based on not pregnant/ another loss outcome | €1,384 | €4,318 | ||
Sensitivity -10% (+10%) | €1,246 (€1,384) | €3,886 (€4,750) |
*This outcome can result in a full-term pregnancy or another loss. Cost data can be found under Extended data47
For 2020/2021, the total cost to set up a best practice RMC model of care was €37,321 (see Table 1). The initial setup costs for one clinic based in one maternity hospital/unit included fitting two out-outpatient consultation rooms with equipment, medical supplies and patient materials and providing initial staff training. Most of these setup costs were required for furnishings (€16,000) and supplies (€20,000).
On-going delivery costs for the RMC include annual training costs for healthcare professionals and clinic space rental. Rental is based on a morning or evening slot, with four RM clinics operating per month (one per week) per year. The yearly total cost is €12,212 (Table 2).
The total cost of care for a RM patient who goes on to have another pregnancy after receiving investigations, treatment and reassurance scans ranges between €1,634 (typical case) and €4,818 (complex case) (Table 3). For a RM patient who does not conceive again, costs range from €1,384 (typical case) to €4,318 (complex case).
The annual total cost to the healthcare system estimates were based on data from the CSO in Ireland of 60,150 women who may experience two or more RM. Of these women, 54,135 will be considered a typical case, of which 70% will progress to pregnancy (n=37,895) costing €61,927,630. Thirty per cent of these women will either not get pregnant or experience another loss costing €22,480,630 to the health service. Furthermore, of the 60,150 women, 6,015 will be considered a complex case costing €20,336,229 if they progress to pregnancy (n=4,221) or costing €7,789,437 if they do not get pregnant or experience another loss (n=1,804).
Combining the total costs of a typical and complicated patient case for the estimated two or more RM population, gives a total of €112,533,926 with an average cost per patient €1,871.
Sensitivity analysis was used to assess how sensitive the results were to fluctuations of 10% in setup and on-going delivery costs, cost per patient and population numbers. The results from the sensitivity analysis in Figure 3A demonstrate that a consultation room and its associated consumables are the main cost drivers for RMC set up. Furthermore, for on-going delivery costs (Figure 3B), the main cost driver was rental of clinic space (morning or evening slot). For costs per patient, the main cost drivers were investigations and treatments costs (Table 3). Finally, varying the distribution of the population who may experience a pregnancy after attending a RMC by –(+10%) to 34,4106 (41,685) for a typical case results in total costs of €55,734,867 (€68,120,393) (see Table 4).
Given increasing international calls for a new model of care for RM, this study provides cost and budget estimates relating to a new evidence-based RMC model of care in Ireland. The total cost per patient estimates ranges from €1,634 (typical) to €4,818 (complex) for a pregnancy outcome and €1,384 (typical) to €4,318 (complex) for women who do not progress to another pregnancy. Further, the cost impact to the Irish health service for the estimated population who experience two or more losses ranges from €20,336,229 (complex) to €61,927,630 (typical) for those who progress to pregnancy, and from €7,789,437 (complex) to €22,480,630 (typical) for those who do not progress to another pregnancy. Taken together, the total cost impact of a best practice RMC model of care is €112,533,926 with an average cost per patient €1,871. These estimates will be of interest to policy makers and healthcare decision makers charged with the design, delivery, and financing of care for RMC in Ireland and internationally.
Data on the prevalence of RM for the Irish population is incomplete and the varying RM guidelines of three or more consecutive miscarriage6,10,49 will impact the number of women/couples seen/treated and its associated cost impact to the health service. The traditional approach of three or more RMs assumed that the possible causes would significantly differ between the patient groups. However, the research found no such difference, highlighting no justification for denying women/couples investigations and treatment options after two consecutive miscarriages21. Moreover, while definitions and recommendations for RM vary37, there is increasing evidence alongside findings from the RE:CURRENT Project to support offering investigations, information, and emotional/psychological support after two or more RM26,51. The impact this will have on the health service in terms of resources required to implement a best practice dedicated RMC model of care to cater for this population needs to be considered.
While varying guidelines exist, disjointed RM care leaves women/couples searching for cause and treatment23,37. The majority of investigations and treatments offered also remain controversial, with lack of consensus amongst health professionals/groups28. While some evidence-based treatments have improved the outcomes for women/couples with RM, other unproven high cost tests and treatments have been marketed to this group28 creating additional economic cost to the health service. This ‘best practice’ model of care for RMC, directly informed by the RE:CURRENT Project will help inform discussions around the evidence and decision-making for the Irish context. Even though almost half the cases of RM remain unexplained20, RMCs are still necessary and valuable. In unexplained cases of RM, supportive care may be all that is recommended52. This is where staff within a dedicated RMC clinic would provide women/couples with continuous support, where they can also be reassured of the cumulative chances of a successful pregnancy (over five years 60–75%) with supportive care alone13,53.
Undergoing miscarriage is a significant life event, and having RM can magnify the grief experienced following miscarriage54. RM can cause considerable psychological effects, including anxiety and depression, and these emotional symptoms can affect women and their partners in the medium-to-long-term2,55–57. The potential adverse emotional and psychological outcomes may impact upon family functioning, relationships, employment, presenteeism, out-of-pocket expenses and further use of health care services58–60. Furthermore, women who experience multiple RMs may require more frequent contact with healthcare services resulting in additional costs to the health service. A dedicated best practice model of care for RM would offer a specialist service for these women within an understanding and supportive environment. Therefore, investment in staff and training is essential for implementing and delivering a best practice RMC. The impact of RM can have a profound and life-changing impact for the women/couples, and the provision of supportive care should be central to RM management54. Women/couples have previously highlighted the need for more information, psychological support, the inclusion of partners in consultations, and follow-up care22,61. Therefore, despite the substantial setup, and on-going delivery costs, a dedicated best practice model of care is warranted to provide women/couples the care they need.
In Ireland, access to publicly funded RM care depends on meeting certain referral criteria, often three consecutive miscarriages. Women/couples who do not meet this criterion often pay out of pocket for private care in search of answers for their RM, bearing the financial and emotional costs. Considering these results in the context of the Irish health budget and the recent investment in women’s health and maternity services (NWIHP33, the Women’s Task Force, National Maternity Strategy, Revised Implementation Plan36) economic considerations are particularly important to ensure money is spent efficiently. The estimates provided here can inform and prepare the way for future economic evaluations of this or similar models of care to optimise and standardise RM care. Such analyses could inform future budgetary and resource allocation decisions while maintaining and improving patient outcomes.
There are limitations to this study. First, a true societal perspective would capture the additional economic impact, such as employment, quality of life and the cost impact on the family. This work is currently underway within the RE:CURRENT Project. While this costing analysis was a useful exercise for budget forecasting and decision making, it does not account for every cost associated with the implementation and on-going delivery of a best practice RMC. Also, this study assumes that maternity hospital/units would be starting from scratch; hence costs reported here are potentially higher. Furthermore, this study collected costs based on one maternity unit with input from two others, and while six RM clinics are operating in Ireland, this study was unable to calculate costs savings, as current practice varies across hospital units. To provide cost estimates per patient, a fixed number of investigations and treatments for both a typical and complex patient type were used based on KPIs37,40. In a real-world setting, investigations and treatment plans will vary significantly by patient need, history, risk factors, and previous history of loss, directly impacting the costs reported here. This study costs the operation of four RMCs per month over 12 months; however, further clinics may be required depending on population size. Therefore, there is a need for more economic evaluation studies to be conducted on RM and RMCs.
Despite these limitations, this study is the first detailed cost-analysis of a complex care pathway for RM; therefore, the findings can be considered novel. To our knowledge, no recently published studies have disentangled the economic costs associated with the setup, delivery and per-patient costs of implementing a best practice RMC into normal service delivery. This study will enable decision makers to assess in advance what to expect for implementing and delivering a best practice RMC model of care in terms of budget expenditure. Collective findings from this study and the RE:CURRENT Project will inform the standardisation and optimisation of services and support providing a holistic approach to RM care in the Republic of Ireland.
This study proposes a new model of care for RMC in Ireland and provides a set of cost estimates at the patient and healthcare system level. At present, current provision in Ireland does not appear to meet the needs of the target patient population and alternative models of care, informed by international best practice, should be designed, piloted, and evaluated. In this and in the wider context of increasing constraints on public finances and healthcare resources, evidence on costs and economic impact should also be a key consideration. While future studies should explicitly consider the cost-effectiveness of this or similar models of care, this analysis provides a valuable first step in providing a detailed breakdown of the resources and costs associated with the delivery of RMCs in Ireland.
OSF: Estimating the costs associated with the implementation of a best practice model of care for recurrent miscarriage clinics in Ireland: a cost analysis. https://doi.org/10.17605/OSF.IO/T48EJ47.
This project contains the following underlying data:
This project contains the following extended data:
Data are available under the terms of the Creative Commons Zero "No rights reserved" data waiver (CC0 1.0 Public domain dedication).
Conceptualisation & methodology: CF, LAB, PD & KOD formulated the overarching aims and methods of the study. Investigation: CF controlled the data collection and management. Formal analysis: CF conducted the analysis guided by LAB, PD & KOD. Original draft: CF prepared the initial draft. Writing – review & editing: CF, LAB, PD & KOD with all authors approving the final version of the manuscript.
The authors would like to thank all persons from the SSWHG for participating in discussions and assisting with cost data collection. Furthermore, the authors would like to thank the clinical experts for their time and input in the expert elicitation exercise.
Is the work clearly and accurately presented and does it cite the current literature?
Yes
Is the study design appropriate and is the work technically sound?
Partly
Are sufficient details of methods and analysis provided to allow replication by others?
Yes
If applicable, is the statistical analysis and its interpretation appropriate?
Not applicable
Are all the source data underlying the results available to ensure full reproducibility?
No source data required
Are the conclusions drawn adequately supported by the results?
Yes
Competing Interests: No competing interests were disclosed.
Reviewer Expertise: Recurrent pregnancy loss. fetal medicine and endometriosis
Is the work clearly and accurately presented and does it cite the current literature?
Yes
Is the study design appropriate and is the work technically sound?
Yes
Are sufficient details of methods and analysis provided to allow replication by others?
Yes
If applicable, is the statistical analysis and its interpretation appropriate?
Not applicable
Are all the source data underlying the results available to ensure full reproducibility?
Yes
Are the conclusions drawn adequately supported by the results?
Yes
Competing Interests: No competing interests were disclosed.
Reviewer Expertise: Health economics
Is the work clearly and accurately presented and does it cite the current literature?
Partly
Is the study design appropriate and is the work technically sound?
Partly
Are sufficient details of methods and analysis provided to allow replication by others?
Partly
If applicable, is the statistical analysis and its interpretation appropriate?
Yes
Are all the source data underlying the results available to ensure full reproducibility?
Yes
Are the conclusions drawn adequately supported by the results?
Partly
Competing Interests: No competing interests were disclosed.
Reviewer Expertise: Health Economics
Alongside their report, reviewers assign a status to the article:
Invited Reviewers | |||
---|---|---|---|
1 | 2 | 3 | |
Version 1 16 Nov 22 |
read | read | read |
Provide sufficient details of any financial or non-financial competing interests to enable users to assess whether your comments might lead a reasonable person to question your impartiality. Consider the following examples, but note that this is not an exhaustive list:
Sign up for content alerts and receive a weekly or monthly email with all newly published articles
Register with HRB Open Research
Already registered? Sign in
Submission to HRB Open Research is open to all HRB grantholders or people working on a HRB-funded/co-funded grant on or since 1 January 2017. Sign up for information about developments, publishing and publications from HRB Open Research.
We'll keep you updated on any major new updates to HRB Open Research
The email address should be the one you originally registered with F1000.
You registered with F1000 via Google, so we cannot reset your password.
To sign in, please click here.
If you still need help with your Google account password, please click here.
You registered with F1000 via Facebook, so we cannot reset your password.
To sign in, please click here.
If you still need help with your Facebook account password, please click here.
If your email address is registered with us, we will email you instructions to reset your password.
If you think you should have received this email but it has not arrived, please check your spam filters and/or contact for further assistance.
Comments on this article Comments (0)