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Payment systems for dialysis and their effects: a scoping review

BMC Health Services Research volume 23, Article number: 45 (2023) Cite this article

Abstract

Background

End stage renal disease (ESRD) is a major health concern and a large drain on healthcare resources. A wide range of payment methods are used for management of ESRD. The main aim of this study is to identify current payment methods for dialysis and their effects.

Method

In this scoping review Pubmed, Scopus, and Google Scholar were searched from 2000 until 2021 using appropriate search strategies. Retrieved articles were screened according to predefined inclusion criteria. Data about the study characteristics and study results were extracted by a pre-structured data extraction form; and were analyzed by a thematic analysis approach.

Results

Fifty-nine articles were included, the majority of them were published after 2011 (66%); all of them were from high and upper middle-income countries, especially USA (64% of papers). Fee for services, global budget, capitation (bundled) payments, and pay for performance (P4P) were the main reimbursement methods for dialysis centers; and FFS, salary, and capitation were the main methods to reimburse the nephrologists. Countries have usually used a combination of methods depending on their situations; and their methods have been further developed over time specially from the retrospective payment systems (RPS) towards the prospective payment systems (PPS) and pay for performance methods. The main effects of the RPS were undertreatment of unpaid and inexpensive services, and over treatment of payable services. The main effects of the PPS were cost saving, shifting the service cost outside the bundle, change in quality of care, risk of provider, and modality choice.

Conclusion

This study provides useful insights about the current payment systems for dialysis and the effects of each payment system; that might be helpful for improving the quality and efficiency of healthcare.

Peer Review reports

Introduction

When the chronic kidney diseases (CKD) progress to the end stages, usually a renal replacement therapy (RRT) is required to improve the survival and quality of life [1, 2]. Dialysis is the most prevalent RRT, that is provided in two ways including hemodialysis (HD) and peritoneal dialysis (PD) [3]. Dialysis is a relatively expensive procedure that cause significant costs to patients or healthcare systems [4, 5]. The cost of dialysis is expected to increase significantly in the future due to the rapid increase in the population age and rate of ESRD [6]. This might lead to major challenges for health systems to afford the cost of the dialysis; therefore it is very important to find and use more efficient payment systems.

Dialysis reimbursement system has important effects on different aspects of the care, including modality choice [7], quality of care [8], quantity of services [9, 10], costs [8, 9, 11, 12], obtained results, and value [13]. Reimbursement systems are classified as prospective and retrospective, based on the time the bills are calculated. In prospective payment systems (PPS) the bills are determined at the time of admission. In retrospective payment systems (RPS) the bills are calculated based on the claimed costs. It is argued that the prospective systems are better in controlling costs [14]; however, some countries use a mix of payment systems to reach better outcomes [15].

Current evidence shows that higher cost of the dialysis services does not necessarily lead to better outcomes; sometimes might even result in lower quality of care [16, 17]. Therefore several health systems have tried to make changes or reforms in the dialysis payment systems to improve the efficiency and quality of care. Wide range of payment systems including the value-based payment systems are used for reimbursement of dialysis [18,19,20]. Different methods have various strengths, weaknesses and effects; and usually a combination of methods are used in each country depending on the country context and situation.

Although effects of the payment systems are theoretically specified, but context specific variables can provide variation in the effects of each payment system. Additionally, the different implementation and administration ways induces different effects. Each country has its’ own payment system, which brings it many lessons and experiences. Studying such experiences will provide in-worth information for internal managers and planners also provide insights for other countries’ policymakers.

There are plenty of studies on the dialysis payment systems in different countries, each discussing the payment systems from a specific point of view, which is the starting point in the present scoping review. But no comprehensive study was found, which map the dialysis payment systems and related reforms around the world, assess their details, and especially their experienced effects.

The aim of this study is to identify the main methods that are currently used for reimbursement of dialysis in the world, and the reported effects of each method by a scoping review of the published studies. We present this article in accordance with the PRISMA-ScR reporting checklist [21].

Methods

A scoping review was performed to identify the payment systems for dialysis and their effects using the 5-step approach introduced by Arksey and O’Malley [22], as explained below.

Identifying the research question

Our objective is to answer these research questions:

  • What are the main dialysis payment systems used by different countries?

  • What studies have been undertaken on the effects of the dialysis payment systems and policies around the world?

  • What are the outcomes of the payment methods and policies?

Identifying the relevant studies

PubMed and Scopus databases were searched from 2000 until April 7, 2020, and google scholar search engine was searched in June 8, 2021. In setting the search strategy, relevant search terms and medical subject headings (MeSH) were identified through the National Library of Medicine Database and reviewing related papers. An appropriate search strategy was developed for each database using these key words: “end stage renal disease”, “end stage kidney disease”, ESRD, ESKD, dialysis, payment, reimbursement, financing, “pay for performance”. Search strategy for each database is available in the appendix (Table S1).

Study selection

Empirical studies that had English report and their full text were available were included. Review articles that provide extra information about the implementation of payment systems for dialysis including information about the policies or changes related to dialysis payment, and their effects were included. Observational studies that simulated or anticipated the “potential effects” rather than the “real or experienced effects” of the dialysis payment systems or policies were also included. We excluded studies which full text were not accessible, editorial and seminar articles, and non-English papers.

Charting the data

The reviewers extracted the data from studies into a form, including:

  • Authors, title, place, publication year, study subject, study outcomes, study design, main findings.

Collating, summarizing and reporting the findings

We tabulated the studies and identified the payment systems for dialysis in different countries, and the main effects of the payment systems or policies. Data were extracted using a data extraction form. The data was extracted by two independent persons and was checked by a third person. Finally, a qualitative thematic data synthesis approach was used to summarize the reported results.

Results

Search results

A Total of 2058 records were identified from the databases. Of the 2058 records, 238 were selected for full-text screening. One hundred eighty-three articles were excluded in full-text review, since they did not meet our inclusion criteria:

  • Fifty papers were editorial, commentary, seminar, news, letter, perspective. One hundred thirty-one articles were not focusing on the scope of the present review, of which 49 articles were about wide aspects of care (medication, predictors of modality selection, care quality, non-dialysis treatments), 26 articles were about cost/economic analysis, 18 articles were on the case-mix adjustments and risk analysis, 15 articles were on the quality metrics, 14 documents were on regulations, 9 articles explained a concept or history of policies. Two articles were duplicate. Finally, 59 articles were included (Fig. 1). A summary of the studies was provided in Table 1.

Fig. 1
figure 1

Results of searches and study selection

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Table 1 Summary of the studies included in the review
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The studies introduced the payment systems (29%), or assessed their effects (71%). The majority of the papers were published after 2011 (66%), were related to PPS (42%), and were implemented in the U.S. (64%) (Table S2, in the appendix). All of the studies were from the high-income and upper middle-income countries according to the world bank 2021 classification. Different sources of data were used by the studies, including medical records, national data, questionnaire, specific renal reporting systems e.g., United States Renal Data System (USRDS), and surveys such as Dialysis Outcomes and Practice Patterns Study (DOPPS). DOPPS is a longitudinal, extensive study in 12 countries, which has collected data on patient and facility levels, and has reported trends of the clinical indicators, outcomes, medication usage, and some other details. 37% of included articles relied on the DOPPS data [15].

Payment methods

FFS, global, capitation, and pay for performance were the main payment systems to reimburse the dialysis centers (Table 2). FFS, salary, and capitation payment systems were the main payment systems to reimburse the nephrologists. In each country a method might be used dominantly; but most of the countries usually use a combination of methods.

Table 2 dialysis payment systems according to the studies
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“Bundled FFS” method, is widely used in Italy, Spain and Japan. In this method the “dialysis bundle” is usually considered as one component, and is paid along with other ancillary services. This method is also called “per treatment payment system” in some countries; since each individual session is reimbursed by FFS [15, 65, 67, 68]. Bundled FFS for dialysis is more toward the PPS than FFS. In England, France, Germany, and the U.S. only ancillary services are paid by FFS system [64, 66, 69, 73].

Capitation method that is also called bundled payment; is a fixed payment system per patient or per episode of care that has been widely used in Portugal, Belgium, Germany, and the U.S. [17, 54, 69, 73]. Portugal seems to be the first European country that implemented dialysis capitation payment system with quality incentives. Capitation payments for dialysis is paid either per patient per treatment, e.g. the U.S. [75], or per patient per week e.g. in Germany, Belgium, and Portugal [17, 54, 69].

The global budget payment method has been used in Canada and New Zealand where an overall budget is allocated to different activities by a regional/local authority [71, 72]. France, England and Australia use a mix method and add some incentives beside the global payment [64, 66, 74].

Pay for performance system has been used more frequently in Queensland, Portugal and the U.S. where some quality indicators are used for payment [31, 54, 73].

In prospective systems “reimbursement” is usually a fixed amount for specific services. For dialysis prospective payments, a package is usually defined. This package in some countries is comprised of only dialysis [65, 67, 68]; whereas in other countries nephrologist’s visit, some dialysis related medications, routine laboratory tests, and imaging, are also included [53, 54, 73].

Studies show that the dialysis services often were paid by FFS at the beginning e.g. Germany [39], Taiwan [23], Portugal [54], France [64], U.S. [73], then they have experienced reforms, aiming at clinical outcome improvement and efficiency increase. For example, the U.S. bundled payment (the 2011 prospective payment system reform) [73], the Portugal 2008 bundled payment system [54]. Papers assessed the effects of various payment systems, reforms and policies. The considered indicators and aspects are provided in Table S3, in the Appendix.

Effects of the payment systems

The majority of studies assessed effects of the payment system on the “service usage” (52%). “Modality related indicators” and “serum related indicators” were also evaluated in many studies (36 and 34% respectively) (Table S3).

Payment systems affect the providers’ behavior. Services which are better paid are used more. In the RPS risk of cost is on the payer side. Whereas in the PPS a fixed fee is usually paid to the provider. The risk of cost is on the provider’s side. Therefore, providers prefer to spend less money. The experienced effects of the dialysis payments according to the studies were classified in some themes in Tables 3 and 4.

Table 3 effects of the retrospective payment systems for dialysis services based on the studies
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Table 4 effects of the prospective payment systems and value-based payment systems for dialysis services based on the studies
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Discussion

This review provided an overview of dialysis payment systems and their effects in different countries. Fifty-nine papers were included. The main payment systems for dialysis and related services were FFS, capitation, P4P and global budget. The majority of studies were from high-income countries specially from the USA. The effects of the payment systems, were classified in seven themes including two themes about the RPS, and five themes about the PPS and pay for performance systems.

Payment methods

We found that countries usually use a combination of payment systems. In addition, different payment systems might be used in different levels of the countries. A global budget might be allocated to each geographical area e.g. Australia, France; this budget then might be allocated to each dialysis center by capitation or per treatment method e.g. Belgium, USA; and then in each center the payment to the nephrologists might be salary or FFS method e.g. England, France [15].

Each country might use a combination of payment methods depending on the country situations; as each method might have its strengths and weaknesses; so a method might be appropriate for a country, but not necessarily for another country. Pontoriero et al. found that in Italy the effects of the dialysis FFS (bundled FFS) payment is similar to the PPS. Since the dialysis bundle includes not only the direct care (dialysis), but also the ancillary services (drugs i.e., EPO, and tests required during dialysis session) [65]. Dor et al. compared the global budget in France with the UK. The amount of the global budget in French hospitals did not change according to the changes in the volume and case mix of the population, or technologies. It leads the hospitals to limit the average cost when disease severity or volume increases. While in the UK some additional payment is paid, if the volume is increased [15, 64, 66].

Some of the health systems have revised and improved their dialysis payment systems throughout the time. They usually changed from the FFS to more sophisticated payment methods such as the pay for performance models. For example, the U.S. has adopted different policies and experienced different reforms in changing from the FFS toward the expanded bundled payment in more than a decade [60]. Other example is Portugal, which replaced dialysis FFS with bundled payment [54]. Later, both systems added incentive payment models and improved it throughout the time. Such trends are available for Germany, France, and etc. [15, 64, 69]. Their intention is to encourage the providers to provide services in a more efficient manner, with no harm to the quality of care.

Effects of the payment systems and policies

Dialysis payment reforms show a trend from RPS toward PPS and incentive payments. Studies that have assessed the effects of these dialysis reforms and policies have shown that “dialysis RPS” may be associated with overtreatment of profitable services, and undertreatment of unprofitable services. In the case of Belgium, the high payment for dialysis and no (or low) payment for intellectual activities (prevention, counseling) reduced the nephrologist incentive to prevent the CKD progress. Moreover, patient referral to the nephrology units and the home-based therapies are limited, since they are not profitable for physicians [17]. In the U.S. visit rate increased after the tiered FFS reform in 2004 (incremental payments for each additional nephrologist/patient visits up to four or more visits monthly), which didn’t lead to quality improvement [9, 16].

In the PPS, providers try to keep their profit by cost saving. But sometimes it leads to effectiveness reduction. This study shows that in prospective dialysis payment systems, cost saving might happen through reducing unnecessary services, or reducing services in the bundle. The first one always brings positive results, while the other’s effect is controversial. Swaminathan et al. showed that bundled payment in the U.S. was successful in reducing the ESA usage in patients that may not benefit from them [10].

Reducing services in the dialysis bundle might cause trouble for patients. For instance in Belgium, reduction in dialysis duration and nursing staff employment occurred, following the introduction of bundled services [17, 65]. Andrawis et al. called this issue as “race to the bottom” [76].

Reducing services in the bundle might be through substituting high-cost services by less costly ones. Hirth et al. reported that after the 2011 PPS dialysis bundle in the U.S., ESAs were substituted by iron products, and less expensive vitamin D products were substituted by more expensive types [12]. Moreover, Kuwabara and Fushimi showed new PPS in Japan for breast cancer, led to decrease in medication costs, due to increased use of generic medication in surgical cases [77].

Reducing services in dialysis bundle, sometimes is associated with increasing services out of the bundle. For example, after the U.S. 2011 PPS bundle, in some facilities EPO and iron products reduced, and substituted by blood transfusion [11]. Establishment of dialysis global budget payment in Taiwan reduced the cost of antihypertensive drugs during the “dialysis visit”, which increased “non-dialysis visits” with the prescription of antihypertensive drugs [23]. Such experiences also happened in other prospective payment contexts like DRG-based hospital payments. Shifts from inpatient to outpatient or day-case settings were reported, because of its’ cost minimization incentive [78]. In these cases, a shift in the cost or site of care is occurred. Overall, from the policy-makers perspective, these are advantageous, if they lead to total cost reduction without quality harm. If not, they could lead to undertreatment or patient harm.

Our study shows that; although the dialysis PPS potentially saves cost, it might harm quality. In this regard, the Belgian capitation payment provides low incentive to use high quality, more expensive techniques e.g., biocompatible or high flux membranes, or hemodiafiltration [17]. In Italy the bundled FFS brought a short dialysis time [65] Health systems resolved this challenge by defining quality assessment programs, and incentive payments. Studies show the successful experiences of the dialysis incentive payment systems in Germany [39] and Queensland; Australia [31].

We found that payment systems and related policies e.g., tariff (pricing) policies are used by policy-makers to promote an especial dialysis modality. For example, in Germany, the compensation for PD was defined higher than HD to increase the PD rate [79]. In the U.S. after approval of the separate payment policy for home dialysis training, the rate of home dialysis increased [44]. Haarsager et al. showed an increase in the PD use, after the incentive payments for PD in Queensland [31]. Pontoriero et al., showed negative effect of the bundled FFS payment on the PD rate [65]. In this subject, an example is available from other health conditions. Davis et al. assessed the impact of the 2018 and 2020 change in the Comprehensive Joint Replacement (CJR) reimbursement, which included the outpatient procedures in addition to inpatient procedures in the “CJR episode of care”. It led to increase in outpatient procedures, while reduce in inpatient ones [80].

Decreasing the profit is a provider’s concern, which was noted in this study. A study in Belgium indicated that in PPS, longer dialysis without additional reimbursement, may lead to higher costs [17]. In the 2011 reform of the U.S. Cherry picking possibly occurred to avoid losses [34]. In the other programs of the medical bundles, risk of choosing healthier patients by provider is reported. But there is no empirical evidence in some programs e.g. bundled payment for diabetes care in the Netherlands [81]. Moreover, inconsistent evidence are available about risk selection in Hip and Knee Replacement bundled program [82].

The dialysis providers’ attempt is to mitigate their financial risks and increase their profit. The dialysis PPS programs focus more on cost saving and quality improvement. It is argued that the “cherry-picking” by dialysis providers decrease the cost, and also improve the quality. But it deprives some of the patients in need [83]. Risk of the dialysis providers can be resolved with case-mix adjustments. It was later implemented in some dialysis payment systems such as the U.S. and Germany [75, 79, 84]. Moreover, it was implemented in some other bundled programs e.g. acute myocardial infarction and coronary artery bypass graft [85].

Limitations and research recommendations

Although, we selected the studies based on our inclusion and exclusion criteria as well as the search strategy, we also complemented the search recruiting strategies like forward and backward tracing, but still there might be studies which have ESRD payment components which could not be retrieved by above mentioned strategies. To reduce this limitation, we contacted related researchers and asked them to introduce any relevant studies. This process provided some studies which were not relevant so we did not include them in the study.

Cost controls and quality improvements are more essential in low- and middle-income countries. However, we found no study focusing on the introduction, or assessment of the dialysis payment systems there, which is a gap. So, they are suggested to pay more attentions to ESRD payment systems.

Most of the studies were about the USA and some developed countries. After 2007 the case studies of countries on the dialysis payment systems were limited, which seems to require updates.

Conclusion

This study showed that only the high-income and upper middle-income countries considered their dialysis payment systems to promote quality and efficiency. Different revisions in payment systems were applied to reach this goal through modifying the providers’ behavior. These reforms and policies followed a trend from the FFS toward PPS and pay for performance models, which continues to improve. Each of them had some opportunities and threats. Its’ worthy to pay way toward reducing the threats and strengthening the opportunities to improve the health system.

Availability of data and materials

The dataset (list of included articles) supporting the conclusions of this article is included within the tables in this article and in the supplementary files.

Abbreviations

IV:

Intravenous

Hgb:

Hemoglobin

PD:

Peritoneal dialysis

HD:

Hemodialysis

HHD:

Home hemodialysis

PPS:

Prospective payment system

RPS:

Retrospective payment system

EPO:

Erythropoietin

ESA:

Erythropoiesis-stimulating agents

DOPPS:

Dialysis Outcomes and Practice Patterns Study

ISHCOF:

International Study of Health Care Organization and Financing

USRDS:

The United States Renal Data System

RBC:

Red blood cell

U.S.:

United States

FFS:

Fee-for-service

P4P:

Pay-for-performance

PTH:

Parathyroid hormone

HRQoL:

Health Related Quality of Life

QA:

Quality assurance

ODGB:

Outpatient dialysis global budget payment

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Acknowledgements

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Funding

This was part of a PhD thesis; that was supported by school of public health, Tehran university of medical sciences.

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Authors and Affiliations

  1. Department of Health Policy, Management and Economics, School of Public Health, Tehran University of Medical Sciences, Tehran, Iran

    Zahra Emrani, Rajabali Daroudi & Ali Akbari Sari

  2. Health in Disasters and Emergencies Research Center, Institute for Futures Studies in Health, Kerman University of Medical Sciences, Kerman, Iran

    Mohammadreza Amiresmaili

  3. Nephrology Research Center, Tehran University of Medical Sciences, Tehran, Iran

    Mohammad Taghi Najafi

  4. Center of Excellence in Nephrology, Tehran, Iran

    Mohammad Taghi Najafi

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  1. Zahra Emrani
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  2. Mohammadreza Amiresmaili
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  3. Rajabali Daroudi
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  4. Mohammad Taghi Najafi
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  5. Ali Akbari Sari
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All authors conceptualized the scoping review. ZE, RD and MA identified, selected, and extracted data. All authors contributed in writing the manuscript. All authors have read and approved the manuscript.

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Correspondence to Ali Akbari Sari.

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Supplementary Information

Additional file 1: Table S1.

Database Search Strategies. Table S2. Articles description. Table S3. Indicators classifications.

12913_2022_8974_MOESM2_ESM.xlsx

Additional file 2.

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Emrani, Z., Amiresmaili, M., Daroudi, R. et al. Payment systems for dialysis and their effects: a scoping review. BMC Health Serv Res 23, 45 (2023). https://doi.org/10.1186/s12913-022-08974-4

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Keywords

  • Payment system
  • Reimbursement system
  • Dialysis
  • Efficiency
  • Healthcare

BMC Health Services Research

ISSN: 1472-6963

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