Vaccination budget in Europe: an update

Immunization has been shown to be the most effective disease prevention measure of all time, apart from water purification. However, vaccination programs remain highly vulnerable to budget cuts as their benefits may not be immediately and fully identifiable. Therefore, monitoring of healthcare expenditures allocated to prevention and vaccination is critical. This letter updates our previous observation of expenditure for prevention and vaccination programs in eight European countries by adding data from 2014, where available. Prevention and vaccines still entail a relatively low level of investment in European countries. Less than 0.5% of GDP is allocated to disease prevention programs and vaccine expenditure fall below 0.5% of healthcare spending in many of the countries. An adequate level of resources needs to be allocated to ensure efficient and sustainable vaccination programs.

The intangible benefits of vaccination - what is the true economic value of vaccination?

Previous economic evaluations of new vaccines largely focussed on a narrow set of benefit categories, including primarily health gains and disease-related medical cost-savings, which probably resulted in underestimates of the true value of these vaccines. Other economic benefits of vaccines could be considered to assess the full economic value of vaccination, such as, for example, impact of the human papillomavirus vaccine on women's fertility through the decrease in precancerous lesions and, therefore, in the number of diagnostic and treatment interventions, which can be associated with an increased risk of subsequent pregnancy complications. Vaccines' impact on resource allocation at hospital level or on antimicrobial resistance, such as pneumococcal conjugate vaccines that have substantially reduced infections due to antimicrobial non-susceptible strains, thereby rendering the residual disease easier to treat, are other examples of intangible benefits of vaccination. These benefits are generally not considered in economic evaluations because they may not be immediately visible and are difficult to quantify. However, they should be taken into consideration in health technology assessments to enable those responsible for healthcare policies to make well-informed decisions on vaccination.

Vaccination: the cornerstone of an efficient healthcare system

Vaccination has made an important contribution to the decreased incidence of numerous infectious diseases and associated mortality. In 2013, it was estimated that 103 million cases of childhood diseases in the United States had been prevented by the use of vaccines since 1924. These health effects translate into positive economic results, as vaccination can provide significant savings by avoiding the direct and indirect costs associated with treating the disease and possible long-term disability. A recent US study estimated that every dollar spent on childhood vaccination could save US$3 from a payer perspective and US$10 from a societal perspective. The first vaccines set a high standard from a public health 'return on investment' perspective, because they are highly cost-saving. Today, however, where only a few healthcare interventions are considered to be cost-saving, the challenge that decision-makers typically face is to identify such healthcare interventions that are deemed cost-effective, that is, provide extra benefit at a reasonable extra cost. Some of the newer vaccines provide a solution to some of today's important health issues, such as cervical cancers with human papillomavirus vaccines, or debilitating diseases with herpes zoster vaccines. These recent, more expensive vaccines have been shown to be cost-effective in several economic analyses. Overall, vaccination can still be regarded as one of the most cost-effective healthcare interventions.

Do current cost-effectiveness analyses reflect the full value of childhood vaccination in Europe? A rotavirus case study

Economic evaluation of vaccination programs can be challenging and does not always fully capture the benefits provided. Reasons for this include the difficulties incurred in accurately capturing the health and economic impact of infectious diseases and how different diseases may interact with each other. Rotavirus infection, for example, peaks at a similar time than other infectious diseases, such as RSV and influenza, which can cause hospital overcrowding and disruption, and may pose a risk to more vulnerable children due to limited availability of isolation facilities. Another challenge, specific to evaluating childhood vaccination, is that QoL cannot be accurately measured in children due to a lack of validated instruments. Childhood diseases also incur a care giver burden, due to the need for parents to take time off work, and this is important to consider. Finally, for diseases such as RVGE, cost-effectiveness analyses in which longer time horizons are considered may not reflect the short-term benefits of vaccination. Further quantification of the economic impact of childhood diseases is thus required to fully highlight the true benefits of childhood vaccination that may be realized. Herein we explore the limitations of existing economic evaluations for childhood vaccination, and how economic analyses could be better adapted in future.

Annual cost of hospitalization, inpatient rehabilitation, and sick leave for head and neck cancers in Germany

Background

Data on the economic burden of head and neck cancers (HNCs) in Germany is scarce. About 16%–28% of these cancers are associated with human papillomavirus (HPV) infection. Therefore, the study reported here aimed to assess the annual costs of HPV-related HNCs incurred by hospitalization, inpatient rehabilitation, and sick leave in Germany in 2008.

Methods

A cross-sectional retrospective analysis of five German databases covering hospital treatment, inpatient rehabilitation, and sick leave in 2008 was performed. All hospital, inpatient rehabilitation, and sick leave cases due to HNCs in 2008 were analyzed. Associated numbers of HNC hospitalizations, health care resource use, and costs were identified and extracted using the International Classification of Diseases, tenth revision (ICD-10; World Health Organization, Geneva, 1990) codes C01–C06, C09–C14, and C32 as the main diagnoses. Resources were valued with German official prices in 2008 euros (€). The annual costs of HPV-related HNCs were estimated based on the percentage of HNCs likely to be attributable to HPV infection.

Results

In 2008, there were 63,857 hospitalizations, 4898 inpatient rehabilitations, and 17,494 sick leaves due to HNCs, representing costs of €365.78 million. The estimated annual costs associated with HPV-related HNCs were €78.22 million, mainly attributed to males (80%). Direct costs accounted for 84% (80% for hospital treatment, 4% for inpatient rehabilitation) and indirect costs due to sick leave accounted for 16% of HPV-related HNC costs.

Conclusion

The economic burden of HPV-related HNCs in Germany in 2008 has been underestimated, since costs incurred by outpatient management, outpatient chemotherapy, long-term care, premature retirement, and premature death were not included. However, as far as we are aware, this study is the first analysis to investigate the economic burden of HNCs in Germany. The estimated annual costs of HPV-related HNCs contribute to a significant economic burden in Germany and should be considered when assessing the health and economic benefits of HPV vaccination in both sexes.

Annual cost of hospitalization, inpatient rehabilitation and sick leave of anal cancer in Germany

OBJECTIVE

Literature on the economic burden of anal cancer in Germany is scarce. About 84% of these cancers are associated with human papillomavirus infection. This study, therefore, aimed to assess the annual costs of human papillomavirus-related anal cancer incurred by hospitalization, inpatient rehabilitation, and sick leave in 2008 in Germany.

METHODS

A cross-sectional retrospective analysis of five German databases covering hospital treatment, inpatient rehabilitation, and sick leave in 2008 was performed. All hospital, inpatient rehabilitation, and sick leave cases due to anal cancer in 2008 were analyzed. Associated numbers of anal cancer hospitalizations, healthcare resource use, and costs were identified and extracted using the ICD-10 code C21 as the main diagnosis. The annual cost of human papillomavirus-related anal cancer was estimated based on the percentage of anal cancer likely to be attributable to human papillomavirus.

RESULTS

In 2008, there were 5774 hospitalizations (39% males, 61% females), 517 inpatient rehabilitations, and 897 sick leaves due to anal cancer representing costs of €34.11 million. The estimated annual costs associated with human papillomavirus-related anal cancer were €28.72 million, mainly attributed to females (62%). Direct costs accounted for 90% (86% for hospital treatment, 4% for inpatient rehabilitation) and indirect costs due to sick leave accounted for 10% of human papillomavirus-related costs.

CONCLUSIONS

The economic burden of human papillomavirus-related anal cancer in 2008 in Germany is under-estimated, since costs incurred by outpatient management, outpatient chemotherapy, long-term care, premature retirement, and premature death were not included. However, this study is the first analysis to investigate the economic burden of anal cancer in Germany. The estimated annual costs of human papillomavirus-related anal cancer contribute to a significant economic burden in Germany and should be considered when assessing health and economic benefits of human papillomavirus vaccination in both genders.

Head and neck cancers in France: an analysis of the hospital medical information system (PMSI) database

BACKGROUND

With 16,005 new cases and 5,406 related deaths in 2005, France is particularly concerned by Head and Neck (H&N) cancers. In addition to tobacco and alcohol, Human Papillomavirus (HPV) has been reported as a risk factor for H&N cancers. The literature on the burden of these cancers in Europe is scarce. This study was performed to assess the medical and economical burden of hospitalisations for H&N cancers in France.

METHODS

The French national hospital database (PMSI), in which admissions to public and private hospitals are recorded, was retrospectively analysed to assess the annual number of patients hospitalised for H&N cancers and associated hospital costs from the healthcare payer perspective. ICD-10 codes (16 codes classified as oral cavity, oropharynx, pharynx, salivary glands and larynx) were used to extract admissions for these cancers. Hospital stays, chemotherapy and radiotherapy sessions were extracted to assess patients' management. Costs of admissions were obtained from French official tariffs.

RESULTS

In 2007, there were 36 268 patients hospitalised for H&N cancers, of whom 81% were men, corresponding to 60 200 hospital stays and 287 846 sessions of chemo- or radio-therapy. Oropharynx cancer was the most frequent (28% of patients), followed by oral cavity cancer (25% of patients). The peak of frequency was observed in the 55-59 years age group. Patients were mainly treated in medicine (48%) and surgery (23%) units. Mean annual cost per patient ranged from €2,764 to €7,673 leading to a total hospital cost of €323 millions in 2007 (including hospitalization and expensive drugs). With 26% of H&N cancers attributable to HPV infections, 9 430 patients were hospitalized due to HPV-related H&N cancers, representing €138 million in 2007.

CONCLUSION

Even without taking into account the rehabilitation costs, the hospital burden of H&N cancers is considerable.

Cost-effectiveness evaluation of a quadrivalent human papillomavirus vaccine in Belgium

BACKGROUND

The introduction of a quadrivalent human papillomavirus (HPV; types 6, 11, 16, 18) vaccine is expected to significantly reduce the burden of cervical cancer, cervical intraepithelial neoplasia (CIN), genital warts and other HPV-related diseases.

OBJECTIVE

To determine the cost effectiveness of providing a quadrivalent (6,11,16,18) HPV vaccine programme in adolescent females aged 12 years in addition to the existing cervical cancer screening programme in Belgium.

METHODS

A Markov state-transition model was developed for the Belgian context in order to evaluate the long-term impact of vaccinating a cohort of girls aged 12 years alongside the existing screening programme. Women were followed until the age of 85 years. A vaccine that would prevent 100% of diseases associated with HPV-6, -11, -16 and -18, with lifetime duration of efficacy, 80% coverage, in conjunction with current screening, was compared with screening alone. For this analysis, 35% of cases of CIN-1, 55% of CIN-2/3, 75% of cervical cancer and 90% of genital warts were considered to be attributable to HPV-6, -11, -16 or -18. The model estimated lifetime risks and total lifetime healthcare costs, survival and QALYs for cervical cancer, CIN and genital warts. Outcomes validation was applied. Model outcomes also included incremental costs per life-year gained and incremental costs per QALY gained. The analysis was conducted from the perspective of the Belgian healthcare payer, and costs were in year 2006 values.

RESULTS

The model estimated a reduction in the lifetime risk of cervical cancer from 0.94% to 0.34%, therefore preventing 362 cases of cervical cancer and 131 related deaths in a cohort of 60,000 girls aged 12 years in Belgium. The base-case scenario suggests quadrivalent HPV vaccination in addition to current cervical screening in Belgium to be cost effective at euro 10,546 per QALY. This is within the accepted range of cost-effective interventions in Europe. This cost effectiveness is maintained for different parameter assumptions in the sensitivity analysis, with the exception of very high discount rates for costs and medical benefits, but, even in the worst case, ratios were still less than euro 50,000 per QALY. Even when a separate scenario modelled the requirement for a booster vaccination to sustain a lifetime duration of protection, the results remained cost effective at eruo 17,388 per QALY.

CONCLUSIONS

Vaccination with a quadrivalent HPV vaccine appears to be a cost-effective public health intervention in conjunction with the existing screening programme in Belgium. The additional costs of introducing vaccination to the established screening programme would be offset by the potential savings from not having to treat the diseases caused by HPV-6, -11, -16 or -18.

Epidemiology and cost of treatment of genital warts in Spain

BACKGROUND

Genital warts (GW) are common and increasing in young people. Ninety percent of GW are due to Human Papillomavirus (HPV) types 6 and 11. The objective of this study was to assess the epidemiology and management costs associated with GW in Spain.

METHODS

A 1-year (2005) retrospective observational study was performed among a sample of gynaecologists, dermatologists and urologists in six autonomous regions in Spain. Men and women with newly diagnosed, recurrent or resistant GW were included. We estimated the incidence (new and recurrent cases) and prevalence (also including resistant cases) of GW. Healthcare resource use were collected and combined with unit costs to assess the mean cost of GW management per patient. These figures were extrapolated to the 14- to 64-year-old Spanish population to estimate the total cost of GW management from the Third Party Payer (TPP) and societal perspectives.

RESULTS

The overall annual incidence of GW was estimated at 160.4 cases per 100,000. Overall prevalence was calculated as 182.1 cases per 100,000, corresponding to 56 446 GW cases annually (14- to 64-year-old population). The mean management cost was 833 euros and 1056 euro per patient from the TPP and societal perspective, respectively. The overall annual cost was estimated at 47 million euros and 59.6 million euros, from the TPP and societal perspective, respectively.

CONCLUSION

This study provides a first overview of the burden of GW in Spain. A quadrivalent HPV vaccine that prevents HPV 6, 11, 16, 18 related diseases will have the potential to significantly decrease the socio-economic burden associated with GW in Spain.

Economic burden associated with the management of cervical cancer, cervical dysplasia and genital warts in Belgium

OBJECTIVE

Human papillomavirus (HPV) infections can lead to cervical intraepithelial neoplasia (CIN) lesions, cervical cancer (CC) and genital warts (GWs). This study intended to assess the annual cost of CC, CIN and GW management in Belgium.

METHOD

A retrospective study using a Belgian Hospital Disease Database (for yearly hospital cost of CC and GW patients) and a clinical expert survey were performed to assess the medical management of CC, CIN and GW patients. Belgian official sources were used to estimate the annual costs of management of CC, CIN and GW patients both from a healthcare payer perspectives (HCPP) and a societal perspective.

RESULTS

Based on the 667 patients diagnosed annually in Belgium with CC and an annual cost per patient of euro9,716, the total annual cost of CC is euro6.5 million (HCPP). The 10,495 estimated CIN 1, 2 and 3 patients led to an annual cost of euro1.97 million (HCPP). The 7,989 estimated annual number of diagnosed GW patients led to an estimated annual cost of euro2.53 million (HCPP).

CONCLUSION

HPV-related diseases represent an important burden on Belgian society, especially when considering that the estimates in this study are probably underestimations, as the management costs of other HPV-related diseases (vulvar, vaginal, penile, oropharyngeal (pre-) cancers, recurrent respiratory papillomatosis etc.) are not included in this analysis.

Bactériémies à Staphylococcus aureus résistant à la méthicilline: aspects épidémiologiques et thérapeutiques récents

PURPOSE

Staphylococcus aureus is the first agent responsible for nosocomial bacteremia in France. About 40% of the strains are resistant to methicillin (MRSA). The epidemiology of these infections has changed in the last fifteen years whereas therapeutics options have slightly progressed.

CURRENT KNOWLEDGE AND KEY POINTS

Hospital-acquired MRSA bacteremia are more and more frequent while community-acquired strains recently appeared. Factors influencing the emergence of these infections were identified thanks to numerous clinical studies, as well as patients risk factors for developing these infections and their complications. At the same time, intermediate sensitive and resistant MRSA strains to glycopeptides appeared. Conversely, the best antibiotic strategy is still unclear in absence of good clinical studies. The interest of antibiotics combinations and of glycopeptides serum-concentrations control is still a matter of debate. Finally, the number of new active molecules remains limited.

PERSPECTIVES

The frequency and severity of MRSA bacteremia are quite worrying in our country. The epidemiology of these infections must be known by every clinicians in order to prevent them. The therapeutic strategy has to be better define and need for new anti-infectious agents is critic.

[Invasive cervical cancer treatment costs in France]

The objective of this study was to estimate the direct costs of invasive cervical cancer (ICC) management to the French national health insurance system the 1st year after ICC diagnosis. A retrospective survey was conducted in three centres in 2005, including 42 patients admitted for ICC between 2001-2003. Medical records were examined for data relating to treatments and to determine the management costs. To estimate the annual cost of ICC management in France, data were extrapolated to the general population. The number of new ICC cases in France was estimated at 3,247 in 2003. The mean hospitalisation cost increased with ICC severity at diagnosis: 9,164 euros for stage I, 15,999 euros for stage II, 22,697 euros for stage III, and 26,886 euros for stage IV. The annual cost associated with the medical management of ICC patients was estimated at 43,862,125 euros (sensitivity range 32,973,461 euros-54,748,422 euros) corresponding to a mean patient cost of 13,509 euros. Recent HPV vaccination studies have shown 100 % for a quadrivalent (6,11,16,18) HPV vaccine against HPV-induced carcinoma in situ (FIGO stage 0/CIN3), a precursor lesion that may develop into ICC. Thus, it is expected that this vaccine will significantly reduce the socio-economic burden associated with this disease.

[Anogenital warts incidence, medical management and costs in women consulting gynaecologists in France]

OBJECTIVES

The objectives of this study were to estimate the incidence of genital warts and treatment costs in women consulting gynaecologists in France in 2005.

PATIENTS AND METHODS

A prospective observational study was performed through a representative sample of gynaecologists. Investigators enrolled all patients seen with genital warts during a 2-month period. A questionnaire detailing socio-demographic characteristics, case description, patient's clinical profile, past/ current management, and treatment of genital warts was completed by the investigators.

RESULTS

212 gynaecologists participated in the study. Questionnaires were completed for 263 patients including 198 (75.3%) new cases, 53 (20.2%) recurrent cases and 12 (4.5%) resistant cases. The overall incidence was estimated at 228.9/100,000 (female 15-65year old population) corresponding to 47,755 cases annually managed by gynaecologists in France. The average treatment cost was 482.70euro for society and 342.40 euro for third-party payers. The annual direct cost of genital warts management was estimated at 23,051,339euro, of which 16,351,312euro was funded by the French health care system.

DISCUSSION AND CONCLUSION

The costs of treating genital warts are considerable. The introduction of a quadrivalent (type 6,11,16,18) Human Papillomavirus vaccine including types responsible for 90% of genital warts could potentially substantially reduce these costs.

[Cervical cancer screening and associated treatment costs in France]

OBJECTIVE

Oncogenic human papillomaviruses (HPV) cause cervical cancer (CC). Screening prevents CC by detecting and removing cervical intraepithelial neoplasia (CIN) lesions that are detected through abnormal Pap smears. This study assessed the costs of CC screening, management of abnormal Pap smears, and treatment of CIN in France.

PATIENTS AND METHODS

Pap smears received by laboratory Pasteur-Cerba during a 7-month period were examined. Patients with abnormal Pap smears were identified and followed for 6 months after diagnosis. The management of abnormal Pap smears was documented. These data and other published studies were used to estimate the total number of pap smears, distribution of abnormal smears requiring further examinations, and number of CIN diagnosed. Economic analyses were performed to estimate total CC screening costs from the health care payer (HCP) and societal perspective.

RESULTS

An estimated 6,111,787 Pap smears were performed in 2004, including 222,350 abnormal (3.9%) and 63,616 follow-up smears. In total, 58,920 cervical biopsies and 52,525 HPV tests were performed after an abnormal Pap smear. The cost associated with CC screening, including management of abnormal findings, was estimated at 174.2 million euro from the HCP perspective. Total treatment cost for all CIN was estimated at 22.3 million euro (HCP perspective).

DISCUSSION AND CONCLUSION

Overall cost for screening, diagnosis and management of Pap smears was estimated at 335.7 million euro of which 196.5 million euro where funded by the HCP. An HPV vaccine that prevents pre-cancerous or cancerous lesions of the cervix will decrease the socio-economic burden associated with the screening of these lesions.