Search

Background: Bladder cancer (BC) and Renal cell carcinoma (RCC) are the most common urogenital cancers among both sexes, with a yearly global incidence of around 500 000 each. Both BC and RCC have been linked to diabetes. Poor glycemic control (malglycemia) is a serious consequence of diabetes and a possible consequence of systemic treatments used in BC and RCC. The objective of this study was to investigate the prevalence of diabetes and use of hospital-based care for malglycemia in people with BC or RCC. Methods: This Swedish retrospective population-based register study used national health-data registers for longitudinal data on cancer incidence covering 15 years, use of hospital-based health care, and filled prescriptions of outpatient medications. Study endpoints included co-prevalence of diabetes in individuals with BC/RCC, healthcare resource utilization due to malglycemia, use of systemic corticosteroids, and changes in diabetes management for people with concomitant type 2 diabetes. Results: We identified 36,620 and 15,581 individuals diagnosed with BC and RCC, respectively, between 2006 and 2019. The proportion of individuals registered with diabetes was 24% in BC and 23% in RCC. An association between BC/RCC and poor glycemic control was found, although the number of malglycemic events in hospital-based care were few (65/59 per 1000 individuals with diabetes and BC/RCC respectively with at least one event). An earlier switch to insulin-based diabetes management was observed in BC/RCC compared to matched individuals with type 2 diabetes but no cancer. The results also indicated an association between steroid treatment and poor glycemic control, and that systemic corticosteroids were more common among people with BC/RCC compared to diabetes controls. Conclusion: The high prevalence of diabetes and increased use of systemic corticosteroid treatment observed in this large national study highlights the need for specific clinical management, risk-assessment, and monitoring of individuals with BC/RCC and diabetes. [ABSTRACT FROM AUTHOR]

Background: In 2015, the Swedish government in an unprecedented move decided to allocate 150 million € to provide funding for new drugs for hepatitis C. This was triggered by the introduction of the first second generation of direct-acting antivirals (DAAs) promising higher cure rates and reduced side effects. The drugs were cost-effective but had a prohibitive budget impact. Subsequently, additional products have entered the market leading to reduction in prices and expansions of the eligible patient base. Methods: We estimated the social surplus generated by the new DAAs in Stockholm, Sweden, for the years 2014–2019. The actual use and cost of the drugs was based on registry data. Effects on future health care costs, indirect costs and QALY gains were estimated using a Markov model based primarily on Swedish data and using previous generations of interferon-based therapies as the counterfactual. Results: A considerable social surplus was generated, 15% of which was appropriated by the producers whose share fell rapidly over time as prices fell. Most of the consumer surplus was generated by QALY gains, although 10% was from reduced indirect costs. QALY gains increased less rapidly than the number of treated patients as the eligibility criteria was loosened. Conclusions: The transfer of funds from the government to the regions helped generate substantial surplus for both consumers and producers with indirect costs playing an important role. The funding model may serve as a model for the financing of innovative treatments in the future. [ABSTRACT FROM AUTHOR]

The cost‐effectiveness of the second‐generation direct‐acting antivirals (DAA) has received considerable attention; however, their effect on wider societal costs has remained relatively unexplored. The aim of this study was to investigate the effect the new drugs have on sick leave compared to older treatment paradigms. This retrospective study utilized Swedish registry data to identify three cohorts: (a) patients treated with ribavirin and/or peginterferons (peg‐IFN) during 2005‐2011; (b) patients treated with the first generation of DAAs and ribavirin and/or peg‐IFN 2011‐2013; and (c) patients treated with the new generation of DAAs 2014‐2018. Individual‐level data on sick leave and early retirement were used to compare days away from work the year prior to the year following treatment initiation. A difference‐in‐difference model was estimated to test for differences between the cohorts adjusting for age and gender. Days away from work prior to treatment initiation was similar in the cohorts: 106, 85 and 94 days in cohorts 1 to 3. After treatment initiation, the number of days away from worked increased in cohort one and two to 150 and 140 days, while it remained similar in cohort three (88 days). The monetary value of the avoided sick leave was 7000‐10 000 €. In conclusion, patients treated with second‐generation DAAs without peg‐IFN had fewer days of sick leave in the year following treatment initiation compared to older treatments. Some caution is advised when interpreting the absolute figures due to potential heterogeneity between cohorts as they were treated at different points in time. [ABSTRACT FROM AUTHOR]