About AVT
Browse Articles
Authors
Customer Services

Original article

Cost-effectiveness of second-generation direct-acting antiviral agents in chronic HCV infection: a systematic literature review

László Szilberhorn, Zoltán Kaló, Tamás Ágh

Corresponding author name: László Szilberhorn
Corresponding author e-mail: laszlo.szilberhorn@tatk.elte.hu

doi: 10.3851/IMP3290

Abstract

Background: Our objectives were to review the economic modelling methods and cost-effectiveness of second generation direct-acting antiviral agents for the treatment of chronic hepatitis C virus infection.

Methods: A systematic literature search was performed in February 2017 using Scopus and OVID to review relevant publications between 2011 to present. Two independent reviewers screened potential papers.

Results: The database search resulted in a total of 1,536 articles; after deduplication, title/abstract and full text screening 67 studies were included for qualitative analysis. The vast majority of studies were conducted in high income countries (n=59), and used Markov-based modelling technique (n=60). Most of the analyses utilized long-term time horizons; 58 studies calculated lifetime costs and outcomes. The examined treatments were heterogenic among the studies; 7 analyses did not directly evaluated treatments (just along with screening or genotype testing). The examined treatments (n=60) were either dominant (23%), or cost-effective at base case (57%) or in given subgroups (18%). Only one (2%) study reported that the assessed treatment is not cost-effective with the given setting and price.

Conclusions: Despite their high initial therapeutic costs, second generation direct-acting antiviral agents were found to be cost-effective to treat chronic hepatitis C virus infection. Studies were predominantly conducted in higher income countries, although we have limited information on cost-effectiveness in low and middle income countries, where assessment of cost-effectiveness is even more essential due to more limited health care resources and potentially higher public health burden due to unsafe medical interventions.

<< BACK

Copyright © 2019 Nucleus Holdings Ltd. Part of Nucleus Global.
Design and Technology by Nucleus Global
Company registration No. 321 0712 (England & Wales). Registered Office address: Admiral House 76-78 Old Street, London EC1V 9AZ.