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• W1556156932 abstract "Cost effectiveness is becoming an increasingly important factor for stakeholders faced with decisions about adding a new vaccine into national immunization programmes versus alternative use of resources. Evaluating cost effectiveness, taking into account the relevant biological, clinical, epidemiological and economic factors of a vaccination programme, generally requires use of a model. This review examines the modelling approaches used in cost-effectiveness analyses (CEAs) of vaccination programmes. After overviewing the key attributes of models used in CEAs, a framework for categorising theoretical models is presented. Categories are based on three main attributes: static/dynamic; stochastic/deterministic; and aggregate/individual based. This framework was applied to a systematic review of CEAs of all currently available vaccines for the period of 1976 to May 2007. The systematic review identified 276 CEAs of vaccination programmes. The great majority (83%) of CEAs were conducted in the setting of high-income countries. Only a few vaccines were widely studied, with 57% of available CEAs being focused on the varicella, influenza, hepatitis A, hepatitis B or pneumococcal vaccine. Several time trends were evident, indicating that the number of vaccine CEAs being published is increasing; the main health outcome measures are moving away from the number of cases prevented towards quality-adjusted and unadjusted life-years gained, and more complex models are beginning to be used. The modelling approach was often not adequately described. Of the 208 CEAs that could be categorized according to the framework, around 90% were deterministic, aggregate-level static models. Although a dynamic transmission model is required to account for herd-immunity effects, only 23 of the CEAs were dynamic. None of the CEAs were individual based. To improve communication about the cost effectiveness of vaccination programmes, we believe the first step is for analysts to be more transparent with each other. A clear description of the model type using consistent terminology and justification for the model choice must begin to accompany all CEAs. As a minimum, we urge modellers to provide an explicit statement about the following attributes: static/dynamic; stochastic/deterministic; aggregate/individual based; open/closed. Where relevant, time intervals (discrete/continuous) and (non)linearity should also be described. Enhanced methods of assessing model performance and validity are also required. Our results emphasize the need to improve modelling methods for CEAs of vaccination programmes; specifically, model choice, construction, assessment and validation." @default.
• W1556156932 created "2016-06-24" @default.
• W1556156932 creator A5012069848 @default.
• W1556156932 creator A5027197351 @default.
• W1556156932 date "2008-01-01" @default.
• W1556156932 modified "2023-10-06" @default.
• W1556156932 title "Cost-Effectiveness Analyses of Vaccination Programmes" @default.
• W1556156932 cites W1554104503 @default.
• W1556156932 cites W182083651 @default.
• W1556156932 cites W1969839300 @default.
• W1556156932 cites W1970769167 @default.
• W1556156932 cites W1973982236 @default.
• W1556156932 cites W1976029662 @default.
• W1556156932 cites W1976990216 @default.
• W1556156932 cites W1987750223 @default.
• W1556156932 cites W1989654054 @default.
• W1556156932 cites W1992830100 @default.
• W1556156932 cites W1992899899 @default.
• W1556156932 cites W1997976939 @default.
• W1556156932 cites W1998187952 @default.
• W1556156932 cites W2001622435 @default.
• W1556156932 cites W2006212183 @default.
• W1556156932 cites W2007090126 @default.
• W1556156932 cites W2009908293 @default.
• W1556156932 cites W2011190948 @default.
• W1556156932 cites W2011192463 @default.
• W1556156932 cites W2014942315 @default.
• W1556156932 cites W2015882996 @default.
• W1556156932 cites W2017072316 @default.
• W1556156932 cites W2020016190 @default.
• W1556156932 cites W2023723044 @default.
• W1556156932 cites W2024669183 @default.
• W1556156932 cites W2035446936 @default.
• W1556156932 cites W2036392798 @default.
• W1556156932 cites W2037843530 @default.
• W1556156932 cites W2041278859 @default.
• W1556156932 cites W2051834853 @default.
• W1556156932 cites W2053705735 @default.
• W1556156932 cites W2056516403 @default.
• W1556156932 cites W2060513754 @default.
• W1556156932 cites W2062638219 @default.
• W1556156932 cites W2064530158 @default.
• W1556156932 cites W2067941431 @default.
• W1556156932 cites W2069995517 @default.
• W1556156932 cites W2078892025 @default.
• W1556156932 cites W2080845429 @default.
• W1556156932 cites W2093163392 @default.
• W1556156932 cites W2098166368 @default.
• W1556156932 cites W2102756565 @default.
• W1556156932 cites W2106203584 @default.
• W1556156932 cites W2107170099 @default.
• W1556156932 cites W2108485812 @default.
• W1556156932 cites W2109770014 @default.
• W1556156932 cites W2121056678 @default.
• W1556156932 cites W2121448075 @default.
• W1556156932 cites W2126107167 @default.
• W1556156932 cites W2126132252 @default.
• W1556156932 cites W2126821517 @default.
• W1556156932 cites W2127945186 @default.
• W1556156932 cites W2128041956 @default.
• W1556156932 cites W2129363191 @default.
• W1556156932 cites W2129696609 @default.
• W1556156932 cites W2130369643 @default.
• W1556156932 cites W2132149002 @default.
• W1556156932 cites W2134965109 @default.
• W1556156932 cites W2136808217 @default.
• W1556156932 cites W2139342731 @default.
• W1556156932 cites W2143552723 @default.
• W1556156932 cites W2144764828 @default.
• W1556156932 cites W2145108480 @default.
• W1556156932 cites W2147166346 @default.
• W1556156932 cites W2150106013 @default.
• W1556156932 cites W2150704630 @default.
• W1556156932 cites W2150712216 @default.
• W1556156932 cites W2151345527 @default.
• W1556156932 cites W2151554084 @default.
• W1556156932 cites W2151861782 @default.
• W1556156932 cites W2154146881 @default.
• W1556156932 cites W2154215784 @default.
• W1556156932 cites W2155047639 @default.
• W1556156932 cites W2159554361 @default.
• W1556156932 cites W2160636503 @default.
• W1556156932 cites W2163312994 @default.
• W1556156932 cites W2164490856 @default.
• W1556156932 cites W2164654252 @default.
• W1556156932 cites W2167569773 @default.
• W1556156932 cites W2168764709 @default.
• W1556156932 cites W2319357538 @default.
• W1556156932 cites W3122954206 @default.
• W1556156932 doi "https://doi.org/10.2165/00019053-200826030-00004" @default.
• W1556156932 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18282015" @default.
• W1556156932 hasPublicationYear "2008" @default.
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