Universal screening strategy can improve life expectancy in those infected with hepatitis C virus (HCV). Researchers developed a new mathematical model that assesses the efficacy and cost-effectiveness of different screening strategies, including universal screening.

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Around 75 000 people in France are unaware that they are infected by hepatitis C virus (HCV). Researchers developed a new mathematical model that assesses the efficacy and cost-effectiveness of different screening strategies, including universal screening. Cost-effective universal screening strategy applied to hepatitis C can improve life expectancy in those infected with hepatitis C virus.
This study applied data from a 2004 InVS seroprevalence survey to 18- to 80-year-olds in France, excluding people with diagnosed chronic HCV infection. The researchers developed their analytical model using a combination of these seroprevalence data and findings from studies of the characteristics of people infected (age, sex, stage of the disease at diagnosis, alcohol intake, etc.), the natural progression of the disease, the efficacy of treatments, the quality of life of the patients treated, and the cost of treatment of infection.
The screening strategies assessed targeted the following groups: the at-risk population only, all men aged between 18 and 59, all people aged between 40 and 59, all people aged between 40 and 80, and everyone aged between 18 and 80, i.e., universal screening.
The modeling results show that universal screening is associated with better life expectancy adjusted for quality of life than other strategies. Universal screening is cost-effective if the patients tested for HCV infection are treated rapidly after diagnosis.
Sylvie Deuffic-Burban points out that "Screening, on an individual basis, enables rapid treatment, which avoids the development of serious complications. In time, collective screening helps eliminate hepatitis C from a population that has been screened without restrictions."
Sylvie Deuffic-Burban concludes that "Although our model is unable to test the idea, the epidemiological similarities of HCV, HIV, and HBV suggest that universal and combined screening for these three viruses could be of particular interest."
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