Completed Infection & Immunity Digestion, Kidneys & Other Organs

SouthEast Asian Research Collaboration in Hepatitis (SEARCH)

In plain English

AI plain-English summary

A large clinical trial in Vietnam will test whether shorter, cheaper courses of hepatitis C drugs can cure patients just as effectively as the standard long course, potentially saving millions of people unnecessary treatment costs. Hepatitis C infects an estimated 1 million people in Vietnam, many with a viral strain (genotype 6) that has been neglected by clinical studies. New direct-acting antivirals can cure the disease, but the standard treatment duration overtreats many patients, adding cost and inconvenience—especially for those who pay for part of their own care. The trial uses an innovative design that drops treatment strategies early if they fail to show high cure rates, making the research efficient and affordable in a low- and middle-income country. If the trial identifies shorter, equally effective regimens, it could transform how hepatitis C is treated across the developing world. The collaboration also includes whole-genome sequencing to track viral resistance mutations, pharmacokinetic modelling to optimise dosing, and health economic analysis to weigh costs against benefits. Success would mean cheaper, more convenient treatment for millions, reducing the global burden of a curable disease that quietly damages livers and kills.

View original technical description
New direct acting antivirals (DAAs) to treat hepatitis C (HCV) have the potential to overcome many current barriers to curative treatment throughout the world. However, licensed durations of therapy will overtreat many individuals with unnecessary costs and inconvenience to patients who often have to pay for (at least part) of their treatment. The central work within this collaborative will be a large randomised trial with an innovative design to evaluate different treatment strategies suitable for scale up in low income countries. Two different treatments will be evaluated, strategies being dropped early if not demonstrating high enough cure rates. The trial will be based in Vietnam, home to an estimated 1 million HCV-infected individuals with a high proportion of genotype 6 HCV infections (relatively neglected by clinical studies to date). As a low/middle-income country, Vietnam can access more affordable generic therapies allowing studies to be done that would be prohibitively expensive in wealthier countries. The collaborative encompasses wider expertise to inform the use and scale up of DAAs (i) Whole genome sequencing to understand the impact of viral resistance mutations, particularly in G6 (ii) Pharmacokinetic/pharmacodynamics modeling (iii) Health economic analysis to evaluate cost/benefits of different treatments and treatment strategies

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Researchers

Graham Cooke (EPMC Awardee)

Related Research

Grants with similar aims, by meaning.

SEARCH: SouthEast Asian Research Collaborative in Hepatitis
NIHR Global Health Research Group on developing strategies for hepatitis C in Ethiopia (DESTINE)
Optimising the clinical and cost effectiveness of therapy for chronic hepatitis C virus infection. Strategies to identify patients who require modified treatment regimes.
Stratified Treatment OPtimisation for HCV-1 (STOP-HCV 1)
Exploring barriers and enablers to hepatitis C virus direct acting antiviral treatment uptake

Original classification

Collaborative Award in Science

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