Donate today to support women in science at Burnet and their work to unlock the vaginal microbiome and reduce risk of HIV infection and preterm birth for women around the world.
Improving the health of vulnerable communities and changing lives is at the heart of what we do and who we are.
The discovery of highly effective hepatitis C virus (HCV) treatments has led to discussion of elimination and intensified interest in models of HCV transmission. In developed settings, HCV disproportionally affects people who inject drugs (PWID), with models typically used to provide an evidence base for the effectiveness of interventions such as needle and syringe programs, opioid substitution therapy and more recently treating PWID with new generation therapies to achieve specified reductions in prevalence and / or incidence. This manuscript reviews deterministic compartmental S-I, deterministic compartmental S-I-S and network-based transmission models of HCV among PWID. We detail typical assumptions made when modelling injecting risk behaviour, virus transmission, treatment and re-infection and how they correspond with available evidence and empirical data.
To create and translate knowledge into better health, so no-one is left behind.
85 Commercial Road, Melbourne
VIC, 3004, Australia
Receive updates and IMPACT magazine.
Copyright © 2023 Burnet Institute. ABN: 49 007 349 984
This website was developed with the generous support of a donor.
Burnet Institute (Australia) is located on the traditional land of the Boon Wurrung people and we offer our respects to their Elders past and present.
We recognise and respect the continuation of cultural, spiritual and educational practices of Aboriginal and Torres Strait Islander peoples of this land.
