Reducing Hepatitis C among people who inject drugs: Evidence for policy makers
26 June 2020
A new PolicyBristol briefing brings together evidence from a range of research projects investigating strategies to reduce Hepatitis C transmission among people who inject drugs.
the effectiveness and cost-effectiveness of providing access to needle and syringe programmes and low dead space syringes as strategies to reduce Hepatitis C transmission
interviews with staff and people who inject drugs to understand how best to introduce detachable low dead space syringes
a co-design project to produce information materials to support the introduction of low dead space equipment.
Worldwide, an estimated 71 million people live with Hepatitis C (HCV). Most new infections in the UK and other similar countries are amongst people who inject drugs. NHS England has set a target to eliminate HCV as a public health threat by 2025.
Matthew Hickman, Professor in Public Health and Epidemiology, University of Bristol, who led the research, said:
“It’s vital that local and national government have evidence on the effectiveness and cost-effectiveness of public health interventions, to justify investment and ensure key services are maintained. Our work shows that needle and syringe programmes in general and distribution of low dead space syringes are not only cost-effective but can also be cost saving in relation to prevention of Hepatitis C and HCV-related liver disease. We show also how changes to injecting equipment can be successfully implemented in practice, through co-producing health advice to services and service users.”
The policy report outlines the key findings and implications of the research for policy makers, which include:
Access to needle and syringe programmes (NSP) can reduce the spread of the HCV among people who inject drugs and reduce healthcare costs.
Low dead space syringes can reduce the spread of blood-borne viruses when injecting equipment is shared.
When commissioning services, local authorities must aim to increase the reach of needle and syringe programmes and provide funding to promote the use of the lowest dead space syringes suited to service user needs.
Needle and syringe programmes should offer both fixed and detachable low dead space syringes so that low dead space options are available for a broad range of injecting practices.
Gradual introduction of detachable low dead space syringes, initially alongside existing equipment, is more likely to be acceptable to people who inject drugs.
Interventions to increase the use of detachable low dead space syringes should include training for NSP staff, education and information for service users, and monitoring of adverse events.
Take-up of these interventions can be improved by using peer support networks and engaging with people who inject drugs.