Maximum levels of hepatitis C virus lipoviral particles are associated with early and persistent infection

Authors

David A. Sheridan, Peninsula Medical School
Behzad Hajarizadeh, University of New South Wales
Fiona I. Fenwick, Newcastle University
Gail V. Matthews, University of New South Wales
Tanya Applegate, University of New South Wales
Mark Douglas, University of Sydney
Dermot Neely, Newcastle upon Tyne Hospitals NHS Foundation Trust
Bev Askew, HB Innovations Ltd
Gregory J. Dore, University of New South Wales
Andrew R. Lloyd, University of New South Wales
Jacob George, University of Sydney
Margaret F. Bassendine, Imperial College London
Jason Grebely, University of New South Wales

ORCID

• David A. Sheridan: 0000-0001-5100-814X

DOI Link

10.1111/liv.13176

DOI

10.1111/liv.13176

Publication Date

2016-07-05

Publication Title

Liver International

ISSN

1478-3223

Embargo Period

2017-07-05

Recommended Citation

Sheridan, D., Hajarizadeh, B., Fenwick, F., Matthews, G., Applegate, T., Douglas, M., Neely, D., Askew, B., Dore, G., Lloyd, A., George, J., Bassendine, M., & Grebely, J. (2016) 'Maximum levels of hepatitis C virus lipoviral particles are associated with early and persistent infection', Liver International, . Available at: 10.1111/liv.13176