Abstract
Background/Aims: Among the report interactions between ethanol and hepatitis B virus (HBV), studies of transgenic mice have suggested an effect of ethanol on the secretion of viral envelope proteins.Methods: We further investigated these interactions in vitro by determining HBs antigen levels and performing northern blots of viral mRNA in human cell culture (HepG2 HBV positive cells) exposed for 3 to 12 days to various concentrations of ethanol.Results: In cultures exposed to 200 mM ethanol, HBs antigen concentrations increased in the medium (p<0.05) after 3 days as Pre-S1 and Pre-S2 protein concentrations. This increase was not specific, as albumin and ferritin increased in the same proportions. Ethanol also increased the HBs antigen concentration in the cells (p<0.05), whereas levels of viral mRNA encoding surface proteins were unaffected.Conclusions: These findings show that short-term ethnaol exposure in vitro can induce HBs antigen overexpression via a post-transcriptional mechanism.
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