Wen-ying Dai , Guo-qing Yao , Xi-chuan Deng , Guang-chao Zang , Jia Liu , Guang-yuan Zhang , Yu-meng Chen , Ming-qi Lv , Ting-ting Chen
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引用次数: 2
Abstract
Heat shock proteins (HSPs), which have a variety of functions, are one of the stress protein families. In recent years, They have been reported to play a dual role in hepatitis B virus (HBV) which as persistent infection which is associated with, cirrhosis and liver cancer. In this article, we have summarized the regulatory mechanisms between HSPs and viruses, especially HBV and associated diseases based on HSP biological functions of in response to viral infections. In view of their potential as broad-spectrum antiviral targets, we have also discuss current progress and challenges in drug development based on HSPs, as well as the potential applications of agents that have been evaluated clinically in HBV treatment.
期刊介绍:
The Journal of Virus Eradication aims to provide a specialist, open-access forum to publish work in the rapidly developing field of virus eradication. The Journal covers all human viruses, in the context of new therapeutic strategies, as well as societal eradication of viral infections with preventive interventions.
The Journal is aimed at the international community involved in the prevention and management of viral infections. It provides an academic forum for the publication of original research into viral reservoirs, viral persistence and virus eradication and ultimately development of cures.
The Journal not only publishes original research, but provides an opportunity for opinions, reviews, case studies and comments on the published literature. It focusses on evidence-based medicine as the major thrust in the successful management of viral infections.The Journal encompasses virological, immunological, epidemiological, modelling, pharmacological, pre-clinical and in vitro, as well as clinical, data including but not limited to drugs, immunotherapy and gene therapy. It is an important source of information on the development of vaccine programs and preventative measures aimed at virus eradication.