Key result
The hepatitis C virus Core protein acts as a nucleic acid chaperone that directs the annealing of complementary sequences, strand exchange, and dimerization of the viral (+) strand RNA in vitro.
The HCV Core protein acts as a nucleic acid chaperone similar to retroviral NC proteins, directing the dimerization of the viral RNA genome.
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HCV Core chaperone activity identifies a potential antiviral target; leaves open in vivo validation and therapeutic translation.
Gaël Cristofari (2004) studied Hepatitis C virus (in vitro). HCV Core protein was evaluated on Nucleic acid chaperone properties (annealing, strand exchange, and RNA dimerization). The hepatitis C virus Core protein acts as a nucleic acid chaperone that directs the annealing of complementary sequences, strand exchange, and dimerization of the viral (+) strand RNA in vitro.
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