AbstractThe hepadnaviral DNA genome is synthesized by a viral-encoded reverse transcriptase, but the nature of this protein(s)in vivoremains obscure. We have previously described studies in which activity gel assays identified multiple DNA polymerase (DNAp) activities associated with highly purified duck hepatitis B virus (DHBV) core particles. We now report that virions isolated from viremic sera are associated with DNA-dependent DNAp activities which are nearly identical to major DNAp activities detected with highly purified DHBV core particles. These results suggest that the virion-associated polymerases are the same as those which are detected with core particles and are likely to represent DHBVpolgene products involved in replication o...
The synthesis of the hepadnavirus relaxed circular DNA genome requires two template switches, primer...
We expressed the Hepatitis B virus polymerase (HBV P protein) using a recently introduced yeast syst...
AbstractThe T3 motif on the duck hepatitis B virus reverse transcriptase (P) is proposed to be a bin...
The hepadnaviral DNA genome is synthesized by a viral-encoded reverse transcriptase, but the nature ...
AbstractThe hepadnaviral DNA genome is synthesized by a viral-encoded reverse transcriptase, but the...
Replication of hepadnaviruses involves reverse transcription of an intermediate RNA molecule. It is ...
Replication of the hepadnavirus DNA genome is accomplished via reverse transcription of an intermedi...
It was recently found that the Duck hepatitis B virus (DHBV) reverse transcriptase is primarily a no...
AbstractSynthesis of hepadnaviral DNA is dependent upon both the viral DNA polymerase and the viral ...
AbstractWe have identified and characterized a novel intracellular DNA replicative intermediate that...
Hepadnaviruses can cause not only acute but also chronic infections. The regulation of the copy numb...
While the intracellular pool of encapsidated hepatitis B viral DNA contains genomes in all stages of...
AbstractReplication of the hepadnavirus genome is catalyzed by a multifunctional reverse transcripta...
AbstractHepadnaviruses establish chronic liver infections, but the mechanisms of persistence and imm...
AbstractHepadnaviral reverse transcription occurs in capsids in which the core (C) protein surrounds...
The synthesis of the hepadnavirus relaxed circular DNA genome requires two template switches, primer...
We expressed the Hepatitis B virus polymerase (HBV P protein) using a recently introduced yeast syst...
AbstractThe T3 motif on the duck hepatitis B virus reverse transcriptase (P) is proposed to be a bin...
The hepadnaviral DNA genome is synthesized by a viral-encoded reverse transcriptase, but the nature ...
AbstractThe hepadnaviral DNA genome is synthesized by a viral-encoded reverse transcriptase, but the...
Replication of hepadnaviruses involves reverse transcription of an intermediate RNA molecule. It is ...
Replication of the hepadnavirus DNA genome is accomplished via reverse transcription of an intermedi...
It was recently found that the Duck hepatitis B virus (DHBV) reverse transcriptase is primarily a no...
AbstractSynthesis of hepadnaviral DNA is dependent upon both the viral DNA polymerase and the viral ...
AbstractWe have identified and characterized a novel intracellular DNA replicative intermediate that...
Hepadnaviruses can cause not only acute but also chronic infections. The regulation of the copy numb...
While the intracellular pool of encapsidated hepatitis B viral DNA contains genomes in all stages of...
AbstractReplication of the hepadnavirus genome is catalyzed by a multifunctional reverse transcripta...
AbstractHepadnaviruses establish chronic liver infections, but the mechanisms of persistence and imm...
AbstractHepadnaviral reverse transcription occurs in capsids in which the core (C) protein surrounds...
The synthesis of the hepadnavirus relaxed circular DNA genome requires two template switches, primer...
We expressed the Hepatitis B virus polymerase (HBV P protein) using a recently introduced yeast syst...
AbstractThe T3 motif on the duck hepatitis B virus reverse transcriptase (P) is proposed to be a bin...