<p>Unique residues of IndD4 are underlined. The major amino acids are indicated in <b>bold</b>. <sup>a</sup>The conserved domains of the open reading frame of HBV polymerase are indicated as follows: tp, terminal protein domain; sp, spacer region; rt, reverse transcriptase domain; rh, RNase H region. *, ** the overlapping surface and polymerase mutations</p><p>Conserved amino acid residues in four open reading frames of Indian HBV/D4 (IndD4) isolates compared with the previously reported residues at the same position in different subgenotypes of D (D1–D9).</p
<p>(A) The RBD in H5N1 HA consists of three secondary structure elements, Loop130, Loop220 and Helix...
The replication of human herpesvirus-6 (HHV-6) DNA is catalyzed by the viral DNA polymerase pU38 and...
<p>The number of the first residue in each motif is given. The amino acids that coordinate the catal...
<p>The values are presented as the percent nucleotide mutations (upper panel) or amino acid substitu...
To explore functional domains in the hepatitis B virus (HBV) polymerase, two naturally occurring HBV...
<p>Manually optimized alignments between HBV RNAseH and <b>A.</b> the HIV-1 RNAseH, or <b>B.</b> the...
<p>Numbers in superscript represent the number of isolates with a particular noted residue. Amino ac...
<p><b>A.</b> Sequence alignment for genotype A, B, C, D, and H versions of the HBV RNAseH expression...
There is currently no universally accepted numbering convention for the antiviral drug-related resis...
a<p>tp, terminal protein domain;</p>b<p>rt, reverse transcriptase domain;</p>c<p>Bangladesh, India, ...
<p>Distribution of amino acid substitutions (mutations) detected within the major hydrophobic region...
AbstractSurface protein and polymerase of hepatitis B virus provide a striking example of gene overl...
We have analyzed 11 independent mutations located at various domains of the polymerase gene (pol) of...
<p>RT, reverse transcriptase.</p><p>Characteristics of amino acid mutations in HBV RT region.</p
AbstractHepatitis B virus (HBV) is a DNA virus which replicates via reverse transcription. The struc...
<p>(A) The RBD in H5N1 HA consists of three secondary structure elements, Loop130, Loop220 and Helix...
The replication of human herpesvirus-6 (HHV-6) DNA is catalyzed by the viral DNA polymerase pU38 and...
<p>The number of the first residue in each motif is given. The amino acids that coordinate the catal...
<p>The values are presented as the percent nucleotide mutations (upper panel) or amino acid substitu...
To explore functional domains in the hepatitis B virus (HBV) polymerase, two naturally occurring HBV...
<p>Manually optimized alignments between HBV RNAseH and <b>A.</b> the HIV-1 RNAseH, or <b>B.</b> the...
<p>Numbers in superscript represent the number of isolates with a particular noted residue. Amino ac...
<p><b>A.</b> Sequence alignment for genotype A, B, C, D, and H versions of the HBV RNAseH expression...
There is currently no universally accepted numbering convention for the antiviral drug-related resis...
a<p>tp, terminal protein domain;</p>b<p>rt, reverse transcriptase domain;</p>c<p>Bangladesh, India, ...
<p>Distribution of amino acid substitutions (mutations) detected within the major hydrophobic region...
AbstractSurface protein and polymerase of hepatitis B virus provide a striking example of gene overl...
We have analyzed 11 independent mutations located at various domains of the polymerase gene (pol) of...
<p>RT, reverse transcriptase.</p><p>Characteristics of amino acid mutations in HBV RT region.</p
AbstractHepatitis B virus (HBV) is a DNA virus which replicates via reverse transcription. The struc...
<p>(A) The RBD in H5N1 HA consists of three secondary structure elements, Loop130, Loop220 and Helix...
The replication of human herpesvirus-6 (HHV-6) DNA is catalyzed by the viral DNA polymerase pU38 and...
<p>The number of the first residue in each motif is given. The amino acids that coordinate the catal...