<p>(A) Unique (non-redundant) vsiRNAs mapped to either VDV-1 or DWV or KV genomes. Shared reads were excluded. (B) Positions of vsiRNAs mapped to DWV and KV genomes. Shared reads with VDV-1 were excluded. (C) Shared vsiRNAs mapped to all of the three virus genomes. Note that the Y-axis represents both plus and minus strands and the scale is different among the three panels.</p
<p>SI: single infection; DI: double infection; A: Arapahoe at 27°C; B: Arapahoe at 18°C; C: Mace at ...
<p>(A) Western blots of p19 (upper panel), Northern blot of p19-bound vsiRNAs (middle panel) and miR...
<p>(A) Mapping of AAV2-specific reads identified by the small RNA-Seq analysis in AAV2/Ad2 co-infect...
<p>(<b>A,B</b>) Coverage of vsiRNAs along viral genomes in samples from wildtype (wt), <i>Dcr-2</i>,...
<p>A: Schematic diagram of SCMV genome. B: Maps of 21- and 22-nt vsiRNAs from SCMV-inoculated maize ...
<p>(A) RNA species produced during VSV infection. (−) strand genome is depicted in blue, (+) strand ...
<p>Profile of 21 nt vsiRNAs (<b>A</b>) and 25–29 nt (<b>B</b>) SINV-GFP-derived small RNAs allowing ...
<p>(A) RNA species produced during DCV infection. (+) strand genome is depicted in blue, (−) strand ...
<p>(<b>A</b>) Levels of the genome RNA strand, antigenome RNA strand, and total virus RNA from VSV a...
<p>Heat maps show the proportions of vsRNAs with certain length (X-axis: 17–36 nt, Y-axis: virus nam...
The complexity was determined by the frequency of As and Ts (y-axis) in each shared vsiRNA mapped in...
<p>The graphs plot the number of 20–25 nt viral siRNA reads (redundant and non-redundant) at each nu...
<p>(A) viRNA size distribution. (B) viRNA coverage across CFAV genome for each library. Shown are Aa...
<p>viRNA coverage across DENV genome for each library. Shown are Aag2 (5 dpi) library, C6/36 (5 dpi)...
A large amount of short interfering RNA (vsiRNA) is generated from plant viruses during infection, b...
<p>SI: single infection; DI: double infection; A: Arapahoe at 27°C; B: Arapahoe at 18°C; C: Mace at ...
<p>(A) Western blots of p19 (upper panel), Northern blot of p19-bound vsiRNAs (middle panel) and miR...
<p>(A) Mapping of AAV2-specific reads identified by the small RNA-Seq analysis in AAV2/Ad2 co-infect...
<p>(<b>A,B</b>) Coverage of vsiRNAs along viral genomes in samples from wildtype (wt), <i>Dcr-2</i>,...
<p>A: Schematic diagram of SCMV genome. B: Maps of 21- and 22-nt vsiRNAs from SCMV-inoculated maize ...
<p>(A) RNA species produced during VSV infection. (−) strand genome is depicted in blue, (+) strand ...
<p>Profile of 21 nt vsiRNAs (<b>A</b>) and 25–29 nt (<b>B</b>) SINV-GFP-derived small RNAs allowing ...
<p>(A) RNA species produced during DCV infection. (+) strand genome is depicted in blue, (−) strand ...
<p>(<b>A</b>) Levels of the genome RNA strand, antigenome RNA strand, and total virus RNA from VSV a...
<p>Heat maps show the proportions of vsRNAs with certain length (X-axis: 17–36 nt, Y-axis: virus nam...
The complexity was determined by the frequency of As and Ts (y-axis) in each shared vsiRNA mapped in...
<p>The graphs plot the number of 20–25 nt viral siRNA reads (redundant and non-redundant) at each nu...
<p>(A) viRNA size distribution. (B) viRNA coverage across CFAV genome for each library. Shown are Aa...
<p>viRNA coverage across DENV genome for each library. Shown are Aag2 (5 dpi) library, C6/36 (5 dpi)...
A large amount of short interfering RNA (vsiRNA) is generated from plant viruses during infection, b...
<p>SI: single infection; DI: double infection; A: Arapahoe at 27°C; B: Arapahoe at 18°C; C: Mace at ...
<p>(A) Western blots of p19 (upper panel), Northern blot of p19-bound vsiRNAs (middle panel) and miR...
<p>(A) Mapping of AAV2-specific reads identified by the small RNA-Seq analysis in AAV2/Ad2 co-infect...