<div><p>(A) Scrolling-window analysis (50,000-nt window and 10,000-nt scroll) of small RNA loci. Total, repeat-normalized, and unique small RNA loci, as well as transposon/retroelement loci, are shown. Abundance of repeat-normalized, library-size-normalized counts (individual sequencing reads) are also shown.</p> <p>(B) Scrolling-window analysis of repeat-normalized, library-size-normalized small RNA abundance in Col-0, <i>rdr2,</i> and <i>dcl3.</i> The summed, 21- and 22-nt size classes (blue, above x-axis) and 24-nt size class (red, below x-axis) were plotted independently. Note that in both (A and B), maximum values plotted were capped at the value corresponding to the maximum y-axis value.</p> <p>(C) Scrolling-wi...
<p>(A) Annotation of loci that accumulate significantly fewer small RNAs in <i>lbl1</i> than wild-ty...
<p>A) Circos plot depicting the landscape of RNA editing in a representative chromosome (chr8) acros...
<p>(A) Total small RNAs from the libraries of F<sub>1</sub> hybrids and their parents (N8 and II469)...
<p>(A) Flowchart for high-throughput sequencing and analysis of small RNAs. (B–G) Distribution of sm...
<p>(A) Percentage of small RNA reads from each genotype by size. (B) Percentages of small RNA reads ...
<p><b>A</b>. 27 nt RNA small RNAs are produced in equal numbers from both strands of the nanochromos...
<p>The percentage of genes (orange) and pseudogenes (blue) with 0, 1–5, 6–10, etc., small RNA loci w...
See Supplementary S1 File, section 3, for the other developmental stages. A: Library #1, B: Library ...
See Supplementary S1 File, section 3, for the other developmental stages. A: Library #3, B: Library ...
With the rapid development of next-generation sequencing NGS technology, we are able to investigate ...
<p>(A) Frequency of the nucleotides at the 5′ end of the sequenced small RNAs. (B) Genomic distribut...
<p>(A) Diagrams show the distribution of Pol IV-dependent 24-nt siRNAs across all five <i>Arabidopsi...
<p>(A) Distribution of rDNA locus size. Left panels, the <i>D. simulans</i> lines shown in <a href="...
<p>The length distributions of sequencing reads in the small RNA range (18–30 nt) are plotted for fi...
<p>A: Size distribution of small RNAs. White and black columns represent unique and total reads of t...
<p>(A) Annotation of loci that accumulate significantly fewer small RNAs in <i>lbl1</i> than wild-ty...
<p>A) Circos plot depicting the landscape of RNA editing in a representative chromosome (chr8) acros...
<p>(A) Total small RNAs from the libraries of F<sub>1</sub> hybrids and their parents (N8 and II469)...
<p>(A) Flowchart for high-throughput sequencing and analysis of small RNAs. (B–G) Distribution of sm...
<p>(A) Percentage of small RNA reads from each genotype by size. (B) Percentages of small RNA reads ...
<p><b>A</b>. 27 nt RNA small RNAs are produced in equal numbers from both strands of the nanochromos...
<p>The percentage of genes (orange) and pseudogenes (blue) with 0, 1–5, 6–10, etc., small RNA loci w...
See Supplementary S1 File, section 3, for the other developmental stages. A: Library #1, B: Library ...
See Supplementary S1 File, section 3, for the other developmental stages. A: Library #3, B: Library ...
With the rapid development of next-generation sequencing NGS technology, we are able to investigate ...
<p>(A) Frequency of the nucleotides at the 5′ end of the sequenced small RNAs. (B) Genomic distribut...
<p>(A) Diagrams show the distribution of Pol IV-dependent 24-nt siRNAs across all five <i>Arabidopsi...
<p>(A) Distribution of rDNA locus size. Left panels, the <i>D. simulans</i> lines shown in <a href="...
<p>The length distributions of sequencing reads in the small RNA range (18–30 nt) are plotted for fi...
<p>A: Size distribution of small RNAs. White and black columns represent unique and total reads of t...
<p>(A) Annotation of loci that accumulate significantly fewer small RNAs in <i>lbl1</i> than wild-ty...
<p>A) Circos plot depicting the landscape of RNA editing in a representative chromosome (chr8) acros...
<p>(A) Total small RNAs from the libraries of F<sub>1</sub> hybrids and their parents (N8 and II469)...