<p>Sequence length distribution of clean reads based on the abundance and distinct sequences; the most abundant size class was 22 nt, followed by 20 nt, 23 nt and 21 nt.</p
<p>The length size distribution (A) and proportions of various categories (B) of small RNAs in the M...
<p>A) Relative sequence abundance of bacterial phyla as identified by 16S rRNA gene sequencing. B) R...
<p>The x-axis indicates sequence sizes from 10 nt to 32 nt. The y-axis indicates the percentage of r...
<p>Sequence length distribution of clean reads based on the abundance and distinct sequences.</p
<p>Sequence length distribution of clean reads based on the abundance and distinct sequences; the mo...
<p>Sequence length distribution of clean reads based on the abundance; the most abundant size class ...
<p>sRNA reads with a length of 22 nt were the most abundant, which accounting for about half of tota...
<p>Redundant (A) and unique (B) sequences shows that the majority of reads are 21 and 24 nts in leng...
<p>The X axis indicates sequence size from 18nt to 35nt. The Y axis indicates the percents of reads ...
<p>(A) Length distribution of the sequencing reads after trimming low-quality reads. (B) Size distri...
<p>The length distribution of redundant and unique sRNAs in ZP03-5373 (a) and ZP03-5413 (b). The 21-...
<p>Small RNA sequencing statistics for the dry period (D) and peak lactation (P) libraries.</p
<p>Among the small RNAs in the range of 18–25 nt, the most abundant size was 24 nt, followed by 22 n...
<p>Sequence length distribution of clean reads based on the abundance; the most abundant size class ...
<p>Graph shows that most miRNAs and star sequences have 24 and 21 nt length. Star sequences show dif...
<p>The length size distribution (A) and proportions of various categories (B) of small RNAs in the M...
<p>A) Relative sequence abundance of bacterial phyla as identified by 16S rRNA gene sequencing. B) R...
<p>The x-axis indicates sequence sizes from 10 nt to 32 nt. The y-axis indicates the percentage of r...
<p>Sequence length distribution of clean reads based on the abundance and distinct sequences.</p
<p>Sequence length distribution of clean reads based on the abundance and distinct sequences; the mo...
<p>Sequence length distribution of clean reads based on the abundance; the most abundant size class ...
<p>sRNA reads with a length of 22 nt were the most abundant, which accounting for about half of tota...
<p>Redundant (A) and unique (B) sequences shows that the majority of reads are 21 and 24 nts in leng...
<p>The X axis indicates sequence size from 18nt to 35nt. The Y axis indicates the percents of reads ...
<p>(A) Length distribution of the sequencing reads after trimming low-quality reads. (B) Size distri...
<p>The length distribution of redundant and unique sRNAs in ZP03-5373 (a) and ZP03-5413 (b). The 21-...
<p>Small RNA sequencing statistics for the dry period (D) and peak lactation (P) libraries.</p
<p>Among the small RNAs in the range of 18–25 nt, the most abundant size was 24 nt, followed by 22 n...
<p>Sequence length distribution of clean reads based on the abundance; the most abundant size class ...
<p>Graph shows that most miRNAs and star sequences have 24 and 21 nt length. Star sequences show dif...
<p>The length size distribution (A) and proportions of various categories (B) of small RNAs in the M...
<p>A) Relative sequence abundance of bacterial phyla as identified by 16S rRNA gene sequencing. B) R...
<p>The x-axis indicates sequence sizes from 10 nt to 32 nt. The y-axis indicates the percentage of r...
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