<p>The sequences of the known mature miRNAs in precursors are colored with blue. Names, sequences and sequencing reads (bracketed) of sRNAs identified here are colored with green. The location of sRNA is shown by a black line. Mismatched nucleotides are shown in red.</p
<p>Predicted RNA secondary structure of the hairpin for novel micro RNAs. Sequence is coloured accor...
<p>(A) acr-novel1 and acr-novel1*, (B) acr-novel2 and acr-novel2*, (C) acr-novel3, (D) acr-novel4,(E...
<p>The yellow shading regions in each structure delegated the mature predicted novel miRNA sequence....
<p>The sequences of the known mature miRNAs in precursors are colored with blue. Names, sequences an...
<p>The free energy of each structure is indicated as dG (kcal/mol). Sequences of sRNAs are colored g...
<p>Precursor sequences were folded using RNA fold. Coloured sequences (Pink = −5p; Red = −3p) repres...
<p>The mature miRNAs identified in the sugarcane sRNA library are highlighted in black. The sizes of...
<p><b>(</b>A) Read alignment diagram for the selected miRNA precursors. Mature strand is highlighted...
<p>The red color indicates the mature sequence, the yellow color indicates the loop sequence, the bl...
<p>Each sequence is preceded by the unique sequence read ID with the start position of the predicted...
<p>New miRNAs from known precursors identified from different small RNA libraries.</p
<p>(A) newly produced miRNAs/miRNA*s from conserved <i>ama-MIR156</i> and <i>ama-MIR396</i> precurso...
<p>The putative mature miRNA sequences are shaded in green. Nucleotide positions are numbered starti...
<p>Secondary structures of predicted precursor (PP) hairpins corresponding to seven predicted novel ...
<p>The stem-loop shown is the rLCV sequence, with the changes observed in EBV indicated. The mature ...
<p>Predicted RNA secondary structure of the hairpin for novel micro RNAs. Sequence is coloured accor...
<p>(A) acr-novel1 and acr-novel1*, (B) acr-novel2 and acr-novel2*, (C) acr-novel3, (D) acr-novel4,(E...
<p>The yellow shading regions in each structure delegated the mature predicted novel miRNA sequence....
<p>The sequences of the known mature miRNAs in precursors are colored with blue. Names, sequences an...
<p>The free energy of each structure is indicated as dG (kcal/mol). Sequences of sRNAs are colored g...
<p>Precursor sequences were folded using RNA fold. Coloured sequences (Pink = −5p; Red = −3p) repres...
<p>The mature miRNAs identified in the sugarcane sRNA library are highlighted in black. The sizes of...
<p><b>(</b>A) Read alignment diagram for the selected miRNA precursors. Mature strand is highlighted...
<p>The red color indicates the mature sequence, the yellow color indicates the loop sequence, the bl...
<p>Each sequence is preceded by the unique sequence read ID with the start position of the predicted...
<p>New miRNAs from known precursors identified from different small RNA libraries.</p
<p>(A) newly produced miRNAs/miRNA*s from conserved <i>ama-MIR156</i> and <i>ama-MIR396</i> precurso...
<p>The putative mature miRNA sequences are shaded in green. Nucleotide positions are numbered starti...
<p>Secondary structures of predicted precursor (PP) hairpins corresponding to seven predicted novel ...
<p>The stem-loop shown is the rLCV sequence, with the changes observed in EBV indicated. The mature ...
<p>Predicted RNA secondary structure of the hairpin for novel micro RNAs. Sequence is coloured accor...
<p>(A) acr-novel1 and acr-novel1*, (B) acr-novel2 and acr-novel2*, (C) acr-novel3, (D) acr-novel4,(E...
<p>The yellow shading regions in each structure delegated the mature predicted novel miRNA sequence....