<p>Mature miRNA sequences are in red color. The length of the accurate miRNA precursors may be slightly longer than what is presented here.</p
<p><b>(</b>A) Read alignment diagram for the selected miRNA precursors. Mature strand is highlighted...
<p>The wheat pre-miRNAs’ secondary structures were developed through the Mfold algorithm. These stru...
The cotton fiber is the most important raw material for the textile industry and an ideal model syst...
<p>ML: mature sequence length; Lc: the location of arm; PL: the length of pre-miRNAs.</p
<p>Secondary structures of predicted precursor (PP) hairpins corresponding to seven predicted novel ...
<p>The mature miRNAs identified in the sugarcane sRNA library are highlighted in black. The sizes of...
<p>Predicted RNA secondary structure of the hairpin for novel micro RNAs. Sequence is coloured accor...
<p>Precursor sequences were folded using RNA fold. Coloured sequences (Pink = −5p; Red = −3p) repres...
<p>Predicted hairpin secondary structure of miRNA MIR156a from rice and the newly discovered ortholo...
To date, no miRNAs have been identified in the important diploid cotton species although there are s...
<div><p>To date, no miRNAs have been identified in the important diploid cotton species although the...
<p>Folding and free energy calculations were determined with miRDeep2. Dominant forms of the mature ...
The plant genome possesses a large number of microRNAs (miRNAs) mainly 21-24 nucleotides in length. ...
<p>(A) acr-novel1 and acr-novel1*, (B) acr-novel2 and acr-novel2*, (C) acr-novel3, (D) acr-novel4,(E...
<p>The mature miRNA and miRNA<sup>*</sup> sequences are written with red and blue capital letters, r...
<p><b>(</b>A) Read alignment diagram for the selected miRNA precursors. Mature strand is highlighted...
<p>The wheat pre-miRNAs’ secondary structures were developed through the Mfold algorithm. These stru...
The cotton fiber is the most important raw material for the textile industry and an ideal model syst...
<p>ML: mature sequence length; Lc: the location of arm; PL: the length of pre-miRNAs.</p
<p>Secondary structures of predicted precursor (PP) hairpins corresponding to seven predicted novel ...
<p>The mature miRNAs identified in the sugarcane sRNA library are highlighted in black. The sizes of...
<p>Predicted RNA secondary structure of the hairpin for novel micro RNAs. Sequence is coloured accor...
<p>Precursor sequences were folded using RNA fold. Coloured sequences (Pink = −5p; Red = −3p) repres...
<p>Predicted hairpin secondary structure of miRNA MIR156a from rice and the newly discovered ortholo...
To date, no miRNAs have been identified in the important diploid cotton species although there are s...
<div><p>To date, no miRNAs have been identified in the important diploid cotton species although the...
<p>Folding and free energy calculations were determined with miRDeep2. Dominant forms of the mature ...
The plant genome possesses a large number of microRNAs (miRNAs) mainly 21-24 nucleotides in length. ...
<p>(A) acr-novel1 and acr-novel1*, (B) acr-novel2 and acr-novel2*, (C) acr-novel3, (D) acr-novel4,(E...
<p>The mature miRNA and miRNA<sup>*</sup> sequences are written with red and blue capital letters, r...
<p><b>(</b>A) Read alignment diagram for the selected miRNA precursors. Mature strand is highlighted...
<p>The wheat pre-miRNAs’ secondary structures were developed through the Mfold algorithm. These stru...
The cotton fiber is the most important raw material for the textile industry and an ideal model syst...
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