… In rhesus macaques, we find additional 65 putative conserved miRNA, all of which can
also be found in the human genome, but are not expressed in the human dataset. …

… , and with an average of 11.6 targets for a novel miRNA) (Table S7). The most miRNAs
have > 2 targets. The targets of remaining 179 conserved miRNAs and one novel miRNA (miR-…

… Combining the deep sequencing and bioinformatics, we discovered 14 novel miRNA families
as well as 75 conserved miRNAs in peanuts. All 14 novel peanut miRNAs are considered …

… miRNA families were detected through a computational analysis of a large number of reads
obtained from deep sequencing two small RNA and two RNA-seq … by deep sequencing the …

… 10 new potential miRNAs and 42 highly conserved miRNA families, indicating that specific
… Through deep sequencing we also identified ten species-specific miRNAs whose precursors …

… microRNA:mRNA functional pairs. Here we discuss tools and methodologies for the analysis
of microRNA expression data from deep sequencing… conservation of the mature microRNA, …

… and novel miRNAs related to drought stress in the potato using deep sequencing. Moreover
we … of the miRNAs and identify potential drought-responsive miRNAs and their target genes. …

… We identified 74 unique miRNA sequences belonging to 37 conserved miRNA families in …
We sequenced 74 conserved miRNA sequences and 27 predicted novel miRNA sequences (…

… hickory to identify miRNAs related to flower development. We identified 39 conserved miRNA
… well as two novel and ten potential novel miRNAs belonging to nine families. Moreover, 35 …

… Why is deep sequencing so useful in miRNA identification? A simple (but apt) reason is
that analyzing large numbers of reads increases the odds of recovering rare transcripts. …