Using a large sample of NC crows, we documented considerable variation in manufacture sequences, as well as novel tool-detachment and processing behaviours.
For the characterization of the c0 t-1 DNA sequences we performed homology search against nucleotide sequences and proteins in public databases and classified all clones based on their similarity to described repeats, telomere-like motifs, chloroplast-like sequences as well as novel sequences lacking any homology.
The percentage of "not-known-miRNA" sequences varied from 18% to 60% which corresponds to previously described fractions of other non-coding RNAs, redundant sequences as well as novel miRNAs in small RNA libraries [ 17, 21].
NBS-family motifs (P-loop, Kinase-2, GLPL, RNBS-D) were observed across the sequences, as well as novel conserved motifs outside the NBS domain, mostly within the LRR domain.
Thus, abstraction of the embedded rule, the second condition, was evaluated by presenting novel sequences that adhered to the same embedded rule to determine whether the birds' performed with the novel sequences as well as they did with the trained sequences.
Those undiscovered sequences from O. affinis include novel coding sequences, as well as sequences that are non-protein coding.
This effort was able to identify a collection of eukaryotic-conserved statistically over-represented C-terminal tripeptides (SOCTs), many of which correspond to known C-terminally anchored sequences, as well as several other novel and intriguing motif patterns within the C-terminal biology of the 7 species examined.
The resulting dataset was comprised of 268 unique sequences identified as novel bovine miRNA and miRNA* (Supplemental Tables S3 S5).
Table 2 shows five examples of groups containing sequences classified as novel putative qnr genes by the method.
