This microarray has long oligonucleotide probes (60 mer) that were in-situ synthesized onto glass slides using Agilent SurePrint technology and has been developed into an 8X15K format (8 identical arrays on a single slide).
This fragment is found in SCC mer that is associated with SCC mec type III.
Next, we transform each read cluster to a contig by first identifying a k mer that is shared among all reads, then generate alignment of these reads by directly matching this k mer.
However, because there is considerable nucleotide sequence conservation among the various RIP elements, we designed a second RNA probe (a 30-mer) that was specific for RIP126.
The generated reads were trimmed and assembled de novo with VELVET, version 0.7.63 [ 69] using default parameters except for the k-mer that was 49.
In particular, the events utility reports the mean current observed for each nanopore translocation event, as well as the time (in milliseconds) of each event and the k-mer that was predicted to have occupied the nanopore during the event.
That is, if a fragment has R bases read from one end, and if the R-mer that was read maps to positive-strand positions b through b + R − 1, then f(b) is credited with one read.
Transportan, MPG and Pep-1 are chimeric peptides (∼30-mers) that are formed by the fusion of two natural sequences derived from galanin/mastoparan, HIV-gp41/SV40 T-antigen and HIV-reverse transcriptase/SV40 T-antigen, respectively.
Peptides that were recognized had a significantly lower degree of similarity to human proteins than the 10-mers that were not reactive.
Again, deviation from this expected outcome suggests possible biases in the reads, allowing one to identify k-mers that are biased towards appearing at specific positions.
The conservation score measures the fractions of 7-mers that are better conserved than the motif, i.e. a conservation score of 1 means that the motif is better conserved than all 7-mers.
