Based on in-situ investigations and theoretical studies, we have summarized typical forms of destruction and identified high stress and unrestricted support at both sides of junction arch as its main causes.
Therefore, a splice junction mapping algorithm must be able to identify reads that may have only a few bases on one side of a junction, or else that junction will be missed.
TTHA0198 is an ortholog of RNase HII, which is known to cleave RNA-DNA junctions only at the 5' side of the junction [ 26].
This is supported by our clinical experience in this population, in which all small asymptomatic adenocarcinomas discovered near the gastroesophageal junction were on the gastric side of this junction.
The score is based solely on the number of bases on each side of the junction, the quality of those bases, and the junction's similarity to potential full-length matches.
Here, we introduced a new metric, namely Minimal Match on Either Side of exon junction (MMES), to measure the quality of each junction read, and subsequently implemented an empirical statistical model to detect exon junctions.
As described above, it is also possible – particularly for deletions or duplications of short sequence repeats – that a read aligning from one side of the junction would not be distinguishable as matching the junction better than the reference unless it aligned a certain number of additional bases past the breakpoint.
Additional studies found that the HsGEN1 1-527) cleavage across the junction was one nucleotide to the 3′ side of the junction and exhibited an orientation bias similar to RuvC (Rass et al. 2010).
In a Josephson junction, the dc Josephson effect denotes the relation between the phase difference ϕ J, i.e., the difference in phase between the superconducting order parameters on either side of the junction, and the current I which flows through the junction.
If another read ends at the same point as this read (i.e. has the same junction edge on the known side), the algorithm examines the other side of the junction to determine if the initial bases of the exon sequence match the second piece of this read.
