Exact(7)
To identify both discontiguously and contiguously conserved regions, we proposed a new measurement of sequence conservation, which measures sequence similarity based only on the conserved segments within the regions.
It measures sequence complexity by the entropy of the frequency distribution of trimers in the probe sequence.
Previously, the quality-score (that measures sequence conservation [ 20]) has been investigated and was found to have the tendency to underestimate remnant segments.
To calculate the correlation between miRNA expression and sequence evolution, we used two measures: sequence conservation among vertebrates and sequence variation within humans.
Equally, mismatch string kernel proposed by Leslie et al. [ 18– 20] measures sequence similarity counting the shared occurrences of subsequences in a lower computational cost.
Unlike all previous methods, our method measures sequence conservation based on discontiguous sequence similarity [ 27], which greatly expands the range of the conserved sequences.
Similar(53)
We present the status of an experimental setup designed and built for the measurement of the neutron lifetime and we describe also details about the measuring sequence.
The development of efficient algorithms for measuring sequence similarity is an important goal of bioinformatics.
Hence, the entire measuring sequence can be performed without opening the chamber.
We develop a fine-scale local analysis of measure entropy and measure sequence entropy based on combinatorial independence.
At last, the measuring sequence of the sampling points to be planned reasonably based on TSP is given.
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