When used to find de novo mutations in exome sequences from family trios, or to compare normal and diseased samples from the same individual, the new method, direct alignment for mutation discovery (DIAMUND), produces a dramatically smaller list of candidate mutations than previous methods, without losing sensitivity to detect the true cause of a genetic disease.
Finally, Section "Face alignment" proposes two direct facial surface alignment methods inspired by the ordered structure of the ORF rings.
Here, we introduce a new method, D iamund (direct alignment for mutation discovery), which takes a different approach to exome and whole-genome analysis, and as a result produces dramatically smaller sets of candidate mutations.
Phylogenetic analyses of DNA sequence data were performed using direct optimization [ 70], a heuristic approximation to the optimal tree alignment method [ 71- 75], under parsimony optimality criterion.
T-Coffee calculates pairwise alignments by combining the direct alignment of the pair with indirect alignments that aligns each sequence of the pair to a third sequence.
Currently available conversion methods rely on manufacturer annotations, which are often incomplete, or on direct alignment of probes from different platforms, which often fail to yield acceptable genewise correlation.
With the kernel alignment method, the alignment between each feature and the ideal kernel is calculated.
The alignments were manually modified to correct defects from the automatic alignment method of ClustalW.
(c) Result from our center of alignment method.
Thus, the complexity of the proposed alignment method is.
