The comparative mapping approach, a newly incorporated algorithm in CarthaGene [ 10], takes advantage of the information already available for a particular genome assembly, building more robust maps than the traditional approach.
The Laplacian density map is normalized and only the more robust interior map information is used in the VQ procedure by considering only voxels with a Laplacian density value above a given threshold.
Thus, we conclude that with less, but more accurate information Whole Genome Profiling builds more robust physical maps in wheat than the SNaPshot technology.
Our results demonstrate that, with a suitable assembly methodology, WGP builds more robust physical maps than the SNaPshot technology in wheat and that WGP can be adapted to any genome.
Thus, we conclude that, with a suitable assembly methodology, WGP builds more robust physical maps than the SNaPshot technology in wheat and that WGP can be adapted to any genome.
Since then some schemes have been proposed to reduce the manual calibration effort and make the radio map more robust so as to improve the localization accuracy.
In general, the event-related design provided maps with more robust activations in the putative language areas than the blocked design, especially for brain tumor patients.
Hierarchical clustering and principal component analysis appear to be among the most sensitive, while self organized maps are more robust.
Although such evolutionary history is harder to reconstruct regardless of the method used, our results indicate that stochastic mapping inference is more robust with respect to higher evolutionary rates.
