The method presented here will benefit from extrinsic genomic information "addons" for boosting performance via use of homology matching, or EST alignment, for example.
The results presented here will benefit those developing computational models of sensory-motor control, by allowing the incorporation of more accurate models of proprioceptive function.
Nevertheless, the findings presented here would benefit from validation in a larger population.
Furthermore the eQTL map presented here could benefit understanding of the biological differences in colonic disease between different ethnic groups.
Advancing the work presented here would benefit from additional sampling of the fungi (sporocarps and mycorrhizae), particularly in areas that would introduce new host associations not represented here.
However, these repetitive sequences pose a major challenge to genome assemblies and the subtelomeric structure presented here will benefit from further experimental validation.
Similarly, the methods presented here would benefit from gene expression data obtained during acute exacerbations, in addition to samples obtained months following the illness, particularly with respect to prediction.
Also, all the results presented here are benefits found to derive from religious attendance or involvement in any religion, so there is nothing here to suggest that one's particular beliefs are the key to the results.
As a result the half-space analysis presented here, which will benefit from future expansion to include topography and other factors, can yield insight into not only magma reservoirs on Earth but those thought to have formed within the crusts of Mars, Venus and other solar system bodies as well.
The data presented here emphasizes the benefit of a trial design with a less heterogenous population of younger SMA subjects, particularly in light of significantly increased fat mass and lack of apparent benefit of VPA treatment in older non-ambulatory subjects.
