Attempts to reconcile qualitative carcinogenicity databases with qualitative mutagenicity database continue to indicate that there is no useful relationship between mutagenicity/genotoxicity and rodent carcinogenicity.
Assuming an ancestral monocot genome [ 26- 28], the similarity of trends between the 4 monocot test databases and the rice Os_CD database would seem to indicate that there are positional differences in the rice genome in the rates at which coding sequences (or, at least, regions in coding sequences) evolve.
Even some of the manually revised gene models in the MIPS F. graminearum database appeared to be incorrect, indicating that gene annotations in the F. graminearum database still need to be improved and that RNA-Seq analysis can significantly improve the published gene models.
Comparisons of northern hardwood hemlock forest distribution from pre-Euroamerican settlement with current distributions reconstructed using the Forest Inventory and Analysis database indicate that old-growth habitat has declined to <1% of its original extent in this region.
Further analyses of cytogenetic and phylogenetic databases indicate that up to 15%% of angiosperm speciation events are accompanied by ploidy increase (Otto and Whitton 2000; Wood et al. 2009), although this number is likely to grow as more species are studied.
The results of developing an experimental lexical database indicate that the relational approach provides an efficient method for storing and retrieving Arabic lexical information.
Nematostella Groucho ESTs present in the NCBI database indicate that both loci are transcribed.
Stronger deRIP matches to either database indicated that the deRIP algorithm was able to convert a RIP-inactivated sequence back into that of an active transposon.
The comparison of differentially regulated genes/miRNAs to Argonaute database indicates that previously known miRNA-target interactions (Table 3a) could play important roles in PKD.
Twenty- five percent (14,109) had no significant hit to the database indicating that they represent either rarely expressed soybean specific genes or are technical artifacts of the EST cloning process.
