Sentence examples for both gene function and from inspiring English sources

At the present, several investigations are focused on the understanding of both gene function and the proof-of-concept for siRNA-mediated anti-angiogenesis.

Alternative mouse models are therefore vital, and random mutagenesis has become a well-established tool to elucidate both gene function and characterize novel disease pathways (12).

Moreover, the kind of selection acting at different regions of the genome is related to both gene function and the gene transcriptional regulation during maize infection.

As understanding of the role of genomic architecture increases it may become essential to consider neighbouring genes (in genomic and/or nuclear space) to fully understand both gene function and carcinoma progression.

Although some of the discordance we see is no doubt due to this sort of error, the large number of discordant genes and the independent evidence of bias in both gene function and sister taxon relationships point to something beyond error in our analyses.

If such relationships can be substantiated with further study and complete sequences (both the Tortula and Physcomitrella clusters are based on ESTs) then some interesting evolutionary questions can be raised concerning both gene function and selection pressures on the individual plants and metabolic processes.

The use of TILLING to identify novel sources of important soybean seed composition traits confirms the utility of this reverse genetics technology as a route for both gene function analysis and direct applicability for soybean improvement.

We also examined the mRNA levels of PPARα in the liver and PPARγ in fat because these proteins have been shown to directly regulate both clock gene function and lipid metabolism (Figure 2C) [26], [26].

In both the gene function and biological process annotation, there was a large decrease in genes assigned as unknowns in the phloem proteome when compared to the Arabidopsis genome, probably as a result of the inclusion of non-protein coding genes within the genome.

The control of transgene expression is vital both for the elucidation of gene function and for the engineering of transgenic crops.

Genome annotation requires both reliable tools for identifying gene function and manual expertise.