Sentence examples for be ideal for identifying from inspiring English sources

The general strategy has been to pick multiple species spanning evolutionary distances from the target shown in earlier studies to be ideal for identifying functional elements in the target genome (e.g. [25]).

For four reasons, the budding yeast Saccharomyces cerevisiae (Sc) and its sister species S. paradoxus (Sp) appear to be ideal for identifying BDM incompatibilities and studying their roles in speciation.

It achieves speed partly by limiting its search to short motifs (up to 8 bp wide), which turns out to be ideal for identifying and studying the DNA-binding motifs of monomeric eukaryotic TFs, but may cause it to miss some wider motifs due to binding by large TF complexes.

Such an approach is ideal for identifying critical regions in the experimental design space (typically multi-dimensional).

Not all NGS methods are ideal for identifying the precise boundaries of lincRNAs.

Zebrafish are ideal for identifying clinically relevant genes and compounds that regulate tumour progression.

ETD preserves delicate modifications intact during the fragmentation process and is ideal for identifying the linkage sites of O-glycans [ 50- 52].

For this reason, a sample preparation method and LC-MS/MS configuration, which is ideal for identifying a maximum number of proteins, may be sub-optimal for label-free quantification, and vice versa.

This type of system is ideal for identifying events that collaborate and/or synergise with mutations in HRAS, FGFR3, PTEN and components of the Wnt signalling pathway to drive UCC in vivo.

The general strategy we employed namely, conducting parallel screens in the presence or absence of the putative endogenous inhibitor appears to be ideal for reliably identifying compounds that displace endogenous inhibitors and for rapidly distinguishing them from compounds acting by alternative mechanisms.

Thus, while the simpler assays are ideal for rapidly identifying ethanol-related genes and have some predictive value for more complex behaviors, the development of high-throughput versions of the more complex assays will be necessary in order to apply the power of Drosophila genetics to the study of addiction-like behaviors.