Sentence examples for methods for genes from inspiring English sources

The lack of congruence between both methods for genes exhibiting low levels of variation (< 1.5 fold change) has been commonly reported [ 24].

Notably, AmpliSeq displayed excellent accuracy for genes in bottom two quartiles and outperforms the two RNA-seq methods for genes with high abundance.

This lack of concurrence between methods for genes exhibiting low levels of change (<1.4 fold) has been commonly reported (4, 19, 24).

The development of high-throughput analytical methods for genes and gene products and the wealth of information obtained in recent years combined with extensive annotation allows for a genome-wide view on the Saccharomyces cerevisiae proteome.

Prior to performing extensive genome-wide profiling of gene expression and pathway analyses in these models, we described here the validation of this approach by demonstrating the time-dependent and sequential changes in these tissues using real-time PCR and confirmation with immunohistochemical methods for genes previously demonstrated to be involved in the pathogenesis of OA.

Media and methods for gene disruption have been described previously (Longtine et al., 1998).

During the past decade, several high throughput analytical methods for gene-expression profiling have been developed.

Recently, high-throughput methods for gene sequence classification have been developed by the bioinformatics and computational biology communities.

Finally, SAM-mediated gene delivery was comparable to fibronectin- and poly-l-lysine-based methods for gene transfer.

Several methods for gene synthesis are described in the chapter, including error correction, which becomes critical for large constructs.

Finally, we discuss alternative methods for gene editing including viral delivery vectors, Cas9 nickases, and orthogonal Cas9 systems.