Sentence examples for applied to decipher from inspiring English sources

Hence, our method can be applied to decipher the 3D architectures of genomes.

Three-dimensional thermal modeling of a magma chamber has been already applied to decipher thermal regime beneath the Los Humeros and La Primavera geothermal fields, located in the eastern and western parts of the Mexican Volcanic Belt, respectively (LHGF and LPGF, respectively, in Figure 1; Verma and Andaverde 2007; Verma et al. 2012; Verma and Gómez-Arias 2013a).

But we can say that, at the very least, we will garner invaluable information that will be applied to decipher the TB bacterium's interaction with the immune system and improve the design of future vaccine candidates.

For verification purposes, our approach is applied to decipher cis-regulation of sea urchin endo16 temporal gene expression data [9], [10] to construct a sequential logical model; although our approach can handle general transactivity, in this section we only focus on cis-regulation due to the fact that we are using mutation data on cis-acting sites of endo16.

It was successfully applied to decipher intrachromosomal duplications of the human Y [ 2].

A hybrid approach of Roche/454 pyrosequencing and Sanger sequencing followed by manual gap filling was applied to decipher the N. dokdonensis DSW-6 genome.

Although the field of network theory [ 36, 37] has significantly advanced the ability to detect modules, it has been minimally applied to deciphering the integration and modularity of morphological structures.

Criticality and degeneracy are both important concepts for understanding how complex systems normally operate and how they fail in disease states, but neither concept has been previously applied to help decipher the pathogenesis of neuropathic pain.

As a proof of principle, we applied AsmVar to decipher the structural variants and novel sequence present in 10 de novo assemblies of trios from the Genome Denmark consortium, for which we initially develop the AsmVar approach, and other seven human de novo assemblies constructed using various protocols (see Additional file 1: Table S1).

Here, we review how proteomic approaches are being applied to studies of the tumor microenvironment to decipher tumor-stroma interactions and to elucidate the role of host cells in the tumor microenvironment.

In practice, it has been successfully applied to large-scale problems of deciphering error-correction codes (Kschischang et al. 2001), inferring the functions of protein DNA and protein protein interactions (Yeang et al. 2004), and determining the causal orders of genes in the regulatory network (Vaske et al. 2009).