Sentence examples for and global analysis of from inspiring English sources

This report will stimulate the construction and global analysis of hydrogen production mutants with the prospect of developing powerful cell factories for the sustainable production of hydrogen, as well as investigations of the probable role of plasmids in this process.

In order to provide the comprehensive and global analysis of the changes in accuracy with an increasing number of iterations, the areas under curves (AUC) presented in Fig. 4 (and other curves that are placed in the Additional files section) were calculated.

However, an evolutionary and global analysis of the different inhibitor families in different plant species has still not been performed.

EimeriaTDB comprises assembled and unassembled data, annotation of individual assembled sequences and global analysis of each transcriptome data set.

We develop a computational workflow for giving new insights to bacterial drug resistance which can be gained by a systematic and global analysis of the bacterial regulation network.

The four study sites chosen were all part of the OzFlux network [Ozflux is the Australian and New Zealand Flux Research and Monitoring Network (http://www.dar.csiro.au/lai/ozflux/index.html), which is part of a global network coordinating regional and global analysis of observations from micro-meteorological tower sites (Fluxnet, http://www.fluxnet.ornl.gov/fluxnet/index.cfm)].

In addition to truncation mutations, multiple genetic and epigenetic factors can contribute to DASE, and we propose that DASE is a functional index for cis-acting regulatory variants and pathogenic mutations, and that global analysis of DASE in breast cancer precursor tissues can be used to identify novel causative alleles for breast cancer susceptibility.

The details of this approach have been already reported in the results Section 'Local and global analysis confirm robustness of the bistable equilibria to parametric uncertainty'.

Consistent with this interpretation, recent analyses found evidence of adaptive evolution in the insulin receptor and some of its ligands in Drosophila (Guirao-Rico and Aguade 2009, 2011) and a global analysis of human-signaling pathways shows that purifying selection increases from the extracellular space to the nucleus (Cui et al. 2009).

In conclusion, fFCS and the global analysis of the SACFs and SCCF is a key tool to investigate binding processes and conformational dynamics of biomolecules in a nanosecond-to-millisecond time range as well as to unravel the involved molecular states.

Here, the detailed analysis of a single well characterised bivalent gene (α globin) expressed during haematopoiesis and the global analysis of the relationship between H3K4me3/H3K27me3 ratio and gene expression suggest another explanation for bivalent chromatin domains that might be considered.