Sentence examples for strategies for mapping from inspiring English sources

In recent years, we have developed [20, 21, 22, 23, 24, 25] new in situ solid-state NMR strategies for mapping the evolution of the solid phase during the process of materials formation from solution.

MED developed computer strategies for mapping GO terms to chicken gene products and developed the initial ChickGO database.

These ambiguities encourage the creation of alternative strategies for mapping gentrification, utilising disparate data, or even public sentiment itself: the "I know it when I see it" factor.

We also discuss the strengths and weaknesses of different strategies for mapping industrially relevant genotype-to-phenotype links including exploiting natural diversity in natural isolates or crosses between isolates, classical mutagenesis and evolutionary engineering.

The DG scenario is a potent example of the need for a RESWO system to incorporate dynamic strategies for mapping tasks onto multiple DCIs; in the DG case to consider dynamically augmenting the volatile (albeit cheap) DCI with more reliable (albeit expensive) resources – that could be derived from the cloud.

Regarding methodology, we augment a gene-based PLS procedure into the strategies for mapping eQTL.

The exact strategy for mapping the site of the cross-link depends on the suitability of various chemical or enzymatic cleavage reagents with the particular protein being examined.

This study shows that perturbing the unfolded state ensemble via mutagenesis can provide insights into residues that play important roles in the folding pathway, and represents an attractive strategy for mapping the high-energy portions of the folding energy landscape.

Connectomics is a strategy for mapping complex neural networks based on high-speed automated electron optical imaging, computational assembly of neural data volumes, web-based navigational tools to explore 1012 1015 byte (terabyte to petabyte) image volumes, and annotation and markup tools to convert images into rich networks with cellular metadata.

This framework is based on computational analysis suggesting a high-throughput strategy for mapping gene-regulatory pathways.

Based on this, we propose that a strategy for mapping the connectivity in a neural circuit will be successful, where synapses are labeled with arrays of spectrally distinct synaptic fluorophores, expressed in different combinations in different neurons via Cre/Lox system Brainbow [3], [21].