Sentence examples for systems for comparative from inspiring English sources

The Ascomycete yeasts present one of the most promising systems for comparative functional genomics.

There is intense interest in using the longitudinal clinical data from these systems for comparative effectiveness research [ 78].

These species are located at informative positions within the dipteran phylogeny, and constitute emerging model systems for comparative embryology and physiology.

This Program Announcement (PA) is to encourage investigator-initiated applications for research designed to generate genetic tools and genomic resources that will enable researchers to exploit the full potential of novel or developing model systems for comparative and functional genomic studies.

Thus, the development of an iPSC-based system for comparative genomic studies in primates will allow us to compare regulatory pathways and complex phenotypes in humans and our close evolutionary relatives using appropriate models for different tissues and cell types.

Yeasts offer a powerful system for comparative studies because highly divergent organisms can be cultured and manipulated under comparable environmental conditions [ 24].

Thus the STGs offer an ideal system for comparative studies with other cereal crops for mining out more and more novel genes for salt tolerance.

These yeast plasmids provide a high throughput system for comparative assessment of steroid hormone receptor signaling and may be useful in screening for pharmacological or xenobiotic activities.

Cases of vertical jet in stagnant water, pure random waves and vertical jet in random waves are simulated with the same grid system for comparative study.

In this paper, we increase conceptual clarity by identifying core features and then constructing a system for comparative classification and outline how different conceptualizations result in different understandings and design options.

In response, a national research project is being conducted regarding the installation of systems for the continuous measurement of energy consumption by end use in sample buildings and the creation of a reference energy-use intensity (EUI) database and benchmarking system for comparative analysis.