Sentence examples for a future characterization of from inspiring English sources
A future characterization of these peculiar proteomic signature can be useful for the clinical, prognostic, and therapeutic evaluation of those patients.
This information would be of key importance in establishing a detailed blueprint for ribosome assembly and lend focus to all future characterization of these proteins.
These results provide a foundation for future characterization of possibly tissue-specific and developmental expression patterns and the physiological functions of lepidopteran nAChR receptors.
We demonstrate a methodology using FACs for analyzing the transcriptome of infected and uninfected cells from the same cell population that will provide a framework for future characterization of the specific interactions between pathogens such as A. fumigatus with human cells derived from individuals with or without underlying disease susceptibility.
Identification of several hits in such a functional assay provides a good starting point for future characterization of the compounds by more phenotypic assays and for correlations of functional disturbances with, e.g., transcriptome changes.
Identification of species-specific cis elements could provide an important foundation for future characterization of species-specific differences in regulation of pathogen defense pathways.
The aim of this preliminary study in a limited number of subjects is to compare different methods for determining the SUV and choose the method(s) with the best agreement to be applied in future characterization of a LN response to viral infection.
Thus, Legionella provides a suitable genetic system for future characterization of Rvh scaffold components, as well as for testing the translocation of predicted effector molecules.
The expected future characterization of a larger number of lineage-specific proteins and their functional domains will help shed more light on the early stages of domain evolution.
Our specialized segmental duplication BAC microarray and associated database of structural polymorphisms will provide an important resource for the future characterization of human genomic disorders.
Although it is unclear which of the many alternative splicing events regulated by PTBP2 are most critical for the observed mutant phenotypes, this study represents an important step towards the future characterization of these variants.
