Sentence examples for for extensive characterization from inspiring English sources

To get a sufficient number of TAL Tumor Associated Lymphocytess) for extensive characterization, a single expansion of these cells was done using PHA and feeder cells.

During the interviewer-administered module, we selected as many as four of the most recent of those partners (if four or more had been reported) plus the enrollment partner, if one existed, into a subsample for extensive characterization.

Access to human monoclonal IgE allows for extensive characterization of such antibodies at a much more detailed resolution than that afforded by studies of polyclonal serum IgE preparations.

With the appearance of biosimilars, i.e., attempted copies of the original biopharmaceutical [ 4], the demand for extensive characterization of therapeutic proteins and peptides has even further increased.

The paper emphasizes the critical need for careful vector adaptation to the specific requirements of RNAi, and for extensive characterization of candidate regulatory RNA sequences with respect to high intrinsic activity and target specificity.

The design of this cross-sectional study comprised extensive sampling of a well defined and easily accessible outbreak population, yielding a comparatively high number of identified cases, and allowing for extensive characterization of prevalence and genotypic and serologic diversity within STEC and aEPEC strains isolated from this population.

We selected one mutant for more extensive characterization of its impact on the host-pathogen interaction.

Transcript isoforms encoding Ca2+ sensors (e.g. calcineurin-B-like proteins, CBLs), Ca2+-channel proteins, and inositol-3-phosphate (IP3 -gated IP3 -gatedse (e.g. phospholipase C), were generally up-regulated (for an extensive characterization see [ 29, 30]).g

Nevertheless, CoMPP is a powerful tool for the high-throughput comparative analysis of large numbers of cell wall samples In this paper we characterize several phenotypes in a large collection of B. distachyon germplasm and then select a core collection of 17 diverse lines for more extensive characterization.

Therefore, colonies formed from explanting single embryo cells should be characterised in more detail utilizing additional markers of naïve pluripotency, such as those shown in Figure 5. On the whole, this is a very interesting and well-presented study providing the groundwork for more extensive characterization of the putative naïve state in avian embryos.

The highest levels of SHMT1 expression were found in A549 and H1299; thus these cells were chosen for a more extensive characterization of the role of SHMT1 in lung cancer.