Sentence examples for more in depth characterization from inspiring English sources

Spectra (128 scans) were acquired at a 4 cm−1 resolution in the 4000 600 cm−1 range (spectra are not provided and will be included in a future paper dedicated to a more in depth characterization of the materials using destructive analysis).

Measuring Q-tract lengths in affected individuals enables identification of putative repeat expansions outside the normal range, but more in depth characterization requires precise determination of the underlying amino acid and nucleotide sequences of individual alleles.

An alternative workflow involving the enrichment of acetylated peptides coupled with extensive 2D-LC separation might render a more in-depth characterization of HDAC6-mediated acetylome dynamics.

To perform a more in-depth characterization of Zn0.50Cd0.50S QDs at nanoscale order, EFTEM coupled with EELS and XPS measurements were performed.

To perform a more in-depth characterization of the Bi2S3 QDs at the nanoscale order and to identify the chemical states of the elements at the surfaces, the nanoconjugates were evaluated by XPS. Figure 4a shows typical XPS spectra obtained directly at the surface of the Bi2S3/chitosan nanoconjugate.

A more in-depth characterization of genes differentially expressed over the entire time series is given later in this section.

In addition, application of luteolin at concentrations higher than 100 µM and myricetin at concentrations higher than 30 µM irreversibly abolished currents, precluding a more in-depth characterization of these channel regulators with fluorescence or electrophysiology at higher concentrations.

More in-depth characterization of Inhibitor VIII (Figure 1), a commercially available PH domain-dependent allosteric AKT1/2 inhibitor (Compound 16 h) [7], showed that Inhibitor VIII is dependent upon the presence of Trp 80 in the PH domain for its activity; and the inhibitor binds to a generally characterized 'PH-in' conformation of AKT1 [17], [17].

More in-depth characterization is required to determine the minor carbon sources that contribute to this carbon mass balance closure.

Interestingly, the distinction between TH1 and TH17 systems was initially made possible by the more in-depth characterization of IL-23 and IL-12.

With that aim in mind, a more in-depth characterization of the neurotrophic and regenerative factors present in the EV cargoes secreted by both MSCs and NPCs is mandatory in the attempt to select and identify the molecules responsible for the therapeutic effects of the SCS.