Sentence examples for useful for the characterization from inspiring English sources

The use of NMR is particularly useful for the characterization of proteins that occur in vivo as largely or completely unfolded, or that can become unfolded under extreme solution conditions or upon chemical manipulations.

Our results show that the study of NSAID pharmacodynamics and pharmacokinetics using an integrative approach is useful for the characterization of the mechanisms of action involved after systemic drug administration, yielding information that allows the optimization of dosing regimens.

The T1 spin-lattice relaxation time measured using low field NMR is especially useful for the characterization of segmental dynamics of the chains in the formation of the extremely rigid crosslinked product.

RT-MT is useful for the characterization of beneficial bacterium that shows potential for use as probiotic by producing bioactive compounds.

It is particularly useful for the characterization of metabolic suppressor mutants and can be used in a synthetic biology setting to design new pathways with specific input-output requirements.

In this paper, we present two different approaches useful for the characterization of the beam quality in laser diode arrays.

Consequently, a great interest lies in the identification of highly sensitive substrates useful for both the characterization and the validation of these enzyme targets and for the design of inhibitors as potential therapeutic agents through high-throughput screening (HTS).

Now, we may present our final lemma given by Başar and Altay [[18], Lemma 5.3] which is useful for obtaining the characterization of some new matrix classes from Corollary 4.2.

This is an imperfect solution however, as samples would no longer be useful for diagnostics, the characterization of group members would not be prevented, and samples could potentially still be re-identified [ 10].

Electrochemical impedance spectroscopy (EIS) is a very useful method for the characterization of fuel cells.

Computational modeling is a useful approach for the characterization, development, and validation of desorption chromatography.