Sentence examples for determination of modification from inspiring English sources

Quantitative determination of modification of primary sediment features, by the activity of organisms (i.e., bioturbation) is essential in geosciences.

The fragmentation of DMPIP allowed the annotation of characteristic fragments to be used for the determination of the modification sites.

In addition to reconstruction of the genome sequence SMRT sequencing allows determination of base modification by analysis of the sequencing kinetics.

The alignment is critical because the accurate determination of orthologous modification sites (position and residue type) is entirely dependent on the pairwise sequence alignment quality.

In addition, isotopically labeled analytically pure peptides containing carbonyl groups may be used for the quantitative determination of this modification in enzymatic digests.

The process design is composed of three main steps, i.e. simulation step, conceptual design step (extended Pinch design method, determination of promising modifications, their assessment, selection of the most promising modification) and rigorous design step (structural and parameter optimization).

This set includes compositional profiling, disorder prediction, evaluation of the number of potential binding sites, analysis of alternative splicing, and determination of posttranslational modifications.

As early as in the pilot phase of the HUPO project [ 3- 5], the possible determination of posttranslational modifications of plasma proteins such as protein phosphorylation was mentioned as an important issue for the comprehensive analysis of the protein constituents of human plasma as well as the identification of biomarkers.

Among the main outstanding issues related to the seismic design of these structures are (1) the determination of appropriate response modification factors (R,CdandΩ0), (2) the establishment of drift limits to avoid damage of structural and nonstructural components, and (3) clarification of the role that the roof diaphragm plays on the seismic behavior of light-weight roof structures.

To advance the determination of post-translational modification of rTFF1, the protein from B. choshinensis (pNCMO2-TFF1) was confirmed with a glycoprotein stain kit (Pierce , USA.

Determination of the rates of modification of introduced cysteine residues suggested that TM2 lined the pore and contained the channel gate, and that TM1 was peripheral to the pore region (Li et al., 2008).