Sentence examples for determine modification from inspiring English sources

The first step of this improved modeling method is to determine modification coefficient of element stiffness matrix based on the coherence of natural frequencies for two kinds of models, and the second step is to verify the coherence of the frequency-response functions.

To determine modification by weight gain, participants were stratified by whether they lost weight, maintained their weight within 3% in lbs [ 36], or gained weight from age twenty to age at reference (which was the date of the first primary breast cancer diagnosis for cases and the date of study identification for controls).

To determine modification(s) on TRAF2 induced by MAVSΔTM in cell extracts, reaction mixture (10 ml) containing 20 mM HEPES-KOH (pH 7.0), 2 mM ATP, 5 mM MgCl2, 20 μg His6-MAVSΔTM, 20 mg Traf2/5 DKO cytosolic extracts (S100), and 20 μg Flag-TRAF2 was incubated at 30°C for 1 hr, followed by addition of 0.7% SDS to terminate the reaction.

Thus, it can assist the process designer determine modifications needed to improve a route's benign-ness.

Since observations in primary cultures may be more relevant to understand cell-type specific cellular signaling events, split-TEV assays represent a particularly valuable tool to determine modification-regulated interaction profiles in these cells.

To determine modifications caused by the surgery, dependent variables were tested in a first step, using a 2*2 (pre-, post-surgery * sound, arthritis leg) repeated measures ANOVA.

Electronic systems of control units for powerful engines are distinguished by a structure of control algorithms and determined modification software.

As previously determined, modification product P1 of compound 10 was highly potent to inhibit the kinase activity of BIN2.

Once the mechanistic pathways of phytochemicals are determined, modification of these compounds to increase their stability without compromising their therapeutic efficacy can be achieved [ 9].

Table  1 shows the proportion of overlap between experimentally determined modification sites and our computational predictions for Arabidopsis, yeast and human.

Its activity derives from the association with chromatin modifying enzymes, such as histone methyltransferase G9A and histone deacetylase 1 (HDAC1), which are recruited to its target promoters determining modifications in the methylation and acetylation status of chromatin [15].