Sentence examples for compounds we compared from inspiring English sources

Due to similarity of the toxicity effects between these two compounds, we compared transcriptome profiles between mercury and arsenic in the zebrafish liver using GSEA.

To determine whether AJP50 had an advantage over the parental strain in the presence of inhibitory compounds, we compared the growth profiles of both strains in different combinations of inhibitory compounds typically found in biomass fermentations (Table 2).

To find variable probe sets (or features) to separate microarrays into the 14 classes of compounds, we compared three initial feature filtering methods including One-Way ANOVA, Kruscal Wallis and One-Way ANOVA unequal variance.

For group 2 compounds, we compared each study's reported parameters (usually the arithmetic mean ± SD, and median and 90th percentiles), the percentage of detectable samples, and the limits of detection, where reported.

To confirm that AR is de facto the protein target of these compounds, we compared the mRNA profiles of VCaP cells treated with Compound 30 and those treated with AR-siRNA using the Affymetrix HG-U133Plus2.0 GeneChip array.

To evaluate the extent to which C data improved our identification of compounds, we compared results using the entire workflow outlined in Figure 1 with results that just used H H STOCSY (Supporting Information Figure S1).

Calculating thermodynamic functions (U,S,Cv) for the internal rotation in a number of small carbon and silicon compounds, we compare the results to those obtained with a symmetrical internal rotation partition function.

To show the overall effect of light on each compound, we compared the FA-normalized mean values averaged over 24 hours, between LD and DD.

To test whether the effect of implementing mutated subunits in the channel complex was to reduce the potency of the compound we compared dose-response curves of (S -2 on homomeric Kv7.4 and heteromeric Kv7.4/Kv7.4-W242L channelS -2ig. 9C).

In order to identify potential effects associated with the dimensions of nanoparticles but not related to the chemical compound, we compared our expression data set with 503 genes that were found to be affected by exposure to amorphous silica nanoparticles [ 12].

To further examine the effect of compound 48, we compared the dose response of compound 26 as a control to that of compound 48 (Figure 6 and 7).