Sentence examples for predominant changes from inspiring English sources

The predominant changes in gene expression identified by cluster analysis were metabolic biological processes as well as changes in the mitochondria and myosin complex.

In ETX treated loops of rats and mice, the predominant changes observed were oedema in the lamina propria (Figs. 6C E, 7B C), shrunken cells (Figs. 6C, 7B, D) and cellular debris (Figs. 7B, 6C).

Predominant changes due to asphyxia include metabolites belonging to acylcarnitines, amino acids, biogenic amines and members of the energy metabolism pathway, whereas lipids, bile acids and oxysterols were not disrupted directly after asphyxia.

As expected from the overexpression of GD3 synthase, the predominant changes in the GSLs profile of Hep3B-GD3 cells included a decrease in the content of GM3 accompanied by a significant increase in GD3 levels, as expected after GD3 synthase overexpression, without changes in other glycosphingolipids.

Seizures, muscular tremors, and altered social interaction were the predominant changes.

This would also explain the predominant changes in the balance component of the SPPB in the PT group.

Results showed that the predominant change in the interactance spectra in green tomatoes useful for predicting changing maturity levels occurred in the 600 750 nm portion of the 400 1000 nm region, typically associated with chlorophyll.

So, the change of Rct could not lead to predominant change of the exponential part and Rs/Rsh.

Eckstein has reported that the central medial tibia compartment and external medial tibial compartment are most susceptible to cartilage loss as osteoarthritis progresses-indicating the predominant change in orientation of the tibial plateau will be an increased varus slope and that the F-E orientation may be less affected by pathological changes (Eckstein et al. 2010).

The predominant change in syllable duration over pup development was a decrease in the variance across syllables that is reflected in the change in the kurtosis of the distribution (Fig. 6D), and a slight increase in the mean (Fig. 6B).

In contrast to bone loss associated with estrogen deficiency, which is explained by increasing levels of osteoclastic activity, the predominant change in age-related bone loss is a switch in mesenchymal stem cells (MSC) differentiation from a predominant osteogenic phenotype in young bone into an adipogenic phenotype in old bone [2], thus affecting bone formation and bone quality [3].