Sentence examples for metabolic differences associated from inspiring English sources

To study global metabolic differences associated with Apc Min/+ mutation and/or different diets we first used an unsupervised statistical approach.

Although extensive genomic studies have been conducted with A. niger, investigations relating to metabolic differences associated with variations in CA productivity among A. niger strains are still limited.

Subsequent data analysis procedures define the metabolic differences associated with a biological change related to genotype, biological perturbation or environmental intervention (for example, drug therapy).

Broad-scale characterization of metabolic differences associated with hyperglycemia and insulin resistance during pregnancy is possible given recent developments in metabolomics technology.

Overall, this indicates a potential synergistic interaction effect between the Diet and Genotype factors in plasma metabolite concentration profiles, i.e. that a high fat diet tends to enhance metabolic differences associated with Apc Min/+ mutation, or vice-versa, i.e. that a Apc Min/+ mutation tends to enhance metabolic differences associated with a high fat diet.

Thus, prior to assessing metabolic differences associated with the resistance phenotype we explored the extent of any baseline metabolic variations between the three growth conditions: 2D, 3D and xenograft tumours, within each cell line.

The different effect of carnosine on normal and tumor cells might be associated with metabolic differences between these cells.

Differences in fat distribution, insulin resistance, and physical activity level are associated with metabolic differences in these women, but account only partially for these differences.

Thus, it was interesting to see whether genes associated with the metabolic differences found between W sh and +/+ animals are differentially expressed during the allergic reaction in a Kit-dependent manner.

These differences in asparagine responses suggest metabolic differences exist between the cellular adaptation mechanisms associated with high solute loads resulting from sucrose accumulation and the adaptation response to water deficit stress.

In this regard, it is notable that metabolic differences have been reported in T cell subsets, with a predominance of oxidative phosphorylation associated with resting or memory T cells and aerobic glycolysis associated with activation and T helper subsets [ 22].