Sentence examples for metabolic pathways impacted from inspiring English sources

This review aims to give an overview on metabolic pathways impacted by light and to illustrate the physiological significance of light for fungi.

Clarifying the metabolic pathways impacted by ATEN treatment may help to identify which patients will respond favorably to ATEN treatment and can provide new insights for improved drug development.

Ultimately, this novel transcriptional pattern provides a unifying concept for the interpretation of heterogeneous and multi-dimensional microarray datasets, as the dynamic interaction between cellular signaling and metabolic pathways impacts on the quantity and pattern of the observed gene expression changes.

4, 5 The specific objectives of the present study were to determine (1) the metabolic pathways most impacted during the growing and finishing phases; (2) the pathways that are most impacted and their extent of activation or inhibition; and (3) distinguish the key biological processes that govern the development of skeletal muscle tissue, including intramuscular fat deposition.

Future studies on a broader set of pathogens will reveal, whether more metabolic pathways are impacted across eukaryotic kingdoms in a similar manner as nitrogen metabolism.

Patterns by which specific CTD-protein interactions are disrupted by changes in CTD structure, as well as how downstream metabolic pathways are impacted, are difficult to target for direct experimental analyses.

The method has the power to identify perturbations of the body's metabolic homeostasis and thereby offers access to markers of metabolic pathways that are impacted by the disease and/or medication.

A common methodological difficulty in this type of nutritional experiment is that effects are typically quite subtle although physiological and metabolic pathways can be impacted by even small fold changes in gene expression.

A strong reduction in p-value (p-gain) indicates that two metabolites may be linked by a metabolic pathway that is impacted by the diabetes state of the patients.

One can therefore hypothesize substantial changes in various plant metabolic pathways, and an impact of the production system on the metabolome, as a consequence of differential phosphorus and nitrogen uptake by the plant.

A more mechanistic understanding of the underlying metabolic pathways, and the impact of maturational changes of the various disposition processes on APAP PK can enable more informed decisions on APAP dosing in patient subpopulations and predict the subgroups that may be the most susceptible to drug-induced liver injury.