Sentence examples for metabolism were repressed from inspiring English sources

Consistent with the GO analysis results, the expression of genes related to central metabolic pathways, such as photosynthesis, lipid and nucleotide metabolism, were repressed after induction.

Notably, several amino acid biosynthesis operons and genes encoding enzymes of the citric acid cycle were also induced and genes involved in anaerobic metabolism were repressed, indicating that the cells were metabolically active and respiring aerobically.

At −15 °C, the majority of enzymes involved in energy metabolism were repressed, with the exception of the final components of the electron transport chain cytochrome C oxidase (polypeptide III) and ATP synthase (F0-A chain)—that were both increased in expression.

Interestingly, two cytosolic fructose 1,6-bisphosphatase transcripts involved in cellular metabolism were repressed only in flowers of both susceptible genotypes.

Lipid metabolism also showed transcriptional alterations; fatty acid elongation and desaturation were activated but transcripts involved in squalene and steroid metabolism were repressed.

Two genes involved in cytokinin metabolism were repressed at 7 dpi: the isopentenyltransferase IPT9 (At5g20040), involved in cytokinin biosynthesis, and the response regulator ARR4 (ARR410470).

Interestingly, we observed that polyamine metabolism was repressed by E. amylovora but not by the five fungal pathogens.

Several genes involved in lipid metabolism are repressed at this stage (brummer, doppelganger von brummer, secretory Phospholipase A2).

As shown by Chang et al. [ 49], the expression of genes regulated by Fe2+ metabolism is repressed during oxidative stress by the ferric uptake regulator, Fur, to prevent further generation of hydroxyl radicals from H2O2.

At 48 h, the expression of five genes coding for enzymes involved in polyamine metabolism was repressed, (a S-adenosyl-l-methionine synthase, two Arginine decarboxylases, a Spermidine synthase and an Ornithine decarboxylase).

Prior research [ 11] has shown that the induction of enzymes specific for xylose metabolism is repressed in the parent NRRL Y-7124 when ethanol concentration exceeds 15 g/L.