Sentence examples for acute gene expression from inspiring English sources

The advantage of this system using the adult rodent retina was thought to be the rapidity and efficiency of acute gene expression.

In order to achieve a comprehensive measure of acute gene expression responses to BDNF in striatal neurons, we used microarray gene expression profiling to assay global mRNA expression differences following 3 h treatment of primary striatal cultures with BDNF.

This rapid expression of transgenes in adult rodent retinal tissue is one of advantages for the acute gene expression assay in our organotypic tissue culture of the adult rodent retina.

After completing the first six weeks, participants will have a week break in training (during which visit 3 takes place), so that acute gene expression changes in response to exercise do not confound the analysis.

We focused into the gene expression changes at 48 hours after the last exercise session for the purpose of: a) characterizing the "permanent" instead of acute gene expression profile in response to physical exercise, and b) comparing and extending previously obtained data by including larger gene sets and population [ 14].

The common acute inflammation gene expression of CCL-3 resignificantlyficantoy thetopographyaphy of 100- and 200-nm nanodot arrays for foam cells.

Stat3 is also a recognised mediator of the acute phase response, and because acute phase related genes exhibited a parturition/involution expression profile (Fig. 2) we assessed the relationship between Stat3 activity and acute phase gene expression.

To determine the effect of LDR γ-rays on response to acute radiation, gene expression levels in the LDR + Photon and LDR + Proton groups were compared to the levels obtained for their counterparts that received acute radiation alone.

We compared the expression of these transcription factors and found that Stat3 and both Cebp genes in addition to phosphorylated Stat3 DNA binding activity [ 17] correlated with class I acute phase gene expression (Fig. 3).

Microarray analysis of kidney transplant biopsies with acute rejection identified gene expression patterns that distinguish three distinct subtypes of acute rejection that, although indistinguishable by histology, were marked by differences in mechanisms of immune activation and cell proliferation [ 8].

When spring comes, the system may have already reached a stable activated state sufficient to support rapid neuroendocrine signaling, which is less dependent on acute changes in gene expression.