Sentence examples for modifying expression of from inspiring English sources

Signal transduction leads to modifying expression of defense-related genes and defense mechanisms against BPH, including sieve tube sealing, production of secondary metabolites, and induction of proteinase inhibitor.

Unpublished data from our laboratory have shown that maize somatic embryogenesis can be altered by modifying expression of maize Hb1 and maize Hb2.

Mouse models of human heart disease frequently involve the use of a genetic 'switch' that induces Cre recombinase activity in specific cardiac cells, thereby modifying expression of the gene under study in the living heart.

Strategies to effectively direct MSCs to sites of injury and inflammation including genetic manipulation, modifying expression of homing and adhesion receptors, and antibody or peptide-directed cell targeting [ 110] are actively being pursued.

Proanthocyanidin modulates activation of LXRs [ 9], which are oxysterol-activated nuclear receptors that control cholesterol homeostasis by modifying expression of genes involved in cholesterol absorption and efflux from peripheral tissues.

As modifying expression of genes encoding proteins linked to protein homeostasis can modulate lifespan in the context of age-related disease (Morimoto, 2008), we tested whether global changes in protein conformation could influence lifespan in the context of normal aging (Morimoto & Cuervo, 2009).

Previous studies have shown that combination therapy modifies expression of hundreds of genes in vitro and in vivo.

This observation suggests that modified expression of a relatively small subset of ROS-associated or -induced genes may suffice for a degree of tolerance to ROS.

Firstly, FGFR3 activating mutations affect input signals (modified expression of other growth factors and membrane bound receptors, biochemical properties of the ECM).

However, GGTI-298 alone (10 µM) did not significantly modify expression of MHC-I and in particular HLA-A0201 (Figures 3A and 3B).

In turn, modified expression of several of these molecules, including CaMK [2], AMPK [3], [4], PGC1α[5], [6] and β[7], and PPARδ [8], directly alters metabolic outcomes in mice including adiposity, glucose tolerance, oxidative capacity, and endurance (or resistance to fatigue).