Sentence examples for phosphate regulator from inspiring English sources

Disturbances in regulation of P homeostasis, e.g. by mutation of a phosphate regulator such as PHO2, can therefore interfere with the plants adaptation capacity to stress [ 103].

In contrast, the two phosphate regulator genes phoB (a two-component system response regulator of a phosphate sensing system) and phoU (a phosphate uptake regulator) displayed contrasting patterns of expression, with a marked decrease in phoB transcript levels at 12 00 and 18 30, whereas those of phoU increased during the night (18 30 and 24:00) (Table S2).

The traditional metabolic switch is marked by a strong upregulation of the pho regulon, which include the phosphate regulator and transport genes (phoR/P, [ 19]; pstSCAB, [ 20]) and genes activated by phoR/P [ 20], which increase at 36 h, as soon as phosphate is depleted from the medium.

In the KN400 genome, a very broad range of ATP-dependent enzymes were more likely to have sequence changes, and the phosphate sensor, transporter and several phosphate regulators were all also changed.

Our database did not have information regarding phosphate regulators, i.e. vitamin D, FGF23 and parathyroid hormone (PTH) [ 2, 29], but we used season at time of baseline measurement as a proxy for vitamin D [ 30].

With the exception of fixJ and narP, which have about 4-fold increase in expression late in development, the other nitrogen and phosphate regulators have a 3-6 fold reduction in expression late in cyst development (typically in day 4).

It would thus be interesting to study the role of pyridoxal phosphate regulation in the classified regulators.

The putative phosphate uptake regulator PhoU, encoded by Cthe_1601, was up-regulated under ethanol stress, down-regulated after heat stress and unaffected by furfural treatment and is located beside the phosphate transport components.

In addition, positive regulation of translation of enzymes related to phosphate limitation (regulator phoL and the high affinity transporters pstABC and phnC), and to zinc and manganese transports (zitR, a zinc transport regulator and the manganese transporters mtsABC) were observed, suggesting additional cation and anion requirements to fight against lactic acid inhibition.

The phylogeny of sxtY (phosphate uptake regulator) and sxtZ (histidine kinase) exemplify this general topological pattern (Figures 2A and 2B, respectively).

Lpg0584 and Lpg1647 showed high homology to PhoU (identity; 52%) that correlates with phosphate transport regulator [58] and YceI reported to be a base-induced periplasmic protein in Escherichia coli [59], respectively.