Sentence examples for bacterial responsive from inspiring English sources

The strategy of microbiologically responsive wound dressing proposed here could also be used as a general methodology for the design and fabrication of bacterial responsive functional biomaterials that offer opportunities to combat drug-resistant bacterial infections.

The earlier expression of OsOXO4 in resistant lines correlated with a 26-bp promoter insertion containing an additional copy of the bacterial responsive nodulation cis-element.

Cis-elements identified within this 26-bp sequence included four copies of bacterial responsive nodulation genes, one copy of a cis-element related to the DNA-binding with one finger (DOF) protein binding site in maize, and a copy of a cis-element similar to over-represented sequences in light-induced promoters in Arabidopsis (Wojtaszek 1997).

A unique feature of the resistance-associated OsOXO4 is that the resistance-associated sequence difference is not in the coding region but in a 26-bp sequence in the promoter region containing additional cis-elements associated with bacterial responsive nodulation genes.

We used heat-killed bacteria in these assays, because our primary interest was in identifying the bacterial responsive transcriptome and to avoid the potentially confounding effects of altered gene expression due to the lethal effects of a systemic infection associated with injection of living bacteria.

These are the bacterial-responsive nodulation elements, NODCON2GM and OSE2ROOTNODULE, the binding site for the DOF proteins in maize, DOFCOREZM, and the light-induced promoter element SORLIP1AT.

The repertoire of known bacterial-responsive miRNAs has increased and includes several families known to regulate hormone signaling, such as miR160, miR167 and miR390 involved in auxin signaling, miR159 involved in ABA signaling and miR319 involved in jasmonic acid signaling [ 13- 15].

In this region, four copies of the cis-elements related to bacterial nodulation responsive genes are found.

While both the susceptible and resistant rice varieties have the bacterial nodulation responsive cis-element in their promoters, the additional copies in Moroberekan and the resistant progenies may be responsible for the earlier expression of OsOXO4 compared to Vandana and the susceptible progeny.

Here, we characterised the response of a bacterial light-responsive, two-component system to oscillating signals of varying frequencies.

Bacterial signal-responsive regulatory circuits have been employed as platform to design and construct whole-cell bacterial biosensors for reporting toxicity.