Sentence examples for memory genes are from inspiring English sources

Thus, shared memory genes are producing more, memory genes are producing fewer transcripts, while revised-response memory genes return transcripts closer to their initial (W) levels.

In general, the proteins encoded by memory genes are involved in cell protective roles.

By altering transcription, shared memory genes are likely to affect the crosstalk during subsequent stresses.

Here, we explore how broadly memory genes are distributed within the dehydration stress responsive fraction of the Arabidopsis thaliana genome.

Formally, memory genes are defined as genes that respond to S1 by altering transcription but display different transcriptional responses in subsequent stresses.

By altering transcript levels, and presumably the levels of encoded proteins, memory genes are likely to alter the cellular responses and the crosstalk between overlapping pathways.

Of the four different memory classes, 362 genes denoted as memory genes were induced in S1 and induced to higher levels in S3 (Table  1; Figure  1A).

The class contained 434 memory genes that were down-regulated in S1, but produced significantly higher transcript levels in S3; conversely, 857 memory genes, were induced in S1 but had lower levels in S3.

Furthermore, antisense transcripts aligning to a number of known memory genes were detected, which may have a role in regulating these genes.

Several of these genes have a function in metabolic processes, which is reflected by a GO enrichment analysis (Additional file 1: Table S7), but also a number of known memory genes were observed.

With the potential caveat that some genes might be annotated incorrectly in the GO database, maize memory genes were analyzed for their associated with various membranes, transcription regulatory functions, as well as for involvement in other abiotic or hormonally regulated pathways.