Sentence examples for nucleotide signals from inspiring English sources

Previous studies have shown that cationic polyamines could participate in many cellular processes via binding to DNA, RNA, nucleotide signals and other acidic substances [33].

In this work we examine the nucleotide signals of both innate immune genes CDS regions and ssRNA viruses to attempt to answer two questions.

It is therefore not likely to regulate extracellular nucleotide signals as previously thought.

Upstream of the E15 tandem donor, both transcript sequences identically overlap and thus cannot be distinguished in the electropherogram; downstream, two nucleotide signals appear above the base line, indicating the presence of two isoforms.

To overcome the C overestimation, we introduced a normalization strategy (referred in text as Normalized BSP, NBSP) that took into account the elaboration of overall nucleotide signals by the DNA sequencing software.

Many of these isoforms are tissue or cell-specific and recent studies have shown that they can be expressed in distinct sub-cellular locations where they act to limit site, amplitude and duration of cyclic nucleotide signals [24,33].

The P2Y14 receptor, a nucleotide signaling protein, is activated by uridine-5′-diphosphoglucose 1 and other uracil nucleotides.

Here, we review several illustrative examples of functional dynamics selected from our work on cyclic nucleotide signaling and amyloid inhibition.

Cyclic nucleotide signaling has long been studied for its growth-mitigating properties in the setting of CAD and other vascular disorders.

It regulates the localization, duration, and amplitude of cyclic nucleotide signaling within subcellular domains.

Therefore painful bladder syndromes of mysterious etiology might occur through mechanisms in which nucleotide signaling is dysregulated or accentuated.