Sentence examples for unique gene expression changes from inspiring English sources

The unique gene expression changes that were identified at 5 and 14 dpa support the idea of temporal progression from an early wound-healing phase to a blastema outgrowth phase during normal limb regeneration.

Although many genes exhibited similar deviations from baseline at 5 and 14 dpa, unique gene expression changes were identified at each time point (Table 1; Additional files 1 and 2).

Identification of the unique hyperthermia-induced gene expression changes between normal and cancer cells may not only shed light on the selective disadvantage of solid tumors in response to mild increases in temperature, but could also identify signaling targets and biological processes which potentially could be exploited to sensitize tumors to chemotherapy and radiation.

However, these approaches often fail to resolve important differences as each lineage has a unique gene expression pattern which changes gradually over time yielding different gene expressions both between different developmental stages as well as heterogeneous distributions at a specific stage.

These studies offer a unique opportunity to identify gene expression changes predictive of response to EGFR-targeted therapy.

TCDD elicited 218 gene expression changes unique to Hepa1c1c7 cells while 552 genes were specific to C57BL/6 hepatic samples.

Other gene expression changes unique to the G93A-SOD1 aremal are detected in two later time points within the experimental period.

Common molecular responses and gene expression changes unique to each experimental paradigm were evaluated against the functional development of each animal model.

Several studies have been carried out and some of them reported gene expression changes unique to radiation-induced childhood PTCs, whereas others have failed to identify the signatures.

Both types of L. waleckii are derived from same ancestors and have consistent genetic background, which provide us unique natural samples to explore gene expression changes in response to high alkaline environment.

In addition, microarray experiments with M. persicae feeding on A. thaliana will provide the unique opportunity to simultaneously study gene expression changes on both sides of a plant-insect interaction.