One previous study, using a neonatal rat hypoxia-preconditioning model, showed differential molecular responses in neocortex, hippocampus, striatum and thalamus, even though HP produced similar protection in these regions [ 15].
We also confirmed the MET phenotype in these models by showing differential expression of critical MET markers including: up-regulation of E-Cad expression plus down-regulation of both vimentin and the EMT-inducing TF ZEB15 [ 3].
Although the total protein content was slightly decreased (Table 1), we examined the gene models encoding protein showing differential response for exogenous ABA as oil (45%) and protein (34%) comprise the major proportion of the storage reserve complex in castor bean seeds.
However, it should be noted that alteration of glycosyltransferase activity in cell line models have shown differential effects on migratory ability in vitro [38], [39], [40].
Animal models have shown differential allergic responses to endotoxin depending on the timing of exposure [ 3].
Based on previous data showing differential regulation of PTPs in models of obesity/insulin resistance, we analyzed PTP activity in mice subjected to LFD or HFD.
Table 1 shows the 12 transcripts showing differential expression meeting a Bonferroni corrected p-value ≤ 0.05 and fold change ≥ +/-20+/-20%ludingenepothetical gene FLJ39653 and model gene LOC400986).
Given this cell line model that showed differential expression of OPN and differential migration potential, we tested the hypothesis that OPN is essential to the establishment and maintenance of the metastatic phenotype in our model.
The results reveal that all models show negative differential resistance (NDR) behavior with the maximum peak to valley current ratio (PVCR) of 3.2 at 300 K for the four atom doped model.
When the nematode-induced Gm Hsp20 genes were compared between the two soybean genotypes, four gene models showed a differential expression profile: Gm Hsp16.2B, Gm Hsp22.3B, Gm Hsp17.6B and Gm Hsp22.4.
