Microarray screening assays revealed 18 hybridization maps.
A microarray assay revealed 84 up-regulated genes and 56 down-regulated genes in passage 4 (dedifferentiated) human chondrocytes compared to passage 1 cells.
The miR171 family is a largely conserved miRNA family, and microarray assay revealed that miR171a in Arabidopsis, is induced at 6 h in response to cold stress [ 11].
In addition, a DNA microarray assay revealed that a large number of genes upregulated during ripening were suppressed by the rin mutation [ 23].
Our microarray assay revealed changed expression of ET and JA biosynthesis and signaling genes in rice roots with FA treatment (Table 6).
Accordingly, microarray assay revealed significant upregulation or downregulation of a large majority of cell cycle genes in gankyrinhep mice (data not shown), indicating that gankyrin further promoted hepatic compensatory proliferation after CCl4 treatment.
Our microarray time series assays revealed that the expression of most iron acquisition genes rises dramatically in response to paraquat independently of the SoxRS pathway.
Finally, a combination of microarray analyses on hippocampal tissue and serum-based multiplex cytokine assays revealed that age-dependent inflammatory increases were not reversed by PIO.
Microarray analyses identified >100 downstream targets of DREB1A/CBF3, and gel mobility shift assays revealed that DREB1A has the highest affinity for the DRE core sequence.
