Exact(2)
Additionally, the exogenously expressed APE1 or its mutants demonstrated the same expression level or even more than the endogenous APE1 which resulted in significant biological changes by the exogenous mutants.
All four candidate genes demonstrated the same expression trends to those identified by microarray assay.
Similar(58)
This expression pattern is concordant with recently published data, demonstrating the same expression pattern in normal human kidneys [ 8].
It also facilitated the identification of a region of 57 sequential genes (PA2134 – PA2190) which demonstrate the same expression profile (up-regulation in the confluent biofilm time points).
The results confirmed that apoc1, apoa1, thbs, lect2 and s1001a10 transcripts were significantly (p < 0.05) up-regulated in atretic ovaries, whereas a2m and BRAFLDRAFT_128798 transcripts were accumulated in mature ovaries and strongly down-regulated in atretic ovaries, thus demonstrating the same expression pattern as that observed with the microarray.
Taken together, PCR analysis demonstrated the same gene expression pattern as the microarray analysis in all nine genes analyzed by real-time PCR.
Additionally, levels of phosphorylated STAT in sham-operated animals are equivalent in 6-h sham and 24-h sham animals [ 28] and detailed analyses of mRNA changes of the three housekeeping genes GAPDH, β-actin and EF-1 (elongating factor 1) in cerebral arteries after SAH [ 29- 31] demonstrated the same stable expression at all time points studied (0, 1, 3, 6, 12, 24 and 48 hours).
Furthermore, overexpression of ENC1 did not elicit an unfolded protein response (UPR) as demonstrated by the same expression level of Derlin-1, an protein that is upregulated in response to UPR, among the samples (Fig. 1D).
Thus, our isolates demonstrated the same Lewis antigen expression at both pH 5 and pH 7.
The immunostaining results demonstrated the same pattern of expression as the microarray (data not shown).
Moreover, the results obtained with genes corresponding to transporter activity on GO (hexose transporter-like protein (ht) and zinc-regulated transporter (zt)) demonstrated the same time-course expression profiles as the genes that present binding activity (Table 2 and Additional file 1).
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