Five PPases showed high transcript levels in both libraries, but their transcriptions did not change under salt-stress.
Oocyst stage parasites were found to be highly active in protein synthesis, based on the high transcript levels of genes associated with ribosome biogenesis, transcription and translation.
Consistent with the global correlation between transcription and accessibility, inaccessible genes with H3K9me2 or H3K27me3, and genes from hyper-accessible regions (hyper-accessible genes) had low and high transcript levels, respectively (Fig. 6e).
In clade I, high transcript levels of OsGLR1.1 and OsGLR1.3 were observed in all the tissues, in contrast with OsGLR1.2 and OsGLR1.4, which had relatively higher expression in roots.
Like PrPC, ZIP6 and ZIP10 exhibit widespread expression in biological tissues with high transcript levels in the brain [19].
The third group (10% of the COG-assigned genes) contained genes displaying high transcript levels throughout the light period (Fig. 3C).
GNE transcript levels were higher in colon than small intestine and high transcript levels were seen both at postnatal day 17 and 21.
Furthermore, the EST expression profile (Hs.620532, NCBI Unigene, EST profile viewer) suggests the presence of high transcript levels of A2ML1 in oesophagus, mouth, pharynx, intestine, and muscle.
The fourth group contained genes belonging to only one COG category (D: Cell division and chromosome partitioning), and displaying high transcript levels in the middle of the light period (Fig. 3D).
Western blot analysis showed that the PRDX4 protein, while readily detectable in AML blast cells with high transcript levels, is low/undetectable in APL cells correlating with the gene expression profiling data (Figure 2A).
COG analysis of the genes belonging to category Q (Q: Secondary metabolites biosynthesis, transport and catabolism) has shown that most of the genes involved in the biosynthesis of secondary metabolites displayed high transcript levels throughout the light period.
