In total, these putative B. napus transcription factor genes represent 4.72% of the total transcripts.
Of the total transcripts mapped to glycolysis and one-carbon metabolism, 50%% were up-regulated and 50%% were down-regulated (Fig. 1, Additional file 6: Table S3).
Out of these 249 GOs, only those GOs have been plotted which accounted for more than 10%% of total transcripts (Additional file 3: Figure S2).
The total transcripts were grouped into 20 clusters of orthologous group categories and summarized in 3 gene ontology categories (biological process, cellular component, and molecular function).
19 AONs were found to be efficacious in inducing specific exon skipping (83% of total), of which 14 were considered efficient (61% of total), i.e. induced exon skipping in >25% of total transcripts.
This figure signifies the dominance of biological process followed by metabolic process as GO categories to which the maximum number of transcripts were mapped i.e. more than 80% and 600 %, respectively, of the total transcripts from the microarray data.
The measurement of total transcripts and individual splice variants of Plp1 and Cnp in the cerebellum of MeHg-exposed rat pups revealed a relatively similar level of reduction in their expression levels.
Canonical approaches to microarray analysis have been driven by the question of differential gene expression as measured by total transcripts encoded by a given gene.
The number of transcripts up-regulated in AD tissue as compared to normal brain ranged from 422 to 927, representing 0.2 0.5% of total transcripts.
Fifty-seven induced (14% of the total) and 13 repressed (4% of the total) transcripts were common to all three fusion proteins (Figure 5 and Table S1).
To quantify membrane-bound vs soluble isoforms in placental samples from homozygous H1 and WT infants, we amplified the exon 5 (E5) sequence present in all DC-SIGNR isoforms (total transcripts).
