In general, the hybrids exhibited additive expression and the majority of genes with non-additive expression still exhibited expression levels within the parental range.
Six genes in Clusters 2 and 35 were chosen that exhibited expression values above 13 log2 in mature pollen; their locus numbers and promoter regions are shown in Table S3 (Additional file 1).
Ten tissues exhibited expression differences greater than 4%.
All nine ptr-miRNAs exhibited expression patterns (Fig. 4) similar to their orthologs in Arabidopsis and Poplar.
WtES cells exhibited expression of Ttr, Fgf5, Zg, T and Afp and lack of Oct3/4 transcripts, demonstrating differentiation of a significant proportion of cells within the population (Figure 1C i)).
CXCL9, CCL5, and CXCL10, for example, were differentially upregulated by H5N1 6.2-, 4.4-, and 3.8-fold higher than H1N1, respectively, and all three exhibited expression levels over 10-fold higher than mock-infected cells.
Just under half of their transgenic lines (16/37) exhibited expression in muscle cells, and of these only three, C46G7.2, K04A8.6 and T03G6.3, were located in the sarcomere and characterized further.
A total of 424 A+ unigene pairs (2.7% of the total unigenes, 424/15646 unigenes) from all stages and MYCN status exhibited expression differences of one or more quartiles between human and mouse and were termed differential (Table S1).
Among those 17 genes, only 2 exhibited expression patterns totally inconsistent with microarray data.
Of 54,175 predicted soybean genes, 35.52 % exhibited expression oscillations in a 24 h period.
There were 26 tissues or body sites that exhibited expression of at least one prohormone gene.
