Both genes exhibit a typical nuclear codon usage, clearly distinct from the usage of chloroplast genes.
This regulatory mechanism of noise and bursting, being evolvable, may partially explain how different genes exhibit a wide spectrum of different behaviors.
Our results demonstrate that the CBF3 and COR47 genes exhibit a significant increase in their relative expression level (fold change) in accordance with the application of different ASA concentrations to plants under chilling stress (Fig. 7a, b).
In Fig. 6A, it is clearly shown that the upstream genes exhibit a typical concave shape.
We discovered that Prom+ genes exhibit a significant correlation between the level of expression and ASPL or EVC.
On the other hand, the DAZ family genes exhibit a salient evolutionary variation in sex- and stage-specific expression.
Interestingly, humans do smell volatile amines that activate murine TAAR3 and TAAR4, despite the fact that these 2 genes exhibit a disrupted open reading frame in humans.
A number of E2F target genes exhibit a complex promoter structure with two E2F sites, including the E2F1, the p107 and, as we showed, the EBP1 promoter.
Although Hox genes exhibit a pleiotropism among macro-structures, it is not yet known how this attribute might be represented in different subgroups of neurons originating from a finite hindbrain compartment.
PCI+ genes exhibit a bimodal distribution: (1) a 'housekeeping-like' subset characterized by higher GC content and lower intron length/number, and (2) a 'pseudogene paralog' subset characterized by lower GC content and higher intron length/number (p<0.001).
Recent studies show [35] that, as measured by microarrays or qPCR, almost 50% of genes exhibit a linear relationship whereas others are either posttranslationally modified to alter their activity or their relationship is nonlinear for other reasons.
