With respect to Fe biofortification, the introduction of multiple Fe homeostasis genes is more effective than the introduction of individual genes.
Our results demonstrated that the introduction of multiple Fe homeostasis genes is more effective at achieving Fe biofortification than the introduction of individual genes under soil cultivation in greenhouse and paddy field conditions.
According to some clever, presumably non-agri industry supported scientists, the price for messing with genes is more reactive and problematic proteins.
The correlation between the attributes of disease genes is more extensive and stronger than previously thought.
As such, the function of segmental duplicated genes is more likely to have been fixed than the tandem genes.
These results indicate that H3K9-Ac at the ribosomal genes is more sensitive to external signalling events causing transcriptional changes.
We suggest that methylation-mediated inactivation of SPANX-A/D genes is more efficient compared to SPANX-N genes.
On the contrary, the existence of "posterior" genes is more controversial, different authors supporting their presence [29], [34], [37] or absence [35], [38] in cnidarians.
For complex infectious diseases, e.g., tuberculosis, a mild effect of many contributing genes is more expected; therefore we adopted the OR of 1.5.
Furthermore, this increase in expression of target genes is more pronounced as the amplitude of p53 oscillations becomes larger (Figure 5C).
Thus, our findings suggest that the transcriptional control of these genes is more likely to have undergone positive selection in many lineages.
