Moreover, 10 out of 16 OsWRKY genes, which have been characterized to mediate plant innate or induced immunity in rice, belong to Group II.
The Amy1 and Amy2 genes, which have unknown functions in the thyroid, were both substantially suppressed at all absorbed doses compared to non-irradiated controls.
We used "Mendeliome sequencing", a next-generation sequencing approach targeting all genes which have been previously linked to single-gene disorders, to obtain the correct diagnosis.
In addition, 79 of 127 ubiquitously expressed genes which have been functionally characterized through loss-of-function studies belong to gene families (Jung et al. 2015).
These results provide a foundation for further functional characterization of the candidate SmbZIP genes, which have the potential to increase tanshinone production.
Disruption of multiple homologous genes, which have similar DNA sequences and gene function, is required for the study of the desired phenotype.
Using detailed in silico sequence analyses we identified AT-rich stretches in these integrin genes, which have high similarity to yeast mRNA 3′-end processing signals.
This included most of the PGRS genes, which have exceptionally-high GC-content (80 90%).
Noteworthy, this chromosomal region contains genes which have been previously associated with disease progression.
These parameters were used to select 300 genes, which have to be analysed.
Genes which have E(G1)>E(G2) were estimated, using the False Discovery Rate (FDR<0.05).
