Understanding the mode of gene action leads to better BPH management practices.
First, GoMiner categorizes each gene according to their GO terms and mode of gene expressions.
One important mode of gene regulation is miRNA-mediated post-transcriptional mRNA transcript repression.
Further, pollen being the main mode of gene flow, genetic differentiation in quantitative traits was maintained by natural selection (Bloomfield et al. [2011]).
In a suitable BPH resistance breeding program, it will be necessary to know the mode of gene action to pyramid the right combinations of genes.
These are intronless genes that encode a highly related RING finger domain, and yet during evolutionary history, their mode of gene expansion and function is rather different.
Detailed investigation reveals a set of 17 Transcription Factors (named as pivot-TFs) which can govern changes in the mode of gene regulation along these paths.
The analysis on the mode of gene action revealed interesting results: that the gene had all the three different kinds of resistance mechanisms (antibiosis, antixenosis, and tolerance) against BPH insects.
This mode of gene expression is reminiscent of the bacterial cistronic mode of gene expression from which eukaryotic mitochondria are believed to have been derived.
Taken together, our data suggest that this mode of gene therapy is applicable for multiple forms of ocular diseases.
We demonstrate that architecture of PK genomic loci correlates with the mode of gene expression and proliferative activity of the tissue where these genes are predominantly expressed.
