Such studies may also allow discovery of valuable (regulatable and/or strong) promoters, and facilitate industrial utilization.
For starters, it may allow the discovery that some code within the OS came from elsewhere.
More extensive sampling in the Black Sea and Caspian Sea area would clarify much of the remaining terra incognita on the present distribution maps, and may allow the discovery of the non-invasive L. neglectus populations that were the source of the recent invasions in Europe and Asia.
Thus, the metabolomic approach may allow the discovery of bioprotective foods [ 20].
Furthermore, RNA-Seq data may allow the discovery of novel transcripts and long intergenic non-coding RNAs (lncRNAs) [ 18- 20].
Many of the diverse scaffolds prepared have scope for easy further diversification which may allow the discovery of novel bioactive small molecule tools.
Last but not least, it may allow the discovery of the presence and parental origin of copy-neutral uniparental disomies, as well as of, for example, meiotic trisomies.
These findings suggest that HIF-1α/VHL may play a significant role in regulating the expression of CXCR4 on tumor cells, and further understanding this molecular mechanistic link between HIF-1α HIF-1αCR4 expression mandallow the disCXCR4y of a novexpressiono intervene and imayct on reducing metallowic NSCLC.
New knowledge in this area may allow the discovery of mechanistic pathways that connect nasal inflammation and congestion with sleep biology, which in turn, may result in novel strategies for the treatment of pediatric OSA and nocturnal symptoms of rhinitis in children.
In the future, the availability of the genome sequence may allow the discovery of more conifer-specific genes that could be highly duplicated; but we would (do?) not expect to find them in abundance, as suggested by the present phylogenetic analysis.
