This, and the normal exclusion of viruses from the plant germ cells, reduce the likelihood of genome integration and suggest that a heritable maintenance of pararetroviral sequences has potential benefits for the host plants [ 10].
Second, the authors suggest that the presence of pararetroviral sequences in the grapevine genomes is consistent with the idea that 'heritable maintenance of pararetroviral sequences has potential benefits for the host plants.' If this is indeed the case, then one may expect that the pararetroviral sequence inserts are conserved over evolutionary time.
A diligent use of modelling, optimization, and classification in sequence have potential to address the quality and sustainability conflict for a wide variety of products obtained from a process.
Shotgun metagenomics, or the direct extraction, sequencing and analysis of DNA from a community of microorganisms (Handelsman 2004), is one high-throughput approach that in tandem with next generation sequencing has potential utility for environmental public health surveillance.
Colored rectangles indicate presence of a species whereas white rectangles represent its absence, i.e. the first row in the table in Figure 1A shows that the associated Nematostella sequence has potential orthologs in seven out of the eight possible species.
In 2003, they proposed the establishment of 'a clearing house to expedite the rapid and low cost licensing of patented DNA sequences which have potential applications in clinical diagnosis' to encourage the free availability of raw sequence data [ 3].
It can be discussed if the use of this new technique will still be referred to as a GWA study, but high-throughput sequencing does have potential to side-step some of the shortcomings of non-sequencing GWA.
Therefore deeper exome sequencing may have potential to improve diagnostic yield for unselected patients, which for rare disorders is currently 25%95(95 % CI: 20 31) in clinical laboratories [ 30].
More interestingly, epigenetic changes are reversible heritable changes that are not due to the alteration in DNA sequence but have potential to alter gene expression.
This grammar can be implemented in the Gibbs potential: forbidden sequences have a potential equal to −∞ (resp. a zero probability).
