Sentence examples for dna could become from inspiring English sources
Ross Thyer, at the University of Texas, in Austin, suggested the synthetic DNA could become an essential part of an organism's own DNA.
It is especially important to degrade defective DNA to avoid the persistence of mutated DNA that could become detrimental to the organism.
Such minimal DNA systems could become the future of approved human DNA vaccines.
At that price, the report explains, "DNA information could become a routine part of medical care".
DNA chips could become a tool for detecting disease and letting doctors see test results in hours instead of weeks.
Therefore, we believe that DNA methylation could become a powerful tool for lung cancer diagnosis.
Removal of induced DNA methylation and/or suppression of DNA methylation induction could become a target for prevention of chronic inflammation-associated cancers.
EGFP cDNA contains 60 CpG dinucleotides within the coding sequence and could be subject to silencing via DNA methylation that could become a target for MeCP2 [27].
"Anything we've done so far says that in our time horizon, which is five or ten years, if we remain the leader in sequencing we can grow our company with a much more fantastic return on investment than anything else". Macquarie Securities forecasts that the DNA-sequencing market could become ten times bigger, reaching $23 billion.
For example, if a gene were silenced by epigenetic means for multiple generations (heritable RNA interference for instance, or repression of transcription by heritable changes to the chromatin or DNA methylation), the gene could become more prone to accumulate mutations in its DNA sequence, some of which could ultimately silence it genetically.
Subclassification of cancers based on DNA methylation status, which may reflect the distinct epigenetic pathways of carcinogenesis, and DNA methylation profiles, which could become the optimum indicator for carcinogenetic risk estimation and prediction of patient outcome, should be further explored in each organ using array-based approaches.
