Sentence examples for more precise modifications from inspiring English sources

More precise modifications, and better technologies for monitoring stray DNA both within plants and in the environment around them, mean that it is getting easier to be sure that nothing untoward is going on.Then there is the worry that GM crops are a way for big companies to take over the livelihoods of small farmers and, in the end, a chunk of nature itself.

Cell based transgenesis allows investigators to make more precise genetic modification by utilizing natural occurring events within the genome such introduction of double stranded DNA breaks at targeted sites.

With the genome of a number of horticultural species being sequenced and the availability of numerous online databases for analyzing, identifying and characterizing promoters from different horticultural species, Development of precision breeding techniques (previously termed as cisgenic or intragenic genetic improvement) will enable more precise genetic modification of plants.

Given the more precise type of modifications that can be introduced upon homology-directed repair (HDR), we have developed HDR-based gene-targeting strategies that greatly facilitate the process of knockout generation in cell lines.

It is predictable that as the burst length increases the better result is achieved, since the longer bursts result in a better DFT resolution and more precise symbol rate modification in CS correction block.

Captive bottlenose dolphins are capable of adjusting their echolocation click amplitude yet have more difficulties in precise modification of the frequency structure of their clicks (Moore and Pawloski 1990).

Single base-level analysis of 5hmC is now possible [ 45] allowing for a more precise mapping of this base modification in the genome.

Larger cluster-randomised trials in non-university staff samples are urgently needed as these: can better control for confounding; improve generalizability; have the capacity to explore effect modification; and, provide more precise estimates of potential effects on anthropometric, biomarker, health, and work-related outcomes.

The knock-in approach used here results in a well-defined targeted modification that is therefore more precise and less prone to induction of artefacts.

Gene targeting is a more precise event than pronuclear injection as it utilizes specific modifications to the genomic sequence.

Integration of this multi-omics data also allowed us to interrogate post-transcriptional modifications such as RNA editing in a more precise and detailed manner as well as to identify protein-coding regions that are absent in public databases.