Sentence examples for subject to position from inspiring English sources

James Newsome, president of NYMEX, says one regulatory difference that worries him is that ICE places no limit on the size of outstanding positions, while his exchange is subject to position limits under the CFTC.

This is important since NSE transgenes can be subject to position effects resulting in very large differences in the spatial expression pattern of expression within the CNS between different transgenic lines [59], [60].

However, different transgene integration sites are subject to position effects, so that a given cell type's readout for transgenic signaling sentinels can vary by parameters unrelated to signaling.

However, different transgene integration sites are subject to position effects and thus, for a given cell type, the readout for transgenic signaling sentinels and the differences between one sentinel and another might vary by parameters unrelated to signaling.

Variation in Flp levels is known to affect recombination efficiency (e.g., Schebelle et al. 2010), and some ET-FLPx2 transgenes could reside in genomic regions that make them subject to position effect variegation for Flp expression.

On the other hand, only a fraction of transgenes are subject to position effect, so a wide range of domains that are heterogeneous in terms of strength of position effect apparently exist in the genome.

L5-mediated silencing is subject to position-effect variegation, and colonies with expressed (white), silenced (red), and intermediate (pink or sectored) phenotypes are observed.

Males of the genotype w / Y, P{ w +c = UAS-rpr.Y} have variegated eyes, indicating that the transgene is subject to position-effect variegation, despite the presence of gypsy chromatin insulators on the construct.

In fission yeast, reporter genes placed within or adjacent to the native mating-type loci (Grewal and Klar 1996), centromeres (Allshire et al. 1994, 1995), and telomeres (Nimmo et al. 1994) are subject to position-effect variegation.

In addition, when the target gene number is reduced, it becomes easier to include more unique reagents per gene, include a generous number of positive and negative controls, and apply optimal plate layouts (e.g., avoid the use of edge wells, which are subject to position-dependent effects or "edge effects") (Boutros and Ahringer 2008; Mohr 2014).

These reporter cassettes were randomly inserted into the mouse genome and as such are more likely to be subjected to position effect variegation than the R26R-EYFP reporter, which was inserted into the ubiquitously expressed ROSA26 genomic locus.