Sentence examples for generate disruption from inspiring English sources

Open image in new window Fig. 2 Monte Carlo simulation flow chart to generate disruption scenarios.

To assess the function of PpHsp16.4 in stress tolerance, we used gene targeting to generate disruption mutants of PpHsp16.4 genes.

In both cases, we again detected ranalexin dependent induction of expression after 15 minute (min) exposure that peaked after 30 min and subsequently declined after 60 min. The Sigma TargeTron system was applied to generate disruption mutants, for which the S. aureus laboratory strain RN4220 was recommended by the manufacturer.

Furthermore, hippocampal lesions generate disruptions both in fimbria/fornix and in white matter integrity of ventral mPFC in monkeys [ 15], referring to the Hip-PFC pathway as the major projection originating in the hippocampus that directly innervates the PFC in primates, as well as in rodents.

Two abortive bomb attempts organised from Yemen last year, both foiled, proved almost as successful in terms of generating disruption and fear as if the bombs had gone off as planned, as AQAP itself boasted.

For reconstituting the generated disruption strains the PMT ORFs plus additional 500 700 bp up- and downstream of the respective START and STOP codons were amplified by PCR with primers containing BamHI restriction sites.

to remove contaminating primers and dNTPs and then combined in a 1 3 1 molar ratio (5′ CNA1NCR: SAT1 flipper: 3′ CNA1NCR) to generate the disruption allele by overlap PCR using flanking primers JC49/JC52, resulting in an ∼6.2 kb 5′ CNA1NCR- SAT1 flipper-3′ CNA1NCR CNA1 disruption allele.

The checkerboard pattern might generate a disruption of the default visual network, with a specific activation of striatal and extra striatal cortex [6, 7] and a consequent flow of information across the brain regions, which followed a different behavior in the two types of migraine, as was also confirmed by the brain networking analysis.

For PMT1A an existing EcoRV restriction site was used to generate the disruption constructs.

With a catalytically active Cas9 protein, the CRISPR approach can generate gene disruption, whereas a defective Cas9 (dcan9) can either enable or disable the expression of a defined gene.

We demonstrate that our toolkit of dual-marker vectors can generate targeted disruptions, deletions, and endogenous tagging with fluorescent proteins and epitopes.