Sentence examples for enabled reverse from inspiring English sources

Let us suppose now that the predicate of the clause PRE in Op_Enabled_Idtransion is true and let us prove that the operation Op_Enabled_Idtransion is enabled (reverse implying): since the predicate of the operation clause PRE is true, the THEN substitution can be executed, and that means, by construction, that the operation Op_Enabled_Idtransion is enabled.

Importantly, introducing PrP-encoding transgenes into the knockout mice restored susceptibility to prions, a finding that enabled reverse genetics of Prnp [15].

Metagenomic reads were mapped over the 18 Pseudomonas genomes using GASSST Global Alignment Short Sequence Search Tooll) [ 54] at 80% sequence similarity cut-off and enabled reverse complement search.

Of particular interest is the fact that in its earliest stages of development CRISPR/Cas9 has been used to alter the mouse by using a knockin system [ 36, 37] and also enabled reverse genetic studies in post-mitotic neurons of the adult brain [ 38].

Amplification of chromosomal DNA enabled reverse chromosome painting, in which the paint is developed from a flow-sorted aberrant chromosome of interest and hybridized to a normal karyotype to reveal the composition of the aberrant chromosome and position of chromosomal breakpoints (Fig.  5; Carter et al. 1992; Blennow 2004).

Our prototype end-user language and system pioneer a novel technique for programming of visualizations based on spatial relations, and a novel presentation interface that supports human discussions about algorithms by enabling reverse execution and dynamic mark-up and modification.

Our tool chain enables reverse engineering and program analysis by exploiting gcc, and thus accepts any C++ application that can be analysed by the C++ parser and front end of gcc.

Elucidation of the relevant biosynthetic pathways can provide increased access (e.g., via molecular breeding or metabolic engineering) and enable reverse genetic approaches toward understanding the physiological role of these natural products in plants as well.

Categorizing eQTLs has the potential to enable reverse genetics for the identification of genes controlling quantitative traits and may also help to enhance the rate of QTL cloning.

However, no currently available method is efficient enough to enable reverse genetic screens, and transposon mutagenesis in P. falciparum is at present well short of genome saturation (Balu and Adams, 2006).

The resource enables reverse genetic screening by allowing pools of barcoded mutants to be created in a single mouse and phenotyped in parallel by counting barcodes through next generation sequencing.