Sentence examples for enabling manipulation from inspiring English sources

Part three titled, "The Dreams of Geneticists" spreads across 1970 2001, which opened the recombinant DNA Pandora's Box, enabling manipulation of hereditary material that genes are made of.

The capability to map molecules at the nanoscale will in future provide powerful new insights into molecular adsorption and reaction dynamics at surfaces, ultimately enabling manipulation of process selectivity, for example in catalytic reactions.

The understanding and realization of directional cell movement towards a harder region of a cell culture substrate surface, so-called mechanotaxis, might provide a solid basis for a functional artificial extracellular matrix, enabling manipulation and elucidation of cell motility.

Extensive knowledge on the branch-point enzyme F3'5'H is crucial for understanding the distribution of flow through the flavonoid pathway, potentially enabling manipulation of desired end-product accumulation in fruits and vegetables in response to growth conditions.

Full-length cDNA clones facilitate functional analysis of the corresponding genes enabling manipulation of their expression in heterologous systems and the generation of a variety of tagged versions of the native protein.

The use of two chips for double emulsion generation (at 6 12 kHz) simplifies the monodisperse emulsion generation procedure, and offers flexibility in controlling droplet sizes and oil shell thickness as well as enabling manipulation of the sample, for example by thermal inactivation to stop the enzyme assay at chosen time point(s).

Engineered ion channels enable manipulation of cellular function by selective chemical control of ionic conductance.

In the intrinsic magnetic manipulation technique, magnetic properties of iron-containing cells and biomolecules are harnessed to enable manipulation.

On the other hand, extrinsic magnetic manipulation technique uses cells conjugated with magnetically active external components, such as magnetic nanoparticles to enable manipulation.

Diazonium reagents functionalize single-walled carbon nanotubes suspended in aqueous solution with high selectivity and enable manipulation according to electronic structure.

Collagen's ability to direct cellular behavior suggests that redesigning it at the molecular level could enable manipulation of cells residing in an engineered microenvironment.