Sentence examples for molecular engineering to from inspiring English sources

Success usually results from molecular engineering to facilitate crystallization.

(2016) have exploited recent advances in synthetic biology and molecular engineering to deliver a sensitive, affordable, and field-ready Zika test.

Using molecular engineering to enhance enzymatic capabilities of root-colonizing microbes, additional contaminants can be targeted and contaminant fate can be altered to promote rhizosphere degradation of contaminants, which is desired among phytoremediation mechanisms.

reported that the recycling of carbon dioxide (CO2) for use as fuels and chemicals can be achieved by a combination of nanotechnology and molecular engineering to give robust, active, and selective organic-inorganic hybrid catalysts in the electrochemical reduction of CO2.

Starting from a specific on/off adaptor for the hepatitis delta virus ribozyme, that differs but has a mechanism reminiscent of this signalling kinase, we have adapted this mode of activation, using the techniques of molecular engineering, to both catalytic RNAs and DNAs exhibiting various activities.

Current large-scale programs employ inter-specific crosses and molecular engineering to develop resistance genes imposing a high cost of virulence for pathogens that overcome this resistance.

Soluble recombinant expression of pharmaceutical proteins is of utmost importance not only for direct applications but to be able to employ advanced molecular engineering methods to alter their physicochemical properties.

This strategy allows new molecular engineering tools to interrogate fundamental biological properties of cells and to develop cell-based therapeutics and diagnostic tools.

Molecular engineering refers to a collection of complex, computer-based methods used to study molecular structures and properties.

Thus, we have used molecular engineering strategies to develop cytocompatible and injectable hydrogels that have the potential to support cell and drug therapies.

The results reveal a change of the growth process induced by molecular engineering leading to an improvement of the film morphology towards larger grain sizes and thus to an enhancement of the electronic properties of the organic semiconductor thin films.