Sentence examples for molecular engineering strategies from inspiring English sources

Therefore, molecular engineering strategies will be crucial for the advancement and realization of many new bioproduction routes using electroactive microorganisms.

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

Finally, our results shine light about future molecular engineering strategies that can be employed with the aim to obtain efficient light harvesting tetraruthenated porphyrin molecules.

This simple and effective design principle of host-guest interactions driven fluorescence and SERS-based detection may inspire the future molecular engineering strategies for the development of ultrasensitive toxic analyte sensor platforms.

We review herein two prominent molecular engineering strategies conformational restriction and multivalency that have been successfully and widely applied to peptides, oligonucleotides and oligosaccharides in order to enhance their binding affinity and selectivity.

A rational molecular engineering strategy was set up to prepare an original series of efficient carbazole-based sensitizers for dye-sensitized solar cells.

While this molecular engineering strategy has led to the successful production of a plethora of bioactive filamentous β-sheet assemblies for interfacing with biomolecules and cells, concerns associated with effective presentation of α-helical epitopes and their function preservation have yet to be resolved.

This is of particular relevance to molecular biological engineering strategies for improving plant drought tolerance in important crop species, such as maize (Zea mays) and grapevine (Vitis vinifera).

In this review, we focus on the molecular tools and engineering strategies that have recently empowered heterologous natural product biosynthesis.

Finally, in order to enhance or optimize the response, the third level of design strategy, molecular engineering, which involves the fine tuning of the electronic or magnetic structures of the building blocks (atoms, molecules, clusters, etc). of the crystal, must be considered.

These new insights in the field may contribute to novel strategies for molecular engineering of the cell wall.