Sentence examples for transporter engineering from inspiring English sources

In addition, modern methods of directed evolution and synthetic biology, especially those effecting changes in energy coupling, offer huge opportunities for increasing the flux towards extracellular product formation by transporter engineering.

Although numerous proteins have been investigated to convert COBE to CHBE; this is the first approach to use engineering triad involving crp engineering, recombinant DNA engineering and transporter engineering together for improving cell performance during two-phase biocatalysis.

However, pathway optimization and transporter engineering in isolation has not yet produced an optimal organism.

This may imply a significantly enhanced role for transporter engineering in whole cell biocatalysis.

Two such examples of genetic selection are based on transporter engineering.

Combined with molecular transporter engineering, they form the foundation of the panmetabolic engineering described in more detail later.

To our knowledge, this is the first study to harness a transporter-engineering strategy for alkane tolerance improvement in eukaryotic host cells, which is readily applicable to alkane biofuel-producing microbes.

Constitutive overexpression of the AtHKT1 1 gene was detrimental to plant growth and expression of the gene in stelar tissue did not improve salinity tolerance of rice, thus this study demonstrates the value of cell type-specific expression of Na+ transporters for engineering salinity tolerance in important crop plants.

Accuracy is the selling point of Cawley's Star Trek experience, and the painstaking fidelity to the original designs is jaw-dropping as you walk the corridors of his Enterprise and peep the transporter room, sickbay, engineering room, the Jefferies tube, and the pièce de résistance, the bridge all laid out exactly as it was at Desilu Studios Stage 9 in Hollywood a half-century ago.

The first prototype for transport activity sensors, named AmTrac, uses ammonium transporters as sensory domains for engineering transport activity sensors by inserting a circularly permutated EGFP (cpEGFP) into a conformation-sensitive position of an ammonium transporter (De Michele et al., 2013).

Thus, that study was restricted to a selected number of hexose transporters, whereas our evolutionary engineering of a quadruple hexokinase mutant selects from the full arsenal of relevant hexose transporters.