Sentence examples for the development of more active from inspiring English sources

Nevertheless, there are still important challenges in this area, which include the development of more active, non-invasive, and thermo-resistant vaccines.

Considerable progress has been made in the past two decades in the development of more active and selective cobalt and iron catalysts and more effective reactor/process technologies[3].

The method is simple and easy to implement to approximate potential-dependent activation energies at the computational cost of a singly hydrogenation barrier calculation and can aid in the development of more active and selective catalysts for electrochemical reactions.

The analysis of the contour maps from each model provided insight into the structural requirements for the development of more active sglt inhibitors, and on the basis of the models 8 new sglt inhibitors were designed and predicted.

Whilst the Haber Bosch Process can, to some extent, be viewed as a mature technology, the development of more active (or even more poison tolerant) catalysts which would allow a reduction in the stringent conditions of operation is of significant interest.

Cost issues are being addressed with the development of more active congeners and more efficient methods of production.

The recent development of more active catalysts is pushing commercial operations to higher flowrates, towards the pulsing flow regime and to smaller catalyst particles.

It has been demonstrated that both the steric and electrostatic factors should appropriately be taken into account in future rational design and development of more active and more selective PDE5 inhibitors for the therapeutic treatment of erectile dysfunction (ED).

In view of these promising results, current work is directed towards increasing methane conversion and hydrocarbon selectivity in fluidised-bed reactors by development of more active and selective catalysts.

However, the exploitation of the full potential of TERS for studies of biological samples in general and pathogens in particular, requires development of more active TERS probes with high plasmonic enhancement that can capture dynamics on a cell surface with a low spectra integration time.

Hematopoietic cell and solid organ transplantations continue to increase, and despite recent development of more active and less toxic antifungal agents, mortality rates from invasive fungal infections remain unacceptably high.