Sentence examples for may enable in from inspiring English sources

We show in Fig. 4 how the dispersion curves (DC) may enable in a simple case to distinguish the true solution from false ones.

Continuing engineering efforts to improve spatial resolution are underway in MRI, which may enable in vivo imaging at the resolution of individual plaques with this or similar contrast probes.

We believe that also the optimization of the active region with better utilization of the nanofaceting effects may enable, in addition, a dramatic extension of the emission wavelength towards bright red (620 630 nm) and, probably, yellow (∼580 nm) spectral ranges.

Cell-permeable nucleotide analogs or chemical modifiers may enable in vivo 3D structure determination.

This new family of peptide receptors, the incretin receptor family, may be of great importance because it may enable in vivo peptide-based receptor targeting of NETs which do not express somatostatin (sst) receptors, prompting the authors to evaluate newly developed radioligands for the in vivo targeting of GIPR-positive tumours.

The author looks at how the appropriate design of smart clothes has the potential to promote independence and wellbeing, and may enable participation in healthy exercise in the everyday lives of the active ageing.

Advances in computational modelling and nanotechnology may enable developments in modelling cleanability at the design stage and in developing surfaces that resist fouling and speed cleaning.

Additionally, ceramics may enable operation in harsh chemical environments in which metals cannot be used.

If young adults with Down syndrome do become stronger and more physically activity, it may enable them in the short term to be more active in their school, work and home communities.

Comparative studies in these and other available ALS animal models may enable breakthroughs in the understanding of common and essential mechanisms of disease and the testing of therapeutic or preventative interventions.

Advancements in material research have profound impacts on the development of sensors and may enable us in the future to design highly sensitive and accurate early warning systems.