Sentence examples for may enable future from inspiring English sources

Goniopolarity may enable future explorations of complex transport phenomena that lead to unprecedented device concepts.

Our findings may enable future development of anti-cancer therapies targeting regions involved in allosteric regulation.

Of particular interest are aero-capture and aero-braking missions that may enable future exploration of the Saturnian satellite system.

These advances offered hope that the cause of autism would soon be understood, which may enable future generations to prevent or reverse its course.

Our approach to enhancing α-helicity of the peptide inhibitor may enable future design of highly effective and specific HIV-1 inhibitors.

The results of such research may enable future project managers to rely less on heuristics and possibly lead to a new application of "project management design".

There is good evidence that seeing someone you know and care about breastfeeding their baby is likely to make it feel like a more realistic option when it comes to decisions about feeding your own baby, and improved normalisation of breastfeeding in public places (including on the internet) may increasingly enable future parents to consider it themselves.

Overall consistency between theory and experiments was obtained indicating that the computational strategy employed here is useful to describe correlations between bonding, elasticity, density as well as (chemical) short range order and may hence enable future knowledge-based design of these ternary borides which show great potential for surface protection applications.

The need for a 43TRKN46 motif and for a GAG-mediated process in CCL5 secretion may enable the future design of modalities that prevent CCL5 release by breast tumor cells.

The major source for CCL2 is in the tumor cells; thus, identifying the mechanisms regulating CCL2 release by these cells may enable the future design of modalities inhibiting CCL2 secretion and consequently reduce tumorigenicity.

Experimental protocols established for the closely related L. iarius 24 and the molecular information provided by this work may enable the future isolation of the bacterium from its natural hosts and the elucidation of its interaction with Caenorhabditis.