Sentence examples for enabling a transfer of from inspiring English sources

Intellectual property is moving from enabling a transfer of knowledge to creating a market for it.

The government insists that he poses a grave national security risk and that even a seemingly benign remark in the presence of a foreign agent could enable a transfer of data that could, as one witness for the government said at an earlier hearing, "shift the global balance of power".

Frozen-thawed embryo transfer (ET) technique enabled a transfer of fewer embryos into the uterus and storage of surplus embryos by cryopreservation for future use [ 3, 4].

Crypto is enabling a global transfer of wealth from the top 0.5percentt back to the rest of us.

Furthermore, the strengthening of the role of practice assistants in primary care is expected to improve the quality of service provided by physicians via a reduction of their workload enabled by a transfer of responsibilities to practice assistants [ 5].

Also, it has suitable conduction and valence band distribution, enabling an effective transfer of holes as well as blocking of electrons.

Senior staff were hired from the Avahan program because of their expertise and experience in Karnataka and to enable a quick transfer of lessons from Avahan, which had achieved greater program coverage in the 20 districts it covered than the KSAPS interventions had in the other 10 districts.

Micromixers as microreactors enable a faster transfer of research results into production.

Used as stamp material POSS combines the advantages of hard stamps for high resolution printing and the possibility to tune the surface chemistry to enable a proper transfer of proteins.

Under these conditions, the direct binding of vinculin to talin and actin enables an efficient transfer of mechanical cues from the outer environment to the inside of the cell, thus permitting cells to react to changing mechanical stimuli.

In contrast to the conventional nano-scale heterojunction, the absence of defined interfaces in Mo-TiO2 enables an improved transfer of photoexcited electrons from TiO2 to {Mo VI Ox}, leading to an efficient photoenergy storage process under illumination.