Sentence examples for enabling sense from inspiring English sources

Davies has pared her collection to the bone; the focus is tight, enabling sense easily to be made of the complex situations she describes; the rhythms and occasional rhymes employed enhance and reinforce meaning.

Finally, homophobia is also the result of racism: "Since a strong and enabling sense of racial self is necessary to cope with the psychological assaults of white racism, the [queer] black protagonist can rarely afford to disconnect himself/herself/itself completely from the black community and seek total assimilation into the predominantly white gay community".

The enzyme, AChE hydrolyzes acetylcholine (ACh) to choline (Ch) which in turn interacts with AuQC@BSA-AChE and quenches its fluorescence, enabling sensing.

Matrix proteins not only allow anchorage of hepatocytes but also induce intracellular signaling pathways, thereby enabling sensing of the extracellular milieu with subsequent cellular adaptation to the environment.

Variability in pol II orientation might be important mechanistically, perhaps to enable sense and antisense transcription at human promoters.

Brentano believed that the concept of plerosis enabled sense to be made of the idea that a boundary possesses "parts", even when the boundary lacks dimensions altogether, as in the case of a point.

This would enable sensing of diffusive sound without disrupting the exterior acoustic field.

This sensor featuring laser vision enables sensing of the actual parts to be welded for seam finding and seam tracking.

In [14] the authors focus on developing a virtualized infrastructure to enable sensing and actuating as a service on the cloud.

Therefore, M could be any value larger than or equal to 2 and, the IFS of low priority stations should be larger than M slots, in order to enable sensing the busy tone signal.

In manmade sensors, device and sensor noise are typically considered nuisances, whereas in neurobiology noise has been shown to be a computational aid that enables sensing and operation at fundamental limits of energy efficiency and performance.