Sentence examples for released on demand from inspiring English sources

It has been reported that AEA is not stored in "resting" cells but is, instead, synthesized and released "on demand" following physiological and pathological stimuli, such as neuronal depolarization, and thus rapid coordinated synthesis and removal of AEA is required.

This compressed air can be released on demand to produce electrical energy via a turbine and generator.

The chemical hydride approach employs engineered materials to store hydrogen onboard that can be released on demand.

In vivo, many growth factors and cytokines are stored in the extracellular matrix (ECM) and released on demand as needed during development, growth, and wound healing.

Cloud computing is a promising paradigm that enables a "computing-as-a-service" model, in which a dynamic pool of virtualized computational resources (e.g. CPU) can be leased and released on demand.

One day all films will be simultaneously released on demand, and I'll be able to enjoy all of them without ever having to do anything as undignified as stand up.

You have a code and a key that is virtually impossible to break as it is made up of an endless number of combinations of growth media, chemicals and development times". The additional benefits of using a living, bacterial system to encode messages is that the information can be released on-demand.

The documentary, which will be released on-demand and shown in select theaters starting on Friday in New York, Chicago and Los Angeles, comes as gang violence is once again on the rise in the city.

The film, which is set to release on-demand today after a successful limited theatrical release, is a dizzying, emotional, joyful and jarring entré into the world of Aucoin, whose detailed diaries, videos, and photographs chronicling his every moment bring the makeup artist back to life in the film.

There were also complaints that they failed to release on demand the computer code they wrote to analyse the data.

Indeed, the possibility of releasing on demand various types of molecules (e.g., in a cell, or wherever access by conventional injection techniques is not possible) is a very appealing prospect.