Sentence examples for high levels of processing from inspiring English sources

Second, high levels of processing destroy the food's natural structure.

First, high levels of processing remove many of the most healthful components in whole grains, such as dietary fiber, minerals, phytochemicals, and fatty acids.

By using many simple, but general-purpose processors and embedded memory, high levels of processing power per mm2 of silicon area can be achieved, making this architecture ideally suited to the computationally intensive conversion of protocols required by current and emerging storage networks.

At high levels of processing meditators are less affected by stimuli with an adverse emotional load, while processing of positive stimuli remains unaltered.

These data suggest that fully functional islet grafts are able to attain optimal proinsulin processing when stimulated but are required to sustain high levels of processing even during a metabolic fasting state in order to maintain glycemic control.

A crucial aspect of this message passing is the selection of ascending information by adjusting the 'volume' or gain of prediction errors that compete for influence over higher levels of processing.

It is possible that like the coding of certain visual features, such as faces or objects, pitch coding might become more specialized, and thus invariant to other features, at higher levels of processing.

What these results indicate is that confident speech grabs the most attention, and demands the highest level of processing speed, from the brains of listeners.

For Notch1, the high level of processing in the embryonic brain is in line with the critical role of NICD in cell fate determination during embryogenesis.

We demonstrated how a low-level explanation of these patterns at multiple scales reveals the tilt cues in the local processing of the pattern, followed by higher levels of processing in the retina and the cortex for the integration of the local tilt cues for the final percept.

The presence of higher levels of processing intermediates in virus produced in these cells may help explain the reduced infectivity, as studies in both MLV [65] and HIV [7] demonstrate that partially cleaved Gag products act transdominantly to reduce virion infectivity through reduced reverse transcription of viral RNA, despite the presence of functional Reverse Transcription polymerase [7].