Sentence examples for more elaborate processing from inspiring English sources

In humans, though, the dopamine signal is also sent to a higher brain region called the frontal cortex for more elaborate processing.

Obtaining a positive image from a negative requires a more elaborate processing sequence, analogous to reversal processing in a chromogenic system.

Other synthetic fuels require more elaborate processing, and are commensurately more costly to produce; converting coal into oil, for example, requires gasifying the coal under intense pressure and heat, then condensing it into a liquid.

In Experiment 3, we adapted Experiment 1 to include EEG recordings, to see whether the absence of category information indeed leads to an increase in brain activity in response to each distractor, reflecting more elaborate processing.

In these and similar accounts, basic visual feature perception can operate in parallel for multiple stimuli, but more elaborate processing, such as associated with memory consolidation, binding, (object) identification and response selection, cannot.

Conversely, the lack of deactivation could involve a more elaborate processing of the novel pictures.

The reachability judgement task included however more elaborated processing than the right-left decision task and the grasping task, as suggested by the different reaction times in the no-TMS condition (573ms, 404ms, 431ms respectively).

However, these 3D DOSY experiments require much longer measurement times and more elaborate data processing.

Admittedly, the P3b latency range is associated with more elaborate stimulus processing and evaluation (Polich, 2007).

However, sensory plasticity usually is described in terms of development, such that an organism deprived of sensory input in one channel during an early critical period will develop more elaborate neural processing for another channel (Berardi et al. 2000), providing it with better perception in the latter channel for the remainder of its life.

To examine even more elaborate visual processing and learning in rl−/− mice, we measured orientation discrimination using the visual water task (Prusky et al. 2000), which is based on reinforcement learning and allows for measurement of perceptual thresholds of the tested animals.