Sentence examples for memory neurons in from inspiring English sources

For instance, during delay periods in working memory tasks, while stimuli are represented in working memory, neurons in the prefrontal cortex, thought to support the memory representation, exhibit time-varying neuronal activity.

Although we did not find a significant difference in the percentage of visual memory neurons in the 2 regions (Table 1, neuron group 1), this may be due to the small numbers of responsive neurons in the caudal FEF.

To lay down these memories, neurons in our brains form new connections with other neurons or strengthen old ones.

When recurrent excitatory and inhibitory inputs to memory neurons were balanced in strength and offset in time, drifts in activity triggered a corrective signal that counteracted memory decay.

Discharge of a representative visual memory neuron recorded in the left caudal FEF is illustrated in Figure 2 A – D. This neuron increased discharge rate during cue 1 when cue 1 motion was leftward (but not rightward, Fig. 2 A vs. B, go trials, period 2), and the increased discharge rate was maintained during the initial phase of delay 1 but declined thereafter (Fig. 2 A, period 3).

In this image from a portion of the hippocampus, a brain structure involved in memory, neurons (distinguishable by their distinct round cell bodies) and astrocytes (distinguishable by their diffuse star shape), a support cell in the brain, are labeled with multiple distinct colors.

The principal sulcus (PS, Area 46) is thought to mediate spatial working memory, because neurons in the principal sulcus are involved in maintenance of spatial information over time [21] [23].

Is it possible that acute hyperglycemia induces metabolic memory in neurons and/or in skeletal muscle and produces the prolonged weakness we see in our patients?

Computational models suggest that upon receiving a partial memory cue ('beach'), neurons in the hippocampus coordinate reinstatement of associated memories ('cocktail') in cortical target sites.

Cohen Kadosh said that stimulating the brain from right to left seems to boost learning and memory by making neurons in the right parietal lobe fire more easily.

Moreover, the 'gamma lobes' of the mushroom body appear to be involved in both short-term olfactory memories and short-term visual memories, while other neurons in the mushroom body show distinct effects.