Sleep and Memory Consolidation

Sleep promotes the down-regulation of synaptic connectivity that has been potentiated during wakefulness (correct)

There is no controversy surrounding the role of sleep in experience-dependent changes of synaptic connections

Sleep promotes synaptic plasticity related to learning and memory

Sleep has no effect on experience-dependent changes of synaptic connections

Sleep modulates synaptic connections important for long-term memory formation (correct)

Sleep promotes the down-regulation of synaptic connectivity

Sleep has no role in learning and memory consolidation

Sleep only affects neuronal activity during wakefulness

Rotarod motor learning increases dendritic spine formation in the mouse primary motor cortex (correct)

Rotarod motor learning decreases dendritic spine formation in the mouse primary motor cortex

Rotarod motor learning has no effect on dendritic spine formation in the mouse primary motor cortex

Rotarod motor learning only affects the elimination rate of existing spines

<p>Rhythmic activity</p> Signup and view all the answers

<p>They are down-regulated</p> Signup and view all the answers

<p>It has no significant effect on the elimination rate</p> Signup and view all the answers