Securing memories promotes deep sleep. After that memories are stored in the memory for a long time. That is the conclusion drawn by researchers from the University of California, writes the Journal of Neuroscience.
Having constructed a mathematical model of the brain, neuroscientists have found that during sleep the neurons of the brain continue to work actively to form synaptic connections.
Synaptic changes in the cerebral cortex under the influence of the fast rhythm of the hippocampus appear as high-amplitude oscillations chalking. The hippocampus is responsible for short-term memory into long-term transition.
synaptic changes in the opposite direction affect the slow rhythms. As a result, formation of a reverse loop, and the memories stronger neurons re-excited in the cerebral cortex
The very hippocampus, without participating in the consolidation of memory, records the incoming signal to the brain and cause a repetition of memories..
2016-04-18T12: 35: 00 + 03: 00
Securing memories promotes deep sleep. After that memories are stored in the memory for a long time. That is the conclusion drawn by researchers from the University of California, writes the Journal of Neuroscience.
Having constructed a mathematical model of the brain, neuroscientists have found that during sleep the neurons of the brain continue to work actively to form synaptic connections.
Synaptic changes in the cerebral cortex under the influence of the fast rhythm of the hippocampus appear as high-amplitude oscillations chalking. The hippocampus is responsible for short-term memory into long-term transition.
synaptic changes in the opposite direction affect the slow rhythms. As a result, formation of a reverse loop, and the memories stronger neurons re-excited in the cerebral cortex
The very hippocampus, without participating in the consolidation of memory, records the incoming signal to the brain and cause a repetition of memories.. <-! /> Noindex ->
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