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To prevent hippocampus shrinkage. To control weight. To exercise. To control glucose levels.
The electrical activity is emanating from the somatosensory neocortex. Oscillations in brain waves are from hippocampus. Somatosensory neocortex and hippocampus work together in memory consolidation. Somatosensory neocortex plays it primary role in memory consolidation.
To prevent hippocampus shrinkage. To control weight. To exercise. To control glucose levels.
People with poor memory have high glucose tolerance. People with good memory have low glucose tolerance. Memory level has nothing to do with glucose tolerance. The poorer the memory, the poorer glucose tolerance.
To prevent hippocampus shrinkage. To control weight. To exercise. To control glucose levels.
Does brain arrange memories in useful order during sleep? Does brain have memories when one is sleeping? Does brain remember files after one falls asleep? Does brain work on files in sleep?
Does brain arrange memories in useful order during sleep Does brain have memories when one is sleeping Does brain remember files after one falls asleep Does brain work on files in sleep
Does brain arrange memories in useful order during sleep? Does brain have memories when one is sleeping? Does brain remember files after one falls asleep? Does brain work on files in sleep?
The electrical activity is emanating from the somatosensory neocortex. Oscillations in brain waves are from hippocampus. Somatosensory neocortex and hippocampus work together in memory consolidation. Somatosensory neoeortex plays a primary role m memory consolidation.
To control weight. To prevent hippocampus shrinkage. To control glucose levels. To exercis
There is no relation between memory and hippocampus shrinkage. The more hippocampus shrinks, the poorer one’s memory. The more hippocampus shrinks, the better one’s memory. The less hippocampus shrinks, the poorer one’s memory.
There is no relation between memory and hippocampus shrinkage. The more hippocampus shrinks, the poorer one’s memory. The more hippocampus shrinks, the better one’s memory. The less hippocampus shrinks, the poorer one’s memory.
It must first go to the hippocampus for processing. It must be transferred to the neocoretex. It must eliminate the memory underneath it. It must be captured during the time of sleep.
People with good memory have low glucose tolerance. People with poor memory have high glucose tolerance. The poorer the memory, the poorer glucose tolerance. Memory level has nothing to do with glucose toleranc
Does brain arrange memories in useful order during sleep Does brain have memories when one is sleeping Does brain remember flies after one falls asleep Does brain work on files in sleep
There is no relation between memory and hippocampus shrinkage. The more hippocampus shrinks, the poorer one’s memory. The more hippocampus shrinks, the better one’s memory. The less hippocampus shrinks, the poorer one’s memory.
The electrical activity is emanating from thesomatosensory neocortex. Oscillations in brain waves are from hippocampus. Somatosensory neocortex and hippocampus work together in memory consolidation. Somatosensory neocortex plays a primary role in memory consolidation.
Oscillations in brain waves are from hippocampus. The electrical activity is emanating from the somatosensory neocortex. Somatosensory neocortex plays a primary role in memory consolidation. Somatosensory neocortex and hippocampus work together in memory consolidation.
Does brain have memories when one is sleeping? Does brain arrange memories in useful order during sleep? Does brain work on files in sleep? Does brain remember files after one fails asleep?
People with poor memory have high glucose tolerance. People with good memory have low glucose tolerance. Memory level has nothing to do with glucose tolerance. The poorer the memory, the poorer glucose tolerance.
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