1
Results: Analyses revealed an increase in spatial memory performance following tDCS stimulation.
2
Treatment with metformin also improved the spatial memory scores of diabetic animals.
3
Tadalafil treatment regulated the inflammation signaling pathways restoring learning and spatial memory.
4
Neurologic dysfunction was assessed by evaluating both spatial memory and sensorimotor capacity.
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Diabetic animals treated with metformin had a higher spatial memory score.
6
Intraventricular hemorrhage causes spatial memory loss, but the mechanism remains unknown.
7
They are also looking at whether apnea during shallow sleep affects spatial memory.
8
Tomosyn1-overexpression significantly impaired hippocampus-dependent spatial memory while tested in the Morris water maze.
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Taxifolin treatment prevented the recognitive and spatial memory deficits of the AD mice.
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The sigma1B-deficient mice have reduced motor coordination and severely impaired long-term spatial memory.
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These changes contributed to improving electrophysiological properties of synapses and spatial memory performance.
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More importantly, these mutant mice displayed impaired hippocampus-dependent social recognition and spatial memory.
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The pivotal role of the hippocampus for spatial memory is well-established.
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Overt tau pathology in the aged mice was accompanied by spatial memory deficits.
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Conclusion: Parecoxib mitigates spatial memory impairment induced by sevoflurane anesthesia in aged rats.
16
Mutant mice have impaired spatial memory, and σ1B-deficient humans have a severe mental retardation.
