1
This study investigated the possible role of hippocampal dynorphin in spatial learning.
2
Dynorphin B was found to impair spatial learning at all tested doses.
3
Among aged rats, discrimination deficits were strongly associated with spatial learning deficits.
4
Fear memory was higher among CHF rats whilst spatial learning was preserved.
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Results: Sevoflurane anesthesia impaired the spatial learning and memory in aged rats.
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Aged rats display a broad range of behavioral performance in spatial learning.
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Neonatal THIM treatment did not significantly affect spatial learning and memory.
8
Sleep deprivation prior to testing slowed spatial learning in juveniles but not adults.
9
Overall, the GFAP-ApoE4 mice exhibited poorer motor function and spatial learning and memory.
10
Age-related spatial learning and memory deficits are associated with a chronic low-grade inflammation.
11
All three models of cDM1 exhibit normal spatial learning and memory.
12
The acetylcholinesterase transgenic mice display progressive cognitive impairment in spatial learning and memory.
13
Little research has investigated the impact of sleepiness in juvenile animals on spatial learning.
14
The results suggest that sleep fragmentation negatively impacts spatial learning.
15
Synaptic deficits in the CNS included impairments of synaptic plasticity, spatial learning, and memory.
16
However, VSG-treated rats exhibited deficits on spatial learning tasks in the Morris water maze.
