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- W2058921922 abstract "In the current study, the effects of intra-central amygdala (CeA) administration of N-methyl-d-aspartate (NMDA) and its competitive antagonist, d-2-amino-5-phosphonopentanoic acid (D-AP5), on morphine state-dependent memory retrieval were investigated. Post-training subcutaneous (s.c.) administration of different doses of morphine (0.5, 2.5, 5 and 7.5 mg/kg) dose-dependently impaired memory. The response induced by post-training morphine (7.5 mg/kg) was reversed by pre-test administration of this drug (5 and 7.5 mg/kg), indicating morphine state-dependent memory retrieval. Pre-test intra-CeA administration of NMDA (0.01 and 0.05 μg/rat) plus an ineffective dose of morphine (0.5 mg/kg, s.c.) restored memory impairment caused by post-training morphine (7.5 mg/kg). However, pre-test intra-CeA administration of NMDA (0.005–0.05 μg/rat), alone, was ineffective on post-training morphine-induced amnesia. Furthermore, pre-test intra-CeA administration of the same doses of NMDA had no effect on memory retrieval. Pre-test intra-CeA administration of D-AP5 (0.1–1.0 μg/rat) decreased morphine state-dependent memory retrieval. However, pre-test administration of D-AP5 (0.1–1 μg/rat) alone decreased memory retrieval, but restored post-training morphine-induced amnesia. In conclusion, our results suggest which CeA may be potentially critical for morphine state-dependent memory retrieval and that CeA NMDA receptor mechanism(s) interact with the opiodergic system in the modulation of morphine state-dependent memory retrieval." @default.
- W2058921922 created "2016-06-24" @default.
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- W2058921922 date "2011-01-01" @default.
- W2058921922 modified "2023-10-12" @default.
- W2058921922 title "Involvement of central amygdala NMDA receptor mechanism in morphine state-dependent memory retrieval" @default.
- W2058921922 cites W1573422440 @default.
- W2058921922 cites W1584138169 @default.
- W2058921922 cites W1775883263 @default.
- W2058921922 cites W1968241424 @default.
- W2058921922 cites W1977266070 @default.
- W2058921922 cites W1979220080 @default.
- W2058921922 cites W1979995272 @default.
- W2058921922 cites W1982480768 @default.
- W2058921922 cites W1986081718 @default.
- W2058921922 cites W1986496031 @default.
- W2058921922 cites W1986604892 @default.
- W2058921922 cites W1987007555 @default.
- W2058921922 cites W1987342129 @default.
- W2058921922 cites W1996922632 @default.
- W2058921922 cites W2000288312 @default.
- W2058921922 cites W2007149931 @default.
- W2058921922 cites W2011090936 @default.
- W2058921922 cites W2013090183 @default.
- W2058921922 cites W2017934537 @default.
- W2058921922 cites W2022248485 @default.
- W2058921922 cites W2028500558 @default.
- W2058921922 cites W2029232177 @default.
- W2058921922 cites W2029375375 @default.
- W2058921922 cites W2030780115 @default.
- W2058921922 cites W2033525233 @default.
- W2058921922 cites W2039348342 @default.
- W2058921922 cites W2039626343 @default.
- W2058921922 cites W2044856969 @default.
- W2058921922 cites W2045742399 @default.
- W2058921922 cites W2045967619 @default.
- W2058921922 cites W2046984448 @default.
- W2058921922 cites W2049188631 @default.
- W2058921922 cites W2049511526 @default.
- W2058921922 cites W2052194813 @default.
- W2058921922 cites W2057034221 @default.
- W2058921922 cites W2059035132 @default.
- W2058921922 cites W2061603530 @default.
- W2058921922 cites W2065169750 @default.
- W2058921922 cites W2065258447 @default.
- W2058921922 cites W2070389316 @default.
- W2058921922 cites W2073069713 @default.
- W2058921922 cites W2074599844 @default.
- W2058921922 cites W2077497517 @default.
- W2058921922 cites W2077928619 @default.
- W2058921922 cites W2080459139 @default.
- W2058921922 cites W2084977336 @default.
- W2058921922 cites W2085811118 @default.
- W2058921922 cites W2085971650 @default.
- W2058921922 cites W2095336250 @default.
- W2058921922 cites W2095484045 @default.
- W2058921922 cites W2101635372 @default.
- W2058921922 cites W2110481328 @default.
- W2058921922 cites W2111469587 @default.
- W2058921922 cites W2114938879 @default.
- W2058921922 cites W2121689806 @default.
- W2058921922 cites W2130361085 @default.
- W2058921922 cites W2144933081 @default.
- W2058921922 cites W2145286440 @default.
- W2058921922 cites W2154734566 @default.
- W2058921922 cites W2165539004 @default.
- W2058921922 cites W2167820351 @default.
- W2058921922 cites W2170297695 @default.
- W2058921922 cites W2264609583 @default.
- W2058921922 cites W2312303119 @default.
- W2058921922 cites W2324781809 @default.
- W2058921922 cites W2332800117 @default.
- W2058921922 cites W2769006993 @default.
- W2058921922 cites W4231312098 @default.
- W2058921922 cites W4252767536 @default.
- W2058921922 cites W4299900687 @default.
- W2058921922 cites W2087472973 @default.
- W2058921922 doi "https://doi.org/10.1016/j.neures.2010.09.005" @default.
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