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1 e drugs produced more severe retrograde than anterograde amnesia.
2 umans is associated with both retrograde and anterograde amnesia.
3 brain is associated with both retrograde and anterograde amnesia.
4 immunotherapy but may be left with permanent anterograde amnesia.
5 on (retrograde amnesia), but did not produce anterograde amnesia.
6 (i) What is impaired and what is spared in anterograde amnesia?
7 er, the findings support the contention that anterograde amnesia affects learning that depends on bui
9 These findings indicate that amygdala-based anterograde amnesia after hypoxia/reoxygenation is susta
10 that included the subiculum produced marked anterograde amnesia and a 1-30 d temporally graded retro
11 re extensive temporal lobe damage had severe anterograde amnesia and extensive retrograde memory loss
12 mpal formation lesions had moderately severe anterograde amnesia and limited retrograde amnesia for f
13 is nevertheless sufficient to produce severe anterograde amnesia and temporally graded retrograde amn
14 in which both the severity of retrograde and anterograde amnesia and the temporal gradient of the ret
15 ahippocampal cortices) impairs new learning (anterograde amnesia) as well as memory for information t
16 howed that MK-801 and NO inhibitors produced anterograde amnesia at doses that did not impair perform
17 e that fornix damage is sufficient to induce anterograde amnesia but also support the validity of rec
18 m new memories following hippocampal damage (anterograde amnesia) can be overcome with sufficient tra
20 Alcohol-induced blackouts (ie, periods of anterograde amnesia) have received limited recent resear
21 emporally limited or extensive and ungraded; anterograde amnesia involves both recollective and famil
24 at act on GABAa receptors, and can result in anterograde amnesia, or the inability to form new memori
25 e symptoms of temporal lobe and diencephalic anterograde amnesia.SIGNIFICANCE STATEMENT It has long b
26 rtery (ACoA) aneurysm rupture can lead to an anterograde amnesia syndrome similar to that observed af
28 formation of long-term, declarative memory (anterograde amnesia), together with temporally graded re
32 rain and midbrain afferents results in dense anterograde amnesia, whereas the role of the perirhinal
33 plain why hippocampal dysfunction results in anterograde amnesia while sparing recollection of old, s
34 properties of a more severe retrograde than anterograde amnesia with no temporal gradient in the ret