ライフサイエンスコーパス: explicit memory

1 ng-term declarative memory (sometimes termed explicit memory).

2 studied words in response to the same cues (explicit memory).

3 dded in an extended stochastic model without explicit memory.

4 pair associations, an animal model of human explicit memory.

5 --a measure that has recently been linked to explicit memory.

6 elieved to be important for consolidation of explicit memory.

7 imilarity as predictors of both implicit and explicit memory.

8 t scene recognition was used as a measure of explicit memory.

9 BF projection systems; namely, attention and explicit memory.

10 ecific implicit memory that is distinct from explicit memory.

11 resemble electrophysiological correlates of explicit memory.

12 per focus on the border between implicit and explicit memory.

13 otentials, whereas the opposite was true for explicit memory.

14 th conceptual implicit memory and aspects of explicit memory.

15 in aging and dementia despite impairment of explicit memory.

16 ne the extent of intraoperative implicit and explicit memory.

17 for evidence of intraoperative implicit and explicit memory.

18 neural correlates were not 'contaminated' by explicit memory.

19 n and a deficit in spatial memory, a form of explicit memory.

20 of the hippocampal formation in implicit and explicit memory.

21 hibit abnormalities of hippocampal-dependent explicit memory, a feature that is replicated in relevan

22 rt encoding processes that impact subsequent explicit memory and (2) multiple content-dependent prefr

23 icular the distinctions between implicit and explicit memory and deliberate and automatic action.

24 tive performance, including the retention of explicit memories, and experiencing a severe stress duri

25 d in social-emotional behavior, language and explicit memory, and propose a modified conditioning mod

26 d decays quickly-and that has been linked to explicit memory-and a slower process that adapts and dec

27 Implicit memory and explicit memory are fundamentally different manifestatio

28 These results suggest that implicit and explicit memory are subject to the same encoding factors

29 fects on the slow process are independent of explicit memory declines.

30 Explicit memory deficits have been demonstrated in Cushi

31 ent patient studies have called the implicit/explicit memory distinction into question.

32 neural activity associated with implicit and explicit memory during the performance of a recognition

33 implicit and explicit emotion, implicit and explicit memory, emotion-memory interactions, memory rec

34 centres in Wernicke's and Broca's areas; the explicit memory/emotion network on epicentres in the hip

35 tion in Alzheimer's disease between impaired explicit memory encoding in MTL and fusiform regions and

36 ort the special properties of declarative or explicit memory expression.

37 Explicit memory failure is the defining cognitive featur

38 vidence for recognition lacking two hallmark explicit-memory features: awareness of memory retrieval

39 Thus, explicit memories for experience involve the hippocampus

40 ition priming, can operate in the absence of explicit memory for earlier experiences, and functional

41 alternatives, and that yields superior later explicit memory for experiences.

42 h meaningful encoding that leads to superior explicit memory for stimuli and deactivations with impli

43 ional experiences can persist independent of explicit memory for the inducing event.

44 ere repeated once during an fMRI session and explicit memory for the scenes was unexpectedly tested a

45 on of learned fear, as well as attention and explicit memory functions, are discussed.

46 Dissociations between implicit and explicit memory have featured prominently in theories of

47 cial effects of acute cortisol elevations on explicit memory in humans.

48 greater association of older age with poorer explicit memory in survivors with PTSD, which, if presen

49 have been shown to disrupt conscious recall (explicit memory) in volunteers.

50 In humans declarative or explicit memory is supported by the hippocampus and rela

51 mation and expression of long-term cognitive/explicit memory of contextual fear conditioning.

52 discriminations while appraising threat and explicit memory of the CS+.

53 ociated with human PTSD, even if there is no explicit memory of the early trauma.

54 bsequently, even when there is no conscious (explicit) memory of the original presentation.

55 ely held that amnesic patients have impaired explicit memory performance but spared implicit memory p

56 , we investigated how age-related decline in explicit memory performance influences learning and rete

57 oup, who exhibited considerable variation in explicit memory performance, we found that poor explicit

58 N400 effect is too short-lived to reflect an explicit memory phenomenon and that the LPC may be influ

59 This signal could reflect either an explicit memory process or a sequence-planning process t

60 SCR revaluation effect was not dependent on explicit memory processes in either experiment.

61 We conclude that explicit memory processes mediated by the DLPFC can indi

62 These findings lead to the hypothesis that explicit memory processes mediated by the prefrontal cor

63 emantic associations, even in the absence of explicit memory processing.

64 ssumption that accurate recognition reflects explicit-memory processing, we provide evidence for reco

65 uropathology were related to lower levels of explicit memory proximate to death.

66 in memory and its role in both implicit and explicit memory reconsolidation, rather than balances co

67 These findings suggest that explicit memory resources are a determining factor in im

68 have described conditions under which taxing explicit memory resources by attentional distraction imp

69 ever, it is not clear whether the process of explicit memory retrieval also becomes more efficient wi

70 Explicit memory retrieval was associated with later brai

71 frontal cortex that has been associated with explicit memory retrieval.

72 open question concerns whether implicit and explicit memory share encoding resources.

73 A defining feature of explicit memory storage is that it requires attention bo

74 r and molecular studies of both implicit and explicit memory storage suggest that experience-dependen

75 ippocampus is critically involved in storing explicit memory such as memory for space.

76 of memory strength, rather than a selective explicit memory system deficit.

77 , with subjects simultaneously engaged in an explicit memory task and an implicit learning task.

78 ependent disruption of consolidation only in explicit memory tasks, which rely on brain structures in

79 On the explicit memory test, subjects recalled many target word

80 aces appeared again in either an implicit or explicit memory test.

81 licit memory performance, we found that poor explicit memory was associated with reduced retention in

82 Explicit memory was measured by seven tests of episodic

83 priming and repetition suppression; however, explicit memory was not related to repetition suppressio

84 In contrast, subsequent explicit memory was predicted by pattern similarity (acr

85 el correlations with behavioural measures of explicit memory were found in MTL, lingual and fusiform

86 at while it is initially possible to acquire explicit memories when the hippocampus is compromised, t

87 tioning appears to provide a simple model of explicit memory where analysis of brain substrates is fe

88 e never been compared with the correlates of explicit memory while holding task conditions constant o

89 cilitates the formation of both implicit and explicit memories, while Summerfield and colleagues demo

90 d we did not find evidence of intraoperative explicit memory with a recognition task.