ライフサイエンスコーパス: repetition priming

1 ects lead to improvements in behavior (e.g., repetition priming).

2 g event-related potentials (ERPs) and masked repetition priming.

3 erence with a repeated name can affect basic repetition priming.

4 us specificity that can be characteristic of repetition priming.

5 luence the neuronal plasticity necessary for repetition priming.

6 age processing and their modification during repetition priming.

7 y, and during implicit memory as measured by repetition priming.

8 or the involvement of feedback mechanisms in repetition priming.

9 based on the same mechanism responsible for repetition priming.

10 We use repetition priming (a history-dependent improvement of b

11 we address the pharmacological modulation of repetition priming, a basic form of learning, using even

12 l early visual processing activity reflected repetition priming, a type of implicit memory.

13 resent study was to determine whether masked repetition priming affects ERPs differently depending on

14 Masked repetition priming also led to positive ERPs during two

15 tient E.P. has demonstrated normal levels of repetition priming and at-chance recognition performance

16 an earlier 100-200 ms time window for L1-L1 repetition priming and L1-L2 translation priming.

17 digms that generate egestive motor programs: repetition priming and positive biasing.

18 study was to further probe the link between repetition priming and repetition suppression/enhancemen

19 dissociated from the effects of higher-order repetition priming and word prompting.

20 s with prior exposure to the pictures (i.e., repetition priming) and with presentation of valid word

21 ve skill learning; perceptual and conceptual repetition priming; and several forms of conditioning.

22 Non-conscious mnemonic influences, such as repetition priming, are thought to have a negligible eff

23 Comparison of response patterns during repetition priming between the two modalities suggest th

24 riming, L1-L2 translation priming, and L1-L1 repetition priming, but not for L2-L1 translation primin

25 course model during comprehension can affect repetition priming, but the nature of this effect may de

26 This common form of learning, known as repetition priming, can operate in the absence of explic

27 associated with facilitation processes from repetition priming dependent on sex and independent of a

28 nges in human brain activity associated with repetition priming during word generation were character

29 , even though we observed the expected sound repetition priming effect for positive and neutral words

30 that these reductions may underlie an amodal repetition-priming effect existing at processing stages

31 The other rotation conditions only showed repetition priming effects on the early perceptual compo

32 y the 30 degrees rotation condition produced repetition priming effects on the N/P190, N300 and N400.

33 Repetition priming effects were found for all rotation c

34 ing-related changes also exhibited increased repetition priming effects, suggesting common neural sub

35 anguage regions, where they colocalized with repetition priming effects.

36 During the later time window, masked repetition priming exhibited a frontal scalp distributio

37 Repetition priming (facilitated categorization across re

38 deactivations with implicit semantic memory (repetition priming) for words and pictures.

39 ognition memory, but intact implicit memory (repetition priming), for the scenes.

40 Repetition priming has been characterized neurophysiolog

41 pattern of recognition memory (explicit) and repetition priming (implicit) in amnesia.

42 brain activity related to skill learning and repetition priming in a mirror-reading task were examine

43 We investigate stimulus specificity of repetition priming in a tractable model system; the feed

44 vely, during memory retrieval as assessed by repetition priming in an event-related potential (ERP) s

45 these effects can be explained by short-term repetition priming in the context of serial scanning mod

46 nd show identical patterns of activation and repetition priming in the two language groups.

47 Using repetition priming in visual perception as a model task,

48 are related to implicit memory--measured by repetition priming--in a test that emphasized conceptual

49 ay be modulated in a top-down fashion during repetition priming, independent of (or in parallel with)

50 Repetition priming is a nonconscious form of memory that

51 If egestive repetition priming is immediately followed by stimulatio

52 driven by concurrent excitation-inhibition, repetition priming is indirect as it is preferentially i

53 nts may be made on the basis of familiarity, repetition priming is not the source of this feeling of

54 nents were significantly modulated for L2-L2 repetition priming, L1-L2 translation priming, and L1-L1

55 nlike in previous behavioral studies, masked repetition priming led to a reduction in positive recogn

56 direct versus indirect, i.e., CPG-dependent, repetition priming may be related to the type of input t

57 skills, and suggest that skill learning and repetition priming may have common substrates within a p

58 2 (cerebral peptide 2), we hypothesized that repetition priming may involve persistent peptidergic ne

59 We used a repetition-priming method with visual stimuli recurring

60 related with less response facilitation from repetition priming of global targets in men, but with gr

61 but with greater response facilitation from repetition priming of local targets in women.

62 which activates the feeding CPG, produces a repetition priming of motor programs.

63 Proekt et al. showed that repetition priming of neuron B8 is implemented by modula

64 nance imaging (fMRI) studies have shown that repetition priming of visual objects is typically accomp

65 t due to the potentiating effect of egestive repetition priming on B20.

66 Specifically, repetition priming on some measures can be eliminated fo

67 rain functional MRI (fMRI) was used during a repetition priming paradigm to study 34 young adults, 33

68 2) with a constant SOA of 110 ms in a masked repetition priming paradigm with pictures.

69 ourse of visual word recognition in a masked repetition priming paradigm.

70 meters differ in the 2 cases (e.g., egestive repetition priming requires activity in an interneuron,

71 extensive item-specific practice (long-term repetition priming) resulted in a virtual elimination of

72 Repetition priming (RP) is a form of learning, whereby c

73 nges are not related to implicit memory in a repetition priming test that emphasized perceptual (or s

74 Implicit memory was measured by four repetition priming tests.

75 state is maintained through MCC-independent repetition priming that is embedded in the properties of

76 tivations in the same region associated with repetition priming, that activation in this region refle

77 Short- and long-term repetition priming thus appeared to rely upon common neu

78 This study used repetition priming to examine the influence of lexical p

79 d event-related potentials (ERPs) and masked repetition priming to examine the time-course of picture

80 eding system of Aplysia californica displays repetition priming via an increase in the activity of th

81 Short-term repetition priming was associated with reduced activity

82 Repetition priming was consistently observed behavioural

83 With speech we found that repetition priming was eliminated for repeated names tha

84 urse of cross-script translation priming and repetition priming was examined in two different scripts

85 etal, and occipitotemporal regions; however, repetition priming was not predicted by pattern similari

86 We found that repetition priming was predicted by repetition suppressi