ライフサイエンスコーパス: impaired memory

1 2del mice exhibit anxiety-like behaviors and impaired memory.

2 neurodegenerative disorder characterized by impaired memory.

3 showed that the treatment ameliorated mouse impaired memory.

4 recovery sleep after sleep deprivation, and impaired memory.

5 n synthesis inhibitor or an NMDAR-antagonist impaired memory.

6 st exaggerated neuronal oxidative stress and impaired memory.

7 ochloride] before encoding of new PAs caused impaired memory 24 h later but that SCH23390 had no effe

8 nse ODN-infused rats exhibited significantly impaired memory 48 h later (i.e., LTM).

9 earning tests showed that Rdl overexpression impaired memory acquisition but not memory stability.

10 hibition of GluT4-mediated glucose transport impaired memory acquisition, but not memory retrieval.

11 in cultured hippocampal neurons and predicts impaired memory and exaggerated basal hippocampal activi

12 campus shrinks in late adulthood, leading to impaired memory and increased risk for dementia.

13 Impaired memory and language were useful predictors of t

14 eta, such as cytotoxicity, microtubule loss, impaired memory and learning, and neuritic degeneration,

15 switch, but rats with PL/IL inactivation had impaired memory and performed the same task that was lea

16 BDNF Met increased anxiety behavior, impaired memory, and increased expression of BDNF and it

17 Poor attention and impaired memory are enduring and core features of schizo

18 Cr2(-/-) chimeras showed impaired memory as characterized by a decrease in antibo

19 ce exposed in-utero were hyperactive and had impaired memory as determined using the object recogniti

20 ts had all or at least one of the following: impaired memory, attention, concentration and/or decreas

21 elopmental disorder that is characterized by impaired memory, autistic features and mostly severe int

22 immunity, such as delayed IgG switching and impaired memory B-cell function, remain largely unexplai

23 These results suggest that impaired memory because of hypothyroidism or stress may

24 Morphine injected into the medial septum impaired memory both for avoidance training and during s

25 s of muscimol (3 nmol) and glucose (33 nmol) impaired memory, but neither drug did so when administer

26 tions observed in diabetes patients, such as impaired memory capacity, neural plasticity, and neuroge

27 nt Ag is a critical mechanism underlying the impaired memory CD8 T cell development and responses in

28 CXCR4-deficient CD8(+) T cells have impaired memory cell maintenance due to defective homeos

29 in, and Id3, Irf4(-/-) CD8(+) T cells showed impaired memory-cell formation, indicating additional fu

30 -801 impaired learning whereas NO inhibitors impaired memory consolidation and possibly also learning

31 a second question was to examine whether the impaired memory consolidation associated with sleep depr

32 ocampal TrkA receptor expression selectively impaired memory consolidation for context but not for to

33 that these mice display normal learning but impaired memory consolidation in contextual fear conditi

34 spontaneous hippocampal IEDs correlate with impaired memory consolidation, and that they are precise

35 hibition of PKA with agents such as Rp-cAMPS impaired memory consolidation, whereas enhancement of th

36 1, rpS6, Akt, and ERK1/2 phosphorylation and impaired memory consolidation.

37 loss have long-lasting consequences such as impaired memory consolidation.

38 s of activity-dependent synaptic plasticity--impaired memory encoding but had no effect on recall.

39 bnormal hippocampal long-term depression and impaired memory extinction.

40 erichia coli (E. coli) as neonates displayed impaired memory for a recently explored context in adult

41 s related to a specific cognitive phenotype: impaired memory for rapidly acquired novel spatial infor

42 his task (as for Corsi blocks) might involve impaired memory for stimulus sequence, or poor visuomoto

43 Lidocaine-treated rats had impaired memory for the classical fear conditioning when

44 In addition, animals displayed impaired memory for the irrelevancy of the training cont

45 normal object familiarity/novelty effect but impaired memory for the location of objects when 2 objec

46 nted the socially relevant GABAergic LTP and impaired memory formation after STFP.

47 ss-induced cortical dendritic spine loss and impaired memory formation is mediated by CX3CR1(+) monoc

48 ioral defects including motor abnormalities, impaired memory formation, attention deficits, affective

49 n the hippocampus immediately after training impaired memory formation.

50 the remaining hippocampus may contribute to impaired memory function after unilateral neonatal hippo

51 We found that noninjured PDAPP mice had impaired memory function compared to noninjured wild-typ

52 that constant immune activation rather than impaired memory function leads to the accumulation of At

53 omy (ADX) induced 4-5 days prior to training impaired memory in a water-maze spatial task.

54 Studies of intact and impaired memory in age-related diseases suggest that nor

55 resulted in increased Abeta accumulation and impaired memory in APP mice.

56 The impaired memory in Cr2(-/-) chimeras corresponded with t

57 somycin before inhibitory avoidance training impaired memory in rats tested 48 h later.

58 d depression-like behavior as well as led to impaired memory in rats.

59 al (2, 5, or 10 micrograms) injection of AP5 impaired memory in the cued task.

60 l (2, 5, or 10 micrograms), injection of AP5 impaired memory in the spatial task.

61 Finally, 5XFAD mice have impaired memory in the Y-maze.

62 Impaired memory is a prominent complaint of patients wit

63 subcortical cerebrovascular disease may have impaired memory, often despite the absence of medial tem

64 at measures of paradoxical sleep can predict impaired memory over a large portion of the life span, a

65 ustained increase in alpha5GABA(A)R activity impaired memory performance and synaptic plasticity in t

66 rkB mRNA in the pons significantly predicted impaired memory performance in aged rats.

67 Although acute Ro25 treatment impaired memory performance in wt mice, memory deficits

68 rast to earlier work, electrical stimulation impaired memory performance significantly in both spatia

69 tive neurotoxic hippocampal lesions severely impaired memory performance, but cue and motivational di

70 Neuropsychological testing found impaired memory performance, with relatively preserved a

71 f cerebral deterioration that contributes to impaired memory performance.

72 Neither region was associated with impaired memory performance.

73 (NF-kappaB) transcription factor inhibition impaired memory persistence and, concomitantly, reduced

74 tion in the hippocampus during consolidation impaired memory persistence, whereas histone deacetylase

75 h the protein synthesis inhibitor anisomycin impaired memory persistence.

76 ted for patients with MTL lesions are due to impaired memory rather than impaired perception.

77 tein of Plasmodium yoelii develop a severely impaired memory response after priming with parasites.

78 thermore, B-PPARgamma-deficient mice have an impaired memory response, characterized by low titers of

79 ses to CD28-dependent costimulatory signals, impaired memory responses to proteolipid protein peptide

80 ere, we show that mice lacking NEIL1 exhibit impaired memory retention in a water maze test, but no a

81 posterior part (encompassing the Te2) alone impaired memory retention, whereas the inactivation of t

82 ory encoding for trace fear conditioning but impaired memory retention.

83 emale mice, whereas the GPER antagonist G-15 impaired memory, suggesting that GPER activation, like E

84 Because obese humans and mice have impaired memory T cell and Ab responses following influe

85 , intra-hippocampus injections of anisomycin impaired memory tested 48 hr after training yet spared m

86 ast, intra-amygdala injections of anisomycin impaired memory tested at 0.5, 4, and 48 hr after traini

87 ections of a high dose of NE before training impaired memory tested at 48 h after training.