ライフサイエンスコーパス: behavioral analysis

1 suggesting the background as unsuitable for behavioral analysis.

2 adds a reaction time-like dimension to this behavioral analysis.

3 recordings, RT-PCR, immunocytochemistry, and behavioral analysis.

4 tudied primarily by genetic perturbation and behavioral analysis.

5 control group and attention to the level of behavioral analysis.

6 Behavioral analysis also showed rapid onset and end of d

7 n depends on the IR60b receptor, as shown by behavioral analysis and Ca(2+) imaging of an IR60b mutan

8 undly disrupts chemosensation, based on both behavioral analysis and Ca(2+) imaging.

9 Behavioral analysis and neurogenesis assays, following l

10 Our results provide converging evidence from behavioral analysis and two independent functional imagi

11 es, appropriately designed paradigms, better behavioral analysis, and a chronobiologic approach seems

12 However, despite employing multiple behavioral analysis approaches, we were unable to extend

13 ell-known form of nerve injury and combining behavioral analysis, calcium imaging, patch clamping, an

14 f saccadic adaptation illustrate how careful behavioral analysis can provide constraints on the neura

15 Behavioral analysis commonly assesses cognitive deficits

16 Behavioral analysis confirmed that the 14-day social def

17 A behavioral analysis coupled with RNA interference (RNAi)

18 In contrast, behavioral analysis did not reveal learning deficits in

19 Here we use behavioral analysis, functional imaging, and genetics to

20 ssect such circuits via whole-brain imaging, behavioral analysis, functional perturbations, and netwo

21 ical and electrophysiological recording, and behavioral analysis has helped to elucidate the function

22 In this review, we describe the role of behavioral analysis in facilitating cross-level integrat

23 Here, we use genetic and behavioral analysis in the nematode C. elegans to implic

24 Overall, using a fine-graded behavioral analysis in two different novelty tests, this

25 ffects of LIP ultrasound were evaluated with behavioral analysis, including the passive avoidance tas

26 Behavioral analysis indicated that Akt1-mutant mice have

27 Behavioral analysis indicated that this result occurred

28 Behavioral analysis indicates that learning is disrupted

29 Using behavioral analysis, intracellular recordings, and volta

30 Behavioral analysis is essential to understand how the o

31 However, behavioral analysis is not simply an assay.

32 Here we use behavioral analysis, metabolomics, and calcium imaging o

33 Upon careful behavioral analysis, mice that harbor this allele displa

34 entions were standard treatment plus applied behavioral analysis (N=32) and standard treatment only (

35 vity and have important implications for the behavioral analysis of Apoe(-/-) mice.

36 Furthermore, behavioral analysis of basolateral amygdala PTEN knockdo

37 A behavioral analysis of CerS1-deficient mice yielded func

38 Behavioral analysis of double mutants of per and cry sug

39 Our behavioral analysis of females genetically lacking the c

40 A comparative behavioral analysis of full and conditional ErbB4 mutant

41 Behavioral analysis of gar-3 mutants indicates that, in

42 Behavioral analysis of Klf-9-null mice revealed a subtle

43 Behavioral analysis of male Tshz1 cKOs revealed defects

44 Finally, behavioral analysis of mice with astrocyte-specific dele

45 Behavioral analysis of mutant mice showed that this muta

46 Here, we used behavioral analysis of mutants deleted for CheZ, a catal

47 Behavioral analysis of striatal and STP neuron knock-dow

48 ts were conducted to provide a more detailed behavioral analysis of the dissociable roles of the baso

49 techniques such as electrophysiology and the behavioral analysis of the effects of brain lesions.

50 Behavioral analysis of the NK1 receptor gene knock-out (

51 Behavioral analysis of the sialin(-/-) mouse demonstrate

52 Here we present a behavioral analysis of these models indicating that hete

53 Moreover, comprehensive behavioral analysis of young adult and intermediate-aged

54 LS3 could also rescue function, we performed behavioral analysis on smn mutants and found that they h

55 Genetic and behavioral analysis points to a role for fasciclin II in

56 Calcium imaging and behavioral analysis reveal that the naive preference ref

57 sence of GABA depolarization in DRG neurons, behavioral analysis revealed significant alterations in

58 Furthermore, minute-by-minute behavioral analysis revealed that LH injection of ATPA i

59 Behavioral analysis revealed that the Kcnq1(-/-) mice ar

60 Behavioral analysis revealed that the main response to N

61 Behavioral analysis revealed that working memory perform

62 Behavioral analysis revealed thermal hyperalgesia and pe

63 Behavioral analysis showed greatly impaired olfaction in

64 More extensive behavioral analysis showed that Cha cells also overrespo

65 A further behavioral analysis showed that mice lacking ASIC1a had

66 Behavioral analysis showed that RNAi knockdown of GPAT s

67 Quantitative behavioral analysis shows that C. elegans and related ne

68 Behavioral analysis shows that the A(2A)R agonist 2-4-(2

69 onal genetics, optogenetics, high-throughput behavioral analysis, single-neuron labeling, connectomic

70 Behavioral analysis suggested a spatial learning deficit

71 To evaluate the efficacy of the Cognitive Behavioral Analysis System of Psychotherapy (CBASP) comp

72 lations with a novel high-throughput dynamic behavioral analysis system to dissect visual circuits re

73 maximal dose, 600 mg per day), the cognitive behavioral-analysis system of psychotherapy (16 to 20 se

74 atment with either nefazodone or a cognitive behavioral-analysis system of psychotherapy, the combina

75 discuss the emerging field of computational behavioral analysis-the use of modern methods from compu

76 d a novel quantification of anatomy with our behavioral analysis to create brain-behavior correlation

77 . combined mouse genetics with classic mouse behavioral analysis to deepen our understanding of the p

78 high-performance liquid chromatography, and behavioral analysis to demonstrate that an antiaphrodisi

79 bined with optical recording of activity and behavioral analysis to give the first complete descripti

80 t mouse through their use of novel, detailed behavioral analysis to identify signs of increased socia

81 nd emphasize the importance of shifting from behavioral analysis to identifying neurophysiological ab

82 Here, we use model-based behavioral analysis to provide a detailed examination of

83 recent perspective discussed high-throughput behavioral analysis using mice, giving the overall impre

84 Here, in a behavioral analysis using one-trial appetitive associati

85 hicle or CEPO within 6 h of embolization and behavioral analysis was conducted 48 h after embolizatio

86 Using real-time gene expression imaging and behavioral analysis, we found that the perinatal photope

87 cal techniques combined with biochemical and behavioral analysis, we show that activation of alpha7-n

88 Using in vivo Ca(2+) imaging and behavioral analysis, we show that C. elegans can detect

89 Using high-resolution behavioral analysis, we studied the chemotaxis behavior

90 Combining formal algorithmic behavioral analysis with muscimol inactivation, we provi

91 By combining quantitative behavioral analysis with optogenetics in the head-fixed