ライフサイエンスコーパス: behavioral experiment

1 d, which might underlie the results from the behavioral experiment.

2 e stimulation time as shown in an additional behavioral experiment.

3 able to explain the findings of the reported behavioral experiments.

4 r task, and this was confirmed by additional behavioral experiments.

5 rontal cortex and ventral hippocampus during behavioral experiments.

6 with the same characteristics as observed in behavioral experiments.

7 ires further testing using visual models and behavioral experiments.

8 ical conditioning was analyzed in additional behavioral experiments.

9 ng this class of molecules further in animal behavioral experiments.

10 analysis of stretch-attend posture in rodent behavioral experiments.

11 d the perceptual biases revealed through the behavioral experiments.

12 networks on the emergence of cooperation in behavioral experiments.

13 elity of the AMT system for use in cognitive behavioral experiments.

14 eness with a natural experiment and a set of behavioral experiments.

15 gms and technologies that enable closed loop behavioral experiments.

16 lty of submitting the largest land animal to behavioral experiments.

17 DREADD-assisted circuit mapping, and circuit behavioral experiments.

18 rimenters give subjects short breaks in long behavioral experiments?

19 ation of 10 mg/kg MDMA during adolescence on behavioral (Experiment 1) and neuroendocrine (Experiment

20 Recent behavioral experiments aimed at understanding the evolut

21 d that the vibrotactile stimulus used in the behavioral experiments also prevented the tail shock-eli

22 We also perform a behavioral experiment and find empirical support for the

23 In multiple behavioral experiments and an fMRI experiment, we tested

24 pretations of physiological, biomedical, and behavioral experiments and can be exploited to model CNV

25 Although behavioral experiments and disease states have suggested

26 We repeated the behavioral experiments and found that when owls were hou

27 ion follows the predictions of classic human behavioral experiments and provides a unifying contribut

28 a acquired with large electrodes, an old cat behavioral experiment, and two complex human behaviors:

29 This computation is suggested by behavioral experiments, and its modular implementation m

30 tlement was measured by engaging them in the behavioral experiments, and their individual employment

31 neuroimaging, psychophysics, and traditional behavioral experiments, and we also summarize the curren

32 between results of biological and cognitive/behavioral experiments, as well as suggested areas for f

33 We investigated this possibility in two behavioral experiments, asking human participants to det

34 objects, and this effect was eliminated in a behavioral experiment by stimulus inversion.

35 Combining evolutionary models with behavioral experiments can generate powerful insights in

36 We focus on behavioral experiments collected from both primates and

37 Behavioral experiments confirm a role for this pathway a

38 A first behavioral experiment confirmed the existence of such EE

39 Behavioral experiments confirmed that these nine odorant

40 Behavioral experiments confirmed the effectiveness of ox

41 The cat behavioral experiment correlates performance on visual d

42 ns was the name, not the sound, of the note; behavioral experiments corroborated this interpretation.

43 Behavioral experiments demonstrate that DC lesions reduc

44 Neurons in regions destroyed in the behavioral experiment demonstrated prolonged firing duri

45 In behavioral experiments, different acids or acetic acid/s

46 ic resonance imaging study supplemented by a behavioral experiment examined the effects of 5 Hz repet

47 Here, we combined behavioral experiments, fMRI measurements, and computati

48 fied animals, using a combination of in vivo behavioral experiments, gene expression profiling, and b

49 In a separate behavioral experiment, global deviants were detected mor

50 Ninety minutes after the behavioral experiment hamsters were perfused and their b

51 nt in vertebrates, particularly birds, where behavioral experiments have demonstrated its potential i

52 Recent behavioral experiments have found that mental imagery--t

53 Over the past 50 y, behavioral experiments have produced a large body of evi

54 Additionally, recent behavioral experiments have shown that deep brain stimul

55 Behavioral experiments have shown that many species use

56 In behavioral experiments, however, people generally choose

57 unit data from alert behaving macaque, and a behavioral experiment in humans) to address the question

58 This finding matched the results of a behavioral experiment in which the perception of incongr

59 nt functional magnetic resonance imaging and behavioral experiments in 34 healthy subjects.

60 Second, behavioral experiments in adult birds demonstrate that l

61 istinction, as has been shown by closed-loop behavioral experiments in flies controlling visual stimu

62 cognition, and action, requires quantitative behavioral experiments in genetic model systems such as

63 The authors report on 4 behavioral experiments in rats that characterize the oro

64 these questions, we carried out a series of behavioral experiments in sighted and congenitally blind

65 ame siphon stimulation that has been used in behavioral experiments in this preparation.

66 strongest supporting evidence has come from behavioral experiments in which birds exposed to weak ti

67 ical findings are predictive of accompanying behavioral experiments in which cholinergic modulation w

68 ere present in both anesthetized animals and behavioral experiments in which fear conditioning natura

69 Here we describe human behavioral experiments in which observers use visual dir

70 Moreover, in human behavioral experiments in which punishment is uncoordina

71 Behavioral experiments, in vivo and in vitro electrophys

72 These biochemical, physiological, and behavioral experiments indicate that DMT is an endogenou

73 In behavioral experiments, intra-LA infusion of an Arc/Arg3

74 Hz) or spiral (10-20 Hz) hallucinations in a behavioral experiment involving full-field uniform flick

75 In two independent behavioral experiments involving 172 human subjects, we

76 Recent behavioral experiments lead to a new understanding of th

77 In the behavioral experiments, locomotor activity of vehicle or

78 In behavioral experiments, NE can lower the threshold for m

79 Previous behavioral experiments of commons dilemmas have found th

80 We report here on an extensive session of behavioral experiments on biased voting in networks of i

81 In a behavioral experiment participants were more accurate an

82 In a final behavioral experiment, postsubicular infusions of both c

83 hed by extensive in vivo PK studies, and the behavioral experiments presented here with compound 106

84 These anatomical and behavioral experiments provide converging evidence to su

85 Laser microsurgery and behavioral experiments reveal that sensory input from di

86 A behavioral experiment revealed reduced tone detection se

87 A behavioral experiment revealed that recollection of epis

88 Follow-up behavioral experiments revealed that age-related spatial

89 Behavioral experiments reviewed here suggest that econom

90 ironmental factors can affect the outcome of behavioral experiments, shedding doubts on the inter-lab

91 Our behavioral experiments show that exogenous injection and

92 Results from fMRI and behavioral experiments show that this is not the case: w

93 Our quantitative behavioral experiments show that visual discrimination o

94 lts; subjects with better performance on the behavioral experiments showed larger fMRI responses in e

95 Parallel behavioral experiments showed that breathing phase enhan

96 Recent behavioral experiments showed that inhibiting a motor re

97 Behavioral experiments showed that mice exhibited hypera

98 Subsequent behavioral experiments showed that SB-699551 also reduce

99 Extending these observations, behavioral experiments showed that the facilitated induc

100 ective in the same time window for slice and behavioral experiments strongly suggests that integrin r

101 ctivities share several features observed in behavioral experiments, such as the pauses between bound

102 Behavioral experiments suggest that humans and some anim

103 More importantly, correlations with human behavioral experiments suggest that the information pres

104 An additional behavioral experiment suggested that this reactivation o

105 Classic behavioral experiments suggested that flies use active n

106 We then present results from four behavioral experiments, suggesting that human learners s

107 These behavioral experiments support the predictions of earlie

108 In the behavioral experiments, terguride stimulated locomotor a

109 Behavioral experiments testing for conditioned taste ave

110 ging these neuroimaging results, we design a behavioral experiment that demonstrates that framing an

111 edictions of these functional groupings in a behavioral experiment that monitored the contact pattern

112 Comparison behavioral experiments that examined maternal responses

113 n, and demonstrate, using computer-simulated behavioral experiments, that the model is consistent wit

114 Like in behavioral experiments, the alcohol antagonist effect of

115 In behavioral experiments, there was a significant reductio

116 ally, a subset of subjects participated in a behavioral experiment to assess perceptual discriminabil

117 nventional neural recording systems restrict behavioral experiments to a flat indoor environment comp

118 We use morphological, physiological, and behavioral experiments to demonstrate that this species

119 First, we performed behavioral experiments to determine the acuity with whic

120 We use behavioral experiments to generate incentive-compatible

121 tion of artificial neural network models and behavioral experiments to investigate how evolutionary h

122 ed functional magnetic resonance imaging and behavioral experiments to investigate the relative proce

123 nical Turk (AMT) allows theorists to conduct behavioral experiments very quickly and cheaply.

124 First, in a behavioral experiment, we found an adaptation after-effe

125 In the first behavioral experiment, we observed that accuracy was mod

126 In an initial series of behavioral experiments, we characterized the effects of

127 In parallel behavioral experiments, we demonstrate that human latera

128 Two hours after stopping behavioral experiments, we euthanized rats and isolated

129 In behavioral experiments, we found neither acute reinforce

130 In our behavioral experiments, we found that a subject's synest

131 In behavioral experiments, we found that constitutive ablat

132 In agreement with previous behavioral experiments, we found that the capacity of ab

133 f tail SN-tail MN synapses, and, in parallel behavioral experiments, we show that ITM requires MAPK a

134 By combining eye ablations with behavioral experiments, we show that the circuit compare

135 By using simulated behavioral experiments, we show that this brief misrepre

136 Several histological and behavioral experiments were conducted to investigate the

137 Behavioral experiments were performed to examine the mec

138 Three different behavioral experiments were sequentially performed on al

139 Behavioral experiments with both naive and experienced m

140 By combining behavioral experiments with genetic dissection and ultra

141 Behavioral experiments with the jumping spider Phidippus