ライフサイエンスコーパス: psychophysics

1 ssion seen for perisaccadic stimuli in human psychophysics.

2 nipulations of neural activity with rigorous psychophysics.

3 ctive and mechanistic underpinnings of human psychophysics.

4 is thus consistent with key trends in human psychophysics.

5 nd V3 was stronger, too strong to agree with psychophysics.

6 benefited from the long tradition of visual psychophysics.

7 by applying it to the recovery of models in psychophysics.

8 sory receptors except for one study on human psychophysics.

9 orrect discrimination, and we found that the psychophysics accounted for 96.5% of the variance in the

10 Here, we used a combination of behavioural psychophysics and biologically-motivated computational m

11 eripheral retinal dysfunction was evident by psychophysics and by maximum amplitude loss for rod- and

12 We use a combination of behavioral psychophysics and computational modeling to identify pla

13 bining the first TRN ensemble recording with psychophysics and connectivity-based optogenetic tagging

14 Using psychophysics and electroencephalography (EEG), we asses

15 ver, were obtained from human subjects using psychophysics and fMRI, a fact that fundamentally limits

16 ty of the primary somatosensory cortex using psychophysics and functional imaging (fMRI).

17 We use psychophysics and MEG to test how sensitivity to input s

18 the attended feature, as shown by studies in psychophysics and modeling [11, 12], imaging [13-16], an

19 Here we used olfactory psychophysics and multivariate fMRI techniques, in the c

20 In two psychophysics and neuroimaging experiments, we character

21 incipled general framework for analyzing the psychophysics and neurophysiology of defocus estimation

22 In this review of auditory psychophysics and perception, we cite some important boo

23 least 2 log units, and chromatic stimuli, by psychophysics and pupillometry, revealed retained but im

24 s provide an explanation for classic laws of psychophysics and their underlying neural mechanisms.

25 combines state-of-the-art computer graphics, psychophysics and vision science, cultural psychology an

26 s that bridge single-cell electrophysiology, psychophysics, and computational principles.

27 Here we used computational modeling, psychophysics, and fMRI to show that adaptive learning i

28 nsfer function (MTF) is a staple of auditory psychophysics, and has been shown to predict speech inte

29 terozygotes using electroretinography (ERG), psychophysics, and optical coherence tomography (OCT).

30 ography (ERG), optical coherence tomography, psychophysics, and photoaversion testing.

31 hi motion, has been well-characterized using psychophysics, and several models have been proposed to

32 ological techniques, including neuroimaging, psychophysics, and traditional behavioral experiments, a

33 Here, using fMRI, psychophysics, and transcranial magnetic stimulation (TM

34 itative relationships between physiology and psychophysics are being investigated.

35 s in synaptic physiology, neural coding, and psychophysics are discussed, with reference to both vert

36 More recently, models and methods from psychophysics are guiding modern neuroimaging experiment

37 blindness, has been extensively studied with psychophysics as well as with fMRI.

38 xplore this issue, in combination with human psychophysics, awake behaving primate neurophysiology in

39 Combining psychophysics, Bayesian modeling, functional magnetic re

40 tion of neural activity introduced to timing psychophysics by Miall, and implicated in Parkinsonian t

41 based on three experiments (two EEG and one psychophysics) by demonstrating that alpha-band oscillat

42 ults open the door to combining the power of psychophysics, computation, and physiology to better und

43 Recent psychophysics data suggest that speech perception is not

44 Visual psychophysics, diffusion-weighted magnetic resonance ima

45 tical decision-making using a combination of psychophysics, EEG and modelling.

46 Here, by combining psychophysics, electroencephalography (EEG), and modelin

47 New discoveries in psychophysics, electrophysiology, imaging, and computati

48 Phenotype was characterized with psychophysics, electroretinography, and optical coherenc

49 Here, we used a combination of psychophysics, event-related potentials (ERPs), and quan

50 Subjects performed a psychophysics experiment designed to quantify the effect

51 -dependent errors that we found in our human psychophysics experiment when the sensory signals availa

52 To test the model, we conducted psychophysics experiments in which both the size and the

53 de experimental evidence toward this through psychophysics experiments on human subjects, thus sugges

54 Using psychophysics, fMRI, and electroencephalography methodol

55 We then review methods of psychophysics, focusing on the technical issues that ari

56 timulation (TMS) over the occipital pole and psychophysics for "neurometric" and psychometric assays

57 tion known as "blindsight." Here we combined psychophysics, functional magnetic resonance imaging, an

58 this study, we used a combination of visual psychophysics, functional neuroimaging, multivoxel patte

59 he past decade, the emerging field of social psychophysics has developed new methods to address this

60 A rich tradition of normative psychophysics has identified two ubiquitous properties o

61 research integrating genetics, chemistry and psychophysics has led to a model for tomato flavor inten

62 Yet, psychophysics has revealed that people take into account

63 No rod function was measurable by psychophysics in any of the patients; markedly reduced c

64 es of fundus pathology and foveal cone-based psychophysics in future AMD trials.

65 for perception and sensorimotor control, and psychophysics is providing a growing body of evidence th

66 in crickets by using two paradigms of human psychophysics, labeling and habituation-dishabituation.

67 Combining psychophysics measurements and driving simulation, we co

68 Psychophysics measures the relationship between a stimul

69 Evidence from functional imaging, psychophysics, neurological studies and monkey electroph

70 Research from cognitive psychology, psychophysics, neuroscience, expert/novice differences,

71 Consistent with human psychophysics of "pop out," response enhancements increa

72 he discharge of NS neurones better match the psychophysics of mechanical pain sensations in humans th

73 rdings, relatively little is known about the psychophysics of NH-sub-4Cl taste.

74 studies on central neurochemical effects and psychophysics of pain are examined.

75 Recent research in the psychophysics of perceptual binding and developments in

76 arm cells compares well with the known human psychophysics of warm sensibility, and these neurones ar

77 y the "equivalent noise" paradigm applied in psychophysics, on the fly's motion-sensitive H1 neuron.

78 In neurophysiology, psychophysics, optical imaging and functional imaging st

79 bias was robustly confirmed using (1) human psychophysics, plus fMRI in (2) humans and (3) behaving

80 tional methodological developments of social psychophysics, present work done in the past decade that

81 achieved by implementing a combination of a psychophysics procedure with a quantum light source that

82 ning, with exciting recent insights into the psychophysics, psychology, and neural basis of auditory

83 A test battery using sensory psychophysics, psychometric tests, and measures of compo

84 relative motion and made measurements using psychophysics, retinotopic mapping, and pattern classifi

85 Combining fMRI and psychophysics, this study investigated how the human bra

86 dy-state visual evoked potentials and visual psychophysics to determine whether this is the case.

87 tual phenomena in fields ranging from visual psychophysics to economic choice.

88 tional magnetic resonance imaging (fMRI) and psychophysics to quantitatively compare these physiologi

89 al magnetic resonance imaging with olfactory psychophysics to show that initially indistinguishable o

90 a combination of fMRI, MR spectroscopy, and psychophysics to substantiate the link between the corti

91 onal magnetic resonance imaging (fMRI), plus psychophysics, to show that stimulation of the right hum

92 s translation, and, in accordance with human psychophysics, tuning was better (more prevalent, strong

93 of V1 neurons, and similar stimuli in human psychophysics, we find that near-surround suppression is

94 Within auditory psychophysics, we have singled out some topics of curren

95 Borrowing a method from psychophysics, we recorded responses to white noise stim

96 Diffusion tensor tractography and psychophysics were assessed in tone-deaf individuals and

97 Kinetics of rod bleaching adaptation by psychophysics were dramatically slowed in the homozygote

98 Here we combine psychophysics with functional magnetic resonance imaging

99 Here, by combining psychophysics with histology, we show that this establis

100 asures would include chromatic light-adapted psychophysics, with attention to the photoreceptor basis