ライフサイエンスコーパス: functional brain imaging

1 , we repeated the experiment concurrent with functional brain imaging.

2 s essential for brain function and underpins functional brain imaging.

3 g evidence from anatomy, neuropsychology and functional brain imaging.

4 We also performed structural and functional brain imaging.

5 pal locus of glucose uptake as visualized by functional brain imaging.

6 o vascular responses that can be detected by functional brain imaging.

7 of speech comprehension when assessed using functional brain imaging.

8 Using high-resolution functional brain imaging (0.8 mm(3)) and multivoxel patt

9 Neurovascular coupling is the basis for functional brain imaging(2), and impaired neurovascular

10 al research into all types of movements [7], functional brain imaging [8], and treatment of vestibula

11 Using functional brain imaging, activation was mapped at rest

12 gnitive learning and neural plasticity using functional brain imaging and a novel numerical problem-s

13 Using functional brain imaging and a specific cognitive paradi

14 ortant in many clinical applications such as functional brain imaging and diffuse optical spectroscop

15 f eye-movements in predictive feedback using functional brain imaging and eye-tracking whilst present

16 Recent advances in functional brain imaging and genetics have allowed these

17 Here, we used functional brain imaging and network analysis to study t

18 sequencing, viral-vector gene manipulation, functional brain imaging, and behavioral phenotyping to

19 In vitro and messenger RNA assays, functional brain imaging, and psychophysical and kinemat

20 n a richer state than VS/UWS as evidenced by functional brain imaging; and (iii) the neurophysiologic

21 w during neural activity forms the basis for functional brain imaging, but its mechanism remains poor

22 n this issue of Cell, integrate genetics and functional brain imaging by showing that variation in th

23 Functional brain imaging, combined with the use of virtu

24 Functional brain imaging comparing responsive and connec

25 Magnetic resonance and functional brain imaging continue to expand their roles

26 the level of auditory processing revealed by functional brain imaging, correlated strongly (rs = 0.81

27 ear-infrared spectroscopy (fNIRS) to collect functional brain imaging data from Costa Rican farm work

28 ojects in which fNIRS may be used to collect functional brain imaging data in epidemiological field s

29 Network analysis of functional brain imaging data is an innovative approach

30 connectivity of neuronal networks, based on functional brain imaging data, has yielded new insight i

31 By applying decoding analyses to functional brain imaging data, we show that prefrontal r

32 uccessfully simulates benchmark results from functional brain imaging described in the literature.

33 esis, assessment of blood oxygen saturation, functional brain imaging, evaluation of cortical blood v

34 insic from evoked activity in the context of functional brain imaging experiments is challenging, how

35 butions and regional activations reported in functional brain imaging experiments suggest that P3f, P

36 From a meta-analysis of a large dataset of functional brain-imaging experiments, we further found t

37 In this study, we describe the functional brain imaging findings from a group of 41 pat

38 Haemodynamic signals underlying functional brain imaging (for example, functional magnet

39 or, experimentally induced inflammation, and functional brain imaging (functional magnetic resonance

40 Functional brain imaging has helped to understand the co

41 Here, we discuss how functional brain imaging has provided insights into the

42 The current advances in functional brain imaging have contributed to a better pa

43 at four widespread statistical approaches to functional brain imaging have critical blind spots in th

44 Recent successes in functional brain imaging have suggested that the hippoca

45 Functional brain imaging illustrated significantly great

46 Functional brain imaging in 707 healthy participants lin

47 Iterative interactions between functional brain imaging in humans and mechanistic resea

48 Recent studies using functional brain imaging in humans and neuropsychologica

49 Here, evidence from functional brain imaging in humans demonstrates that obj

50 Functional brain imaging in humans was used to study the

51 These and other recent findings (e.g. from functional brain imaging in humans) suggest that percept

52 Using functional brain imaging in humans, we discovered that g

53 roaches have emerged for cellular-resolution functional brain imaging in small organisms such as larv

54 ent contribution of astrocytic metabolism to functional brain imaging, including BOLD (blood-oxygen l

55 ow that contemporary statistical methods for functional brain imaging-including univariate contrast,

56 Functional brain imaging is a powerful tool for examinin

57 The use of techniques for functional brain imaging is beginning to provide insight

58 Since functional brain imaging is increasingly finding practic

59 ge-scale functional architecture measured by functional brain imaging, limiting translation to human

60 While functional brain imaging methods can locate the cortical

61 r objective was to combine neurochemical and functional brain imaging methods to investigate glutamat

62 pplying behavioral, psychophysiological, and functional brain-imaging methods.

63 Using functional brain imaging of human voice processing in ch

64 Functional brain imaging of young people at increased ge

65 Researchers are increasingly turning to functional brain imaging, often applying machine-learnin

66 -dimensional data generated, for example, by functional brain imaging or *omics approaches.

67 In order to address these problems, various functional brain imaging paradigms, which do not rely up

68 h in normal humans are the new techniques of functional brain imaging: positron emission tomography a

69 natremia and MRI hippocampal high T2 signal; functional brain imaging showed evidence of basal gangli

70 Here, evidence from functional brain imaging shows that attentional response

71 tly relevant to the mechanisms that generate functional brain imaging signals and place limits on the

72 but it also influences the interpretation of functional brain imaging signals.

73 d to be consistent with the initial locus of functional brain imaging signals.

74 tial for normal brain function and underlies functional brain imaging signals.

75 y the impact of its restriction on behavior, functional brain imaging, sleep macrostructure, and late

76 Functional brain imaging studies and non-invasive brain

77 fault mode network (DMN) has been defined in functional brain imaging studies as a set of highly conn

78 Available evidence from functional brain imaging studies demonstrates that PTSD

79 emerged from structural, neurochemical, and functional brain imaging studies for aberrancies in thes

80 Single-unit recordings and functional brain imaging studies have shown reduced neur

81 be important for exact calculation, and some functional brain imaging studies have shown that calcula

82 Lesion and functional brain imaging studies have suggested that the

83 Functional brain imaging studies in humans and rodents s

84 While functional brain imaging studies in humans suggest that

85 Functional brain imaging studies in major depression hav

86 Structural and functional brain imaging studies in patients with TN dem

87 ological patients with focalized lesions and functional brain imaging studies indicate that processin

88 In functional brain imaging studies of major depressive dis

89 Recent functional brain imaging studies of the neurobiology of

90 er, they do not consider an important set of functional brain imaging studies of unconscious processe

91 ities, lesion studies, and the large body of functional brain imaging studies reporting increased act

92 Functional brain imaging studies reveal that, both in th

93 Structural and functional brain imaging studies suggest both global and

94 Recent functional brain imaging studies suggest that object con

95 hical memory retrieval has been confirmed by functional brain imaging studies, and is supported by an

96 In functional brain imaging studies, exposure to cues relat

97 during routine clinic visits and with serial functional brain imaging studies, including structural b

98 Functional brain-imaging studies have identified network

99 A functional brain imaging study by Bor and colleagues, in

100 G, AND PARTICIPANTS: In this cross-sectional functional brain imaging study, young adults across the

101 e the potential to provide a motion tolerant functional brain imaging system with high spatiotemporal

102 Functional brain imaging techniques have been used to st

103 Several functional brain imaging techniques have been used to st

104 More recently, using functional brain imaging techniques in humans, PYY3-36 w

105 ation between genes and brain function using functional brain imaging techniques is an emerging and p

106 ated behavior of multiple brain systems, and functional brain imaging techniques such as PET and fMRI

107 of brain function but also in understanding functional brain imaging techniques which rely on measur

108 In the 1980s, with the advent of functional brain imaging techniques, particularly positr

109 Functional brain imaging techniques, which permit noninv

110 sis for the detection of brain activation by functional brain imaging techniques.

111 in function that underlies hemodynamic-based functional brain imaging techniques.

112 emission scans precludes the optimization of functional brain imaging techniques.

113 Using functional brain imaging, the authors sought to replicat

114 stress disorder include: the utilization of functional brain imaging; the incorporation of cross-sys

115 In functional brain imaging there is controversy over which

116 Using both structural and functional brain imaging, they found neural changes asso

117 ve led to greater use of both structural and functional brain imaging to assist with the diagnosis of

118 This opens the way for functional brain imaging to become a clinically useful t

119 k with monetary rewards was performed during functional brain imaging to investigate ghrelin effects

120 We used functional brain imaging to test whether the opportunity

121 al sample (n = 128) underwent structural and functional brain imaging (voxel-based morphometry and n-

122 Functional brain imaging was conducted during alcohol cu

123 Here, using functional brain imaging, we asked humans to perform a p

124 Next, using structural and functional brain imaging, we found that in comparison to

125 ological measures, as well as structural and functional brain imaging, we found that superior memory

126 Using functional brain imaging, we show that the level of ambi

127 Using functional brain imaging, we show that, when subjects ma

128 Cognitive assessments and functional brain imaging were used to investigate mathem

129 Here, subjects underwent functional brain imaging while they completed a paradigm

130 We used functional brain imaging with a Go/NoGo task to examine

131 ants completed an acute stressor task during functional brain imaging with behavioral and cardiovascu

132 We used functional brain imaging with positron emission tomograp

133 Functional brain imaging with positron emission tomograp

134 Previous functional brain imaging work in humans has shown that t