ライフサイエンスコーパス: brain metabolism

1 functions, including neural integration and brain metabolism.

2 closely to the magnitude of the reduction in brain metabolism.

3 nts with insomnia is associated with greater brain metabolism.

4 ave long been held to play a special role in brain metabolism.

5 ow that this metric correlates strongly with brain metabolism.

6 influences on alcohol-associated changes in brain metabolism.

7 cant and should be considered when assessing brain metabolism.

8 ciated with alterations in the regulation of brain metabolism.

9 ing peptide produced at low levels by normal brain metabolism.

10 an anabolic, insulin-like role in developing brain metabolism.

11 brain metabolism found no sex differences in brain metabolism.

12 or accurate prediction of regional pediatric brain metabolism.

13 l conditions to precisely quantify and model brain metabolism.

14 ated with progressive impairment in PbO2 and brain metabolism.

15 g and may reflect abnormalities in pH and/or brain metabolism.

16 these mRNA levels and both AT expression and brain metabolism.

17 he interaction between neuronal dynamics and brain metabolism.

18 ood-brain barrier and inadequate glucose for brain metabolism.

19 years and can be associated with changes in brain metabolism.

20 due to apoE isoform-specific differences in brain metabolism.

21 not typically thought to be associated with brain metabolism.

22 of HIV-1 infection and IDU on (18)F-FDG PET brain metabolism.

23 to the relative roles of neurons and glia in brain metabolism.

24 a show that a calorie-restricted KD enhances brain metabolism.

25 lly guided assessment of relative changes in brain metabolism [4].

26 We studied brain metabolism, a direct index of synaptic function an

27 lysis, we predict the behavioural diagnosis, brain metabolism and 1-year clinical outcome of individu

28 we demonstrate that the relationship between brain metabolism and aggression is causal, conserved ove

29 edication use and neuroimaging biomarkers of brain metabolism and atrophy as a proxy for understandin

30 The direct correlation between brain metabolism and behavior further suggests that DOCs

31 s a major impact on the relationship between brain metabolism and behavior.

32 nds peak during childhood, and evidence that brain metabolism and body growth rate covary inversely a

33 We performed a cross-sectional study of brain metabolism and cognitive function in 82 healthy ad

34 tate characterized by distinctive changes in brain metabolism and cortical function.

35 mplicates global and regional disruptions in brain metabolism and energetics in the pathogenesis of c

36 administration on quantitative indicators of brain metabolism and gliosis.

37 Our results suggest that MB can enhance brain metabolism and hemodynamics, and multimetric neuro

38 vivo approaches to determine how MB affects brain metabolism and hemodynamics.

39 en resting state functional connectivity and brain metabolism and how this results in a distinctive p

40 We characterized brain metabolism and microstructure, as measures of brai

41 Sleep deprivation induces changes in brain metabolism and neural activation that involve dist

42 changes in the activity of afferent inputs, brain metabolism and neurotransmitter uptake that are ty

43 racranial pressure, brain electrophysiology, brain metabolism and oxygenation, and cerebral blood flo

44 Also, investigations of the relationship of brain metabolism and specific neurotransmitter systems a

45 Brain metabolism and the activity of the alpha-ketogluta

46 cantly and consistently decreased both whole-brain metabolism and the magnitude.

47 differences in baseline measures of regional brain metabolism and to assess their reproducibility.

48 e extracellular concentration increases with brain metabolism and which, in vitro, inhibits basal for

49 ces existed in the effect of age on regional brain metabolism, and asymmetry of metabolism, in the te

50 stained improvement in arterial ammonia, its brain metabolism, and brain water in cirrhotic rats.

51 s were associated with decreases in regional brain metabolism, and the correlations were strongest in

52 with lean body mass gain; liver, muscle, and brain metabolism; and bone morphology.

53 of cannabis use whereby global and regional brain metabolism are altered in those with prolonged can

54 Changes in synaptic excitability and reduced brain metabolism are among the earliest detectable alter

55 cur and subsequent developmental declines in brain metabolism are matched by proportionate increases

56 Disorders of brain metabolism are multiform in their mechanisms and m

57 Reference databases of pediatric brain metabolism are uncommon, because local brain metab

58 These findings indicate that brain metabolism as assessed by FDG PET during mental re

59 effects by separated but also differences in brain metabolism as depicted by proton magnetic resonanc

60 Total HDRS score correlates with brain metabolism as measured by fludeoxyglucose F 18 ([(

61 mer's disease, brain amyloid deposition, and brain metabolism as well as progressive cognitive impair

62 was to examine associations between regional brain metabolism, as measured by (18)F-FDG PET, and neur

63 associated with reductions in resting-state brain metabolism, as measured by PET, progressing with d

64 Brain metabolism, as studied by magnetic resonance spect

65 To identify specific regional patterns of brain metabolism associated with abnormal cognitive and

66 Brain metabolism between ALS and primary lateral scleros

67 Differences in regional brain metabolism between congenitally helpless and non-h

68 There were no differences in whole brain metabolism between the women and the men.

69 In line with an age-dependent decline in brain metabolism, both ROI and SPM-based methods reveale

70 Methylphenidate induced variable changes in brain metabolism, but it consistently increased cerebell

71 his study was to characterize the changes in brain metabolism caused by antecedent recurrent hypoglyc

72 on in arterial ammonia concentration and its brain metabolism, cerebral blood flow, brain cytokine pr

73 Anesthetic-related manipulation of baseline brain metabolism demonstrates the significant contributi

74 Whole-brain metabolism did not change significantly following

75 Whole-brain metabolism did not differ between on and off condi

76 The adaptive mechanisms that protect brain metabolism during and after hypoxia, for instance,

77 ose as the main energy substrate for resting brain metabolism during intoxication (presumably shiftin

78 brain metabolism are uncommon, because local brain metabolism evolves significantly with age througho

79 etabolite in male rats, the present study of brain metabolism found no sex differences in brain metab

80 ior studies of brain metabolism which viewed brain metabolism from a unitary perspective that equated

81 lation of its overall energy contribution to brain metabolism: glucose (predominantly unlabeled) and

82 ity of anesthetics to change global baseline brain metabolism has created the opportunity to examine

83 f two sequential doses of methylphenidate on brain metabolism in 15 healthy subjects.

84 y 11 of the 18 patients and led to decreased brain metabolism in a number of cortical areas, with the

85 he interrelationships between microbiota and brain metabolism in childhood undernutrition could provi

86 The authors measured resting brain metabolism in healthy volunteers with positron emi

87 xyglucose PET to detect abnormal patterns of brain metabolism in patients with neurodegenerative diso

88 a marked improvement in behavior and frontal brain metabolism in response to zolpidem.

89 Methylphenidate increased brain metabolism in six subjects, decreased it in two, a

90 er support for the hypothesis of an abnormal brain metabolism in the hippocampal and parahippocampal

91 ter integrity, cerebral blood perfusion, and brain metabolism in the infarcted tissue.

92 Whole brain metabolism in the methamphetamine abusers was 14%

93 yptophan depletion resulted in a decrease in brain metabolism in the middle frontal gyrus (dorsolater

94 orrelation between clinical motor scores and brain metabolism in the supplementary motor area.

95 However, brain metabolism in these disorders is poorly characteri

96 Decreased brain metabolism in these regions correlated with increa

97 der and also suggest other areas of aberrant brain metabolism in this disorder.

98 mography and fludeoxyglucose F 18 to measure brain metabolism in Vietnam combat veterans with PTSD (n

99 e morphology, and altered liver, muscle, and brain metabolism in ways indicative of a greater ability

100 sed "relative" (region relative to the whole brain) metabolism in the cerebellum and decreased it in

101 The alterations in regional brain metabolism induced by the subanesthetic dose may b

102 potential contribution of plasma lactate to brain metabolism is 10% under basal plasma lactate condi

103 Pediatric brain metabolism is a complex function of age and sex.

104 Since brain metabolism is accompanied by heat production, meas

105 Reduced brain metabolism is an invariant feature of Alzheimer Di

106 Altered brain metabolism is associated with progression of Alzhe

107 Brain metabolism is thought to be maintained by neuronal

108 theory of visual attention, were related to brain metabolism, measured by (18)F-fluorodeoxyglucose p

109 imagery paradigms (26 patients) and resting brain metabolism measurement using (18) fluorodeoxygluco

110 After normalization for whole brain metabolism, methamphetamine abusers exhibited sign

111 e investigated another mechanism critical to brain metabolism, mitochondrial morphology, in BTICs.

112 Outcome measures of brain metabolism, neuroinflammation, and amyloid-beta pa

113 ume is highly heritable early in life, it is brain metabolism-not brain structure-that is the critica

114 though transient, changes in blood flow and brain metabolism occur with IA mannitol infusion.

115 y be associated with modulations in regional brain metabolism occurring remote from the lesion site.

116 Previous studies have reported that brain metabolism of acetate is increased more than twofo

117 f so whether this is associated with altered brain metabolism of ammonia or anatomical disturbance of

118 Cellular and brain metabolism of dopamine can be correlated with a nu

119 These data indicate brain metabolism of PCP is significant, but unlike the l

120 These studies examined the microsomal brain metabolism of phencyclidine (PCP) in male and fema

121 Dysfunctional insulin signaling may affect brain metabolism or amyloid deposition.

122 tracers that provide information on regional brain metabolism or blood flow as well as neurochemicall

123 asure of neural activity that is not tied to brain metabolism or hemodynamic responses.

124 tical seizure-associated increases in global brain metabolism, partial brain tissue oxygenation, and

125 Resting brain metabolism predicted neuronal reactivity and skin

126 l elderly that predicts future cognitive and brain metabolism reductions.

127 cits in AD by combining measures of regional brain metabolism (resting state fluorodeoxyglucose posit

128 AT, regional brain metabolism, resting functional magnetic resonance

129 Copper is essential for brain metabolism, serving as a cofactor to superoxide di

130 entire cohort, EEG organization and overall brain metabolism showed no significant association with

131 These turnover rates can provide measures of brain metabolism similar to radioisotope techniques.

132 current hypoglycemia leads to adaptations of brain metabolism so that modest increments in circulatin

133 Methylphenidate induced variable changes in brain metabolism: subjects with the higher D2 measures t

134 This pattern of brain metabolism suggests that helplessness vulnerabilit

135 larger proportion of their energy budget on brain metabolism than other primates.

136 ry (TBI) results in persistent disruption of brain metabolism that has yet to be mechanistically defi

137 to identify significant changes in regional brain metabolism that occurred with this intervention.

138 ntify and validate alternative ways to image brain metabolism, through which the efficacy of new ther

139 ed a doubling of the glucose contribution to brain metabolism under hypoglycemic conditions that rest

140 Monitoring of brain metabolism using a cerebral microdialysis continue

141 velop mathematic models of regional relative brain metabolism using pediatric (18)F-FDG PET with CT d

142 ith cognitive symptoms of dementia, regional brain metabolism was a sensitive indicator of AD and of

143 Regional brain metabolism was assessed with (18)F-labeled fluoro-

144 Brain metabolism was compared in patients with (n = 7) a

145 Brain metabolism was evaluated twice during activation (

146 Brain metabolism was first compared between education-ma

147 Brain metabolism was measured with positron emission tom

148 A multivariate analysis of baseline brain metabolism was used to investigate the relationshi

149 of age, optimal models of regional relative brain metabolism were linear for 9 regions, quadratic fo

150 The effects of age on regional relative brain metabolism were modeled using multiple linear and

151 jects, lorazepam-induced decrements in whole brain metabolism were significantly greater in cocaine-a

152 In contrast to prior studies of brain metabolism which viewed brain metabolism from a un

153 ron emission tomography (PET) measurement of brain metabolism with 18fluorodeoxyglucose to show that

154 RI correlate islands of relatively preserved brain metabolism with isolated fragments of behaviour.

155 ssing techniques to measure changes in mouse brain metabolism with preclinical (18)F-FDG PET/CT.