ライフサイエンスコーパス: brain map

1 brain, we have built a gene expression-based brain map.

2 ning stands in marked distinction from other brain maps.

3 as a model for the formation of topographic brain maps.

4 rfaces were generated using high-dimensional brain mapping.

5 een an enormous growth in the field of human brain mapping.

6 The authors used FDG PET and a brain mapping algorithm to investigate cross-sectional r

7 ional MRI data were compared using automated brain mapping algorithms and search regions related to A

8 ional MRI data were compared using automated brain mapping algorithms and search regions related to A

9 Automated brain mapping algorithms and statistical models were use

10 ble studies have not used recently developed brain mapping algorithms to characterize the progression

11 We used brain mapping algorithms to compare regional cerebral me

12 With the use of brain mapping algorithms, we detected striking anatomica

13 , and nucleus accumbens shell measured using brain mapping analyses of immediate-early gene expressio

14 In neuroimaging, for example, brain mapping analysis has focused on the discovery of a

15 First, we combine information-based brain mapping and dynamic discrimination analysis to loc

16 ions on behalf of the Organization for Human Brain Mapping and identify barriers that impede these pr

17 Since brain mapping and neurophysiologic testing is an integra

18 volutionary developmental biology, genetics, brain mapping, and comparative studies.

19 variability for multisubject comparisons and brain mapping applications are discussed.

20 lycosylation, which could be developed in to brain mapping applications, but also serves as a potenti

21 ng, neurosurgical studies, and multimodality brain mapping applications.

22 Using a statistical brain mapping approach in 29 patients with cerebellar is

23 A variety of sophisticated brain-mapping approaches relating genetic influences on

24 Multiple brain maps are commonly found in virtually every vertebr

25 Human functional brain mapping as we presently know it began when the exp

26 Functional brain mapping based on changes in local cerebral blood f

27 oral resolution of a few seconds, allows for brain mapping based on more transient aspects of the hem

28 y evolutionary stage where multiplication of brain maps can satisfy the demand on processing a wider

29 o the prelimbic area 32 in Brodmann's monkey brain map, caudal and ventral to the genu of the corpus

30 In this, the 21st century, human-brain mapping celebrates 21 years of cognitive activatio

31 c resonance imaging at the Ahmanson-Lovelace Brain Mapping Center, University of California, Los Ange

32 straints on the interpretation of functional brain mapping data.

33 electrophysiologic monitoring, thus allowing brain mapping during awake craniotomy and microelectrode

34 g to microtubules was not enhanced by bovine brain MAPs enriched for tau protein or by the addition o

35 Brain mapping experiments involving electrical microstim

36 Here we describe and validate an automated brain-mapping framework that uses text-mining, meta-anal

37 High-dimensional brain mapping generated a series of 10 variables (compon

38 tential advantages of local heterogeneity in brain maps, how they reflect complex cortical connectivi

39 4)Cu]-PTSM is a useful tracer for functional brain mapping in freely-moving subjects.

40 asive imaging methods available for auditory brain mapping in mice, despite the increasing use of gen

41 al variability may provide a new approach to brain mapping in the context of cognitive experiments.

42 sure (P < .001 by the statistical difference brain map) in the left dorsolateral prefrontal and bilat

43 The addition of purified bovine brain MAPs increased the fraction of Ad in the microtubu

44 High-dimensional brain mapping is a new analytic method that quantitative

45 A dilemma in behavioral brain mapping is that conventional techniques immobilize

46 terior cingulate area 32 in Brodmann's human brain map, is anterior and dorsal to the genu.

47 Novel brain mapping methods allowed us to visualize dynamic pa

48 Here we performed whole-brain mapping of both inputs and outputs of four BF cell

49 In-vivo whole brain mapping of the radio frequency transmit field B(1)

50 or imaging (DTI) enables comprehensive whole-brain mapping of the white matter tracts that link regio

51 e via the Allen Brain Atlas data portal (www.brain-map.org), the Atlas integrates structure, function

52 These genetic brain maps reveal heritable aspects of white matter inte

53 These genetic brain maps reveal how genes determine individual differe

54 These brain maps reveal that a commonly carried susceptibility

55 At the end of scheduled feeding, c-Fos brain mapping revealed differential gene expression in e

56 uronal activity, which is subtracted away in brain mapping studies by positron emission tomography (P

57 Brain mapping studies in human patients have provided ob

58 Brain mapping studies were preformed with Tc-99m bicisat

59 Consistent with this, brain-mapping studies after an ischemic insult suggest r

60 gration with complementary methodologies for brain-mapping studies.

61 The proposed brain-mapping technique enables reproducible and observe

62 egorical speech perception using an advanced brain-mapping technique, whole-brain multivariate patter

63 For these reasons, more refined structural brain mapping techniques may improve the accuracy of det

64 ween PDD and AD using accurate and objective brain mapping techniques.

65 esonance imaging (MRI) and new computational brain-mapping techniques, we determined the pattern of s

66 These studies have enabled probabilistic brain mapping that is based on the ex vivo MRI contrast,

67 ork provides the necessary tools to generate brain maps that integrate data from connectivity, neuron

68 a single region reveal the value of refined brain maps to appreciate the genetic complexity of brain

69 l-based morphometry was used to relate whole-brain maps to emotional contagion.

70 High-dimensional (large-deformation) brain mapping was used to assess thalamic morphology.

71 In this study, high-dimensional brain mapping was used to evaluate hippocampal shape and

72 ctivation and as a tool for human functional brain mapping, we recorded subdural electrocorticographi

73 its utility for high-resolution (100-microm) brain mapping, we used MEMRI to show the tonotopic organ

74 MRCP-based two-dimensional brain maps were created to illustrate spatial and tempor

75 Quantitative [Na(+)] and [K(+)] brain maps were obtained by (23)Na MRI and histochemical

76 of this meta-analysis, original statistical brain maps were obtained from the authors of 13 of these

77 a general and economic modular mechanism for brain mapping whereby a projecting field is mapped onto

78 High dimensional brain mapping, which utilizes probabilistic deformations

79 be directly relevant to questions concerning brain mapping with functional magnetic resonance imaging

80 With potential relevance for brain-mapping work, hydrogel-based structures can now be