ライフサイエンスコーパス: parcellation

1 d semantic labels (cortical and white matter parcellations).

2 f a schizophrenia-related change in cortical parcellation.

3 ncluded grey-white segmentation and cortical parcellation.

4 t of the molecular landscape during cortical parcellation.

5 esonance (MR) imaging enable regional volume parcellation.

6 graphical and tabular comparison of regional parcellation.

7 sing, and (iii) using an alternate atlas for parcellation.

8 c innervation to this region, as well as its parcellation.

9 tute template space and using the FreeSurfer parcellation.

10 between-RSFC networks, defined by the Gordon parcellation.

11 hen using a conventional group-based network parcellation.

12 sed brain-wide concordance using whole-brain parcellation.

13 resulting in de novo molecular neuroanatomy parcellation.

14 ing brain-wide concordance using whole-brain parcellation.

15 g state networks defined under a whole brain parcellation.

16 the network - this process is referred to as parcellation.

17 ved a near-facsimile of the adult functional parcellation.

18 n whole-brain, emotion, and language circuit parcellations.

19 p was more ubiquitous, involving most of the parcellations.

20 cal areas defined on the basis of our recent parcellations.

21 associations compared to group average-based parcellations.

22 and connectivity, seldom produce convergent parcellations.

23 anatomical and microscopic cytoarchitectural parcellations.

24 ly locate areas in individuals with atypical parcellations.

25 ailed functional brain networks and cortical parcellations, (2) develop a deep-learning-based parcell

26 We leveraged manual parcellations (21 sulci/hemisphere, 1,806 total) and fun

27 Parcellation according to function (e.g., visual, somato

28 between terms for describing cerebral cortex parcellation according to six schemes in human, three sc

29 er studies on the consistency of HARDI based parcellation across subjects and comparison with indepen

30 n regions derived from an automated cortical parcellation algorithm by calculating the Risch lambda.

31 Here, we present a new open-source parcellation algorithm to automatically map the subcorte

32 In sum, we hope this novel parcellation algorithm will facilitate functional and st

33 ion between tractography-based basal ganglia parcellation and anatomical data from previously reporte

34 ially powerful approach for in vivo amygdala parcellation and can serve as a guide in studies that ex

35 The freely available parcellation and classifier will enable substantially im

36 nce for a close correspondence between areal parcellation and cognitive function is weaker than is ge

37 p = .049 for different resolutions of brain parcellation and connectivity weight.

38 ny neurological diseases, few studies on the parcellation and extent of the human TPC are available t

39 en concretized by recent advances in in vivo parcellation and gradient mapping techniques.

40 EGFP(Vgat) , we first performed Nissl-based parcellation and plane-of-section analysis, and then map

41 s different contact sites on a limb; and the parcellation and separate representation of the static a

42 istribution of WMH according to the bullseye parcellation and tested the relationship between WMH par

43 intervoxel similarity is deeply affected by parcellation and that grounding one's parcellation in a

44 ippocampal regions in addition to cerebellum parcellation and thickness based on the Schmahmann anato

45 ems, the organization, in terms of location, parcellation and topology (internal and external), is ve

46 tion and tested the relationship between WMH parcellations and performance across the four cognitive

47 rontal gyrus, anterior cingulate and caudate parcellations and with white matter lesion volumes.

48 composed of 36 distinct parcels ('bullseye' parcellation), and then investigated the effect of distr

49 RI methods such as cluster correction, atlas parcellation, and anatomical searchlight are biased by d

50 al basis for understanding the organization, parcellation, and anterior-posterior difference of human

51 connectivity, connectivity-based functional parcellation, and complex network models powered from da

52 areas in new subjects, replicated the group parcellation, and could correctly locate areas in indivi

53 the boundary-shift integral and atlas-based parcellation, and rates of regional grey matter atrophy

54 data using neurobiologically accurate brain parcellations; and (vii) share published data via user-f

55 Here we developed a cortical parcellation approach to accurately map functional organ

56 dress this issue, we applied a meta-analytic parcellation approach used in prior work.

57 subfields were quantified with an automated parcellation approach using FreeSurfer software.

58 h supervised and unsupervised anatomy-driven parcellation approaches and by using high-dimensional da

59 These results point to the issue of parcellation as a critical one in the study of the hippo

60 ting-state networks, a fine grained cortical parcellation, as well as along the main gradients of cor

61 Based on a brain-parcellation atlas superimposed onto all modalities, we

62 Brain atlases provide data-guided parcellation based on functional and structural brain me

63 ntially across regions, and that whole-brain parcellations based on those differences produce distrib

64 tions, including voxel-based morphometry and parcellation-based cortical and subcortical measures.

65 i] from 7 broad anatomical areas, voxel- and parcellation-based group analyses were conducted for the

66 network alignment for validating atlas-free parcellation brain connectomes.

67 ects regardless of cortical and sub-cortical parcellations, but show significant, interpretable devia

68 From PND11 to PND16, thionin facilitates parcellation by extensive staining of dendritic processe

69 xel level, regional level (using atlas-based parcellation), cluster level (identifying active cluster

70 nctional MRI, evaluating the effect of brain parcellation, connectivity definition, and global signal

71 registration and the macro-anatomical brain parcellation Davi130 for standardized whole-brain analys

72 iding significant improvements over existing parcellations derived from task-free data.

73 croscopic landmarks and/or cytoarchitectonic parcellations extrapolated in a stereotaxic system.

74 rithms may be applied in cases of atlas-free parcellation for a fully network-driven comparison of co

75 Parcellation-free analyses revealed representations of P

76 It also provides purely spatial (parcellation-free) data, based on the stereotaxic coordi

77 ellations, (2) develop a deep-learning-based parcellation generator that preserves the topographical

78 We offer a parcellation guided by intracranial electroencephalograp

79 ies of cortical connectivity-based putaminal parcellations identified the primary motor putamen as th

80 n network estimates can be derived from this parcellation if sufficient data are collected-considerab

81 ted by parcellation and that grounding one's parcellation in a functionally informed approach might a

82 We explore cortical activity parcellation in head-fixed, quiet awake GCaMP6 mice from

83 in the vestibular nuclei, with intranuclear parcellation in the anterior octavus, magnocellularis, t

84 The provided cortical parcellation includes 234 priors from frontal, sensorimo

85 he posterior entorhinal cortex, which in our parcellation includes the transentorhinal cortex.

86 monstrates an unexpectedly complex molecular parcellation into a relatively coherent set of nine expr

87 the diencephalon, is characterized by their parcellation into distinct cell groups, or nuclei, that

88 ariation among grey matter regions to inform parcellation into distinct functional regions, and that

89 proposed to perform atlas-free random brain parcellation into nodes and align brains in the network

90 Amygdala parcellation into three clusters showed a medial-to-late

91 ent cluster solutions provided support for a parcellation into two parts as observed in monkeys, but

92 entation, SynthSeg(+) also performs cortical parcellation, intracranial volume estimation, and automa

93 Cortical parcellation is an essential neuroimaging tool for ident

94 d that a data-driven approach to hippocampal parcellation is necessary.

95 Progressive removal of brain parcellations led to patterns of GE decline that were re

96 hemisphere from the Human Connectome Project parcellation map [M.

97 ere estimated and co-registered to the brain parcellation map obtained by freesurfer.

98 These parcellation maps were then compared with coregistered d

99 ge, 16-876 d) and infant-specific functional parcellation maps, we observe that the brain functional

100 tually form the foundation of a new cortical parcellation method in living humans.

101 We show here, however, that the choice of parcellation method itself drastically affects one parti

102 The present study, applying a new anatomical parcellation method, demonstrated a subregion-specific O

103 ation algorithm followed by a semi-automated parcellation method.

104 results across many of the most widely used parcellation methods in a large young-adult sample of ma

105 xtraction, tissue segmentation, and cortical parcellation methods were applied to obtain volume measu

106 ented temporal lobe subregions with reliable parcellation methods, relating volume with clinical and

107 fMRI acquisition parameters and hippocampal parcellation methods.

108 urfer software program and the Desikan et al parcellation (modified).

109 ing the Human Connectome Project atlas-based parcellation (n = 358 regions) from 79 FEAP and 68 contr

110 ouse provides a subnuclear cytoarchitectonic parcellation (Nissl stain) of the NST into rostral, inte

111 a unique spatial signature of cortical macro-parcellation not predicted by classical cytoarchitectoni

112 ortex includes several areas, resembling the parcellation observed in cats and ferrets, although not

113 study we revealed detailed organization and parcellation of all subfields of the hippocampal head an

114 The findings support the parcellation of area TPO into three subdivisions and ext

115 The striking molecular parcellation of at least two different cadherins to the

116 d cortical mechanisms contribute to cortical parcellation of body map subdivisions in an NMDA recepto

117 hese results support the concept of temporal parcellation of brain activity, which reflects the diffe

118 The findings demonstrate distinct functional parcellation of core and noncore areas within human audi

119 These results identify a distinct parcellation of cortical resources in support of learnin

120 Moreover, the present parcellation of dorsal BA 45 corresponds well with anato

121 rstanding of the mechanisms that control the parcellation of dTh and vTh and the differentiation of n

122 guidelines defining a universal approach to parcellation of fetal organs.

123 Here, we demonstrate the functional parcellation of four areas of S1 in individual human sub

124 These findings demonstrate a functional parcellation of HG with neural activity that encodes pit

125 wo recent developments: medial temporal lobe parcellation of hippocampal and extra-hippocampal region

126 Neuron, Nelson and colleagues report a novel parcellation of human lateral parietal cortex based on t

127 A scheme is presented for parcellation of human lateral parietal cortex into compo

128 Furthermore, using a finer parcellation of large-scale networks, we found significa

129 This combined approach results in a 6-fold parcellation of LLPC based on the presence (or absence)

130 This approach facilitated detailed parcellation of mouse visual cortex, delineating nine kn

131 umans and may also have played a role in the parcellation of neocortex during mammalian evolution.

132 ntrol (HC) subjects, using a novel, reliable parcellation of OFC subregions and their association wit

133 Using a connectivity-based parcellation of PFC and multivariate decoding analyses,

134 nnections are consistent with our functional parcellation of PPC based on intracortical long-train mi

135 e identified a tripartite connectivity-based parcellation of SN with a limbic, cognitive, motor arran

136 1) The clinical targeting, (2) The automated parcellation of thalamic subparts based on 3 T diffusion

137 This in vivo connectivity-based parcellation of the amygdala delineates three clusters o

138 rovides insights into the anatomo-functional parcellation of the anteroposterior OFC gradient observe

139 maps, (2) a hierarchical transcriptome-based parcellation of the brain and (3) a facility to retrieve

140 ttery, we derived a comprehensive functional parcellation of the cerebellar cortex and evaluated it b

141 ustness of our results, we conducted lobular parcellation of the cerebellum with 2 different pipeline

142 Parcellation of the cerebral cortex into functionally mo

143 Here, we examine the precision of FreeSurfer parcellation of the cortex and introduce a method to ali

144 dicted by traditional anatomical atlas-based parcellation of the cortex.

145 rtate (NMDA) receptors plays a major role in parcellation of the cortical body map subdivisions.

146 very limited data are available on detailed parcellation of the HF subfields, especially in the comp

147 l to contribute to the ongoing debate on the parcellation of the human auditory cortex.

148 y, we use resting state fMRI for the in vivo parcellation of the human LFC on a subjectwise and data-

149 urofilament suggests that this developmental parcellation of the lateral pallial complex is associate

150 Parcellation of the mammalian cerebral cortex into disti

151 (1) and colleagues show that the traditional parcellation of the marmoset frontal cortex does not app

152 Moreover, a parcellation of the monkey OFC into two subdivisions has

153 One limitation in studies of the functional parcellation of the PFC has been the absence of tests th

154 We consider the anatomical and functional parcellation of the primate SN/VTA and find that its hom

155 Data-driven modularity-based parcellation of the rat medial prefrontal cortex (mPFC)

156 strates a chemoarchitechtonic and functional parcellation of the rat SPFp.

157 y on a continuous scale, allowing functional parcellation of the retrieval network.

158 ebral, and clinical features provide a novel parcellation of the schizophrenia syndrome with potentia

159 a large-scale, high-resolution probabilistic parcellation of the SLF, representing an advancement tow

160 w systematic investigation of the functional parcellation of the SN/VTA in animals, new developments

161 Parcellation of the subcortical white matter was perform

162 The molecular bases for the parcellation of the visual cortex and thalamus, as well

163 l grey matter volumes were generated using a parcellation of the volumetric T1-weighted magnetic reso

164 ted cortical and subcortical volumes using a parcellation of the volumetric T1-weighted scan.

165 thalamocortical connections, supporting the parcellation of this region of cortex.

166 resonance imaging technique that enables the parcellation of white matter.

167 f organ growth charts created from automated parcellations of 91 normal control 3T MRI datasets that

168 with biologically and functionally relevant parcellations of the cortex.

169 Yet, recent data-driven parcellations of the hippocampus subdivide the hippocamp

170 ebo group, we replicated previously observed parcellations of the OFC into two and six subregions bas

171 s studies have typically focused on discrete parcellations of the striatum, overlooking its continuou

172 hole-brain graph theory analysis (638 region parcellation) of functional magnetic resonance imaging (

173 lex human cerebral cortex requires a map (or parcellation) of its major subdivisions, known as cortic

174 psychosis (FEAP) have examined less granular parcellations on one morphometric feature reporting lowe

175 The atlas-based parcellations present some known limitations in cases of

176 Our parcellation process works well on "spontaneous" neural

177 This work produces the first parcellation protocol of the fetal body organs for motio

178 ven the significance and implications that a parcellation protocol will have on the classification, a

179 gyrus (SMG), and cingulate gyrus (CG) from 4 parcellation protocols as implemented in the FreeSurfer,

180 Our cortical parcellation provides a comprehensive and unified map of

181 The new parcellation provides a functional atlas to guide future

182 These graphs were then used to simulate parcellation resection in every gross anatomical region

183 e how they can be adapted to represent novel parcellations resulting from experimental data, and we p

184 and that a functionally informed approach to parcellation reveals gradients both within the anterior

185 We identified functional networks using a parcellation routine that intrinsically incorporates int

186 MRI (rs-fMRI) connectivity data and a robust parcellation routine to provide a whole-brain map of fun

187 ese difficulties, we developed a data-driven parcellation routine using resting-state fMRI data (24 f

188 and states, data transformation, phenotypes, parcellations, sample sizes, and populations we are spec

189 Moreover, this parcellation schema can provide guidance to report resul

190 ed an a priori episodic memory network (EMN) parcellation scheme associated with object and scene pro

191 of cortical organization, and they suggest a parcellation scheme in which modality-specific cortical

192 of >50 expressed molecules confirms the BST parcellation scheme proposed by Swanson in 2004, with tw

193 e define regions within LLPC by developing a parcellation scheme that integrates data from resting-st

194 weighted matrices), and (4) different brain parcellation schemes (low vs. high resolutions).

195 Traditional cortical parcellation schemes have emphasized the presence of sha

196 studies of callosal development tend to use parcellation schemes that may not capture the complex sp

197 gdala connectivity observed support previous parcellation schemes that segregate the LA into dorsal,

198 , based on the Lausanne2008 and the HCP-MMP1 parcellation schemes, containing 130 and 360 parcels, re

199 Studying several datasets and different parcellation schemes, we could show that our coordinate

200 This parcellation should serve as a roadmap for future invest

201 ical measures that rely on gray-white matter parcellation, since an indistinct transition zone could

202 The new parcellation successfully identified distinct functional

203 antly changed the composition of the sixfold parcellation, suggesting a dopamine-dependent reconfigur

204 nt from conventional (non-genetically based) parcellation systems.

205 search to consider WMH classifications using parcellations systems other than periventricular and dee

206 We utilized a white matter parcellation technique that divides cerebral white matte

207 We used a novel, whole-brain, data-driven parcellation technique-non-negative matrix factorization

208 provide a healthy oldest-old (85+) cortical parcellation that can be used in future work in this age

209 nternally valid subject-specific areal-level parcellation that corresponds with subject-specific task

210 sentation in the brainstem with well-defined parcellation that resembles the barrelettes found in rod

211 revious methods by using a data-driven brain parcellation to compare connectivity profiles of dyslexi

212 ning based approach for automatic cerebellar parcellation to obtain volumetric estimates for the tota

213 We first performed a data-driven parcellation to spatially define functional nodes releva

214 olume of significantly asymmetrical cortical parcellation units (leftward plus rightward), as well as

215 However, at the level of cortical parcellation units, autism and DLD showed more asymmetry

216 e critical condition for successful cortical parcellation using HARDI data.

217 deep learning framework for automated brain parcellation using minimally annotated and publicly avai

218 he other networks, using an a priori network parcellation, using data from 9- to 11-year-olds (n = 34

219 d discuss these results, and propose refined parcellation ventrally in the BST.

220 Evidence for this functional parcellation was obtained by comparing the effects of en

221 Atlas-based parcellation was performed utilizing the automated anato

222 Atlas-based parcellation was used to generate volumes for specific r

223 tential (BPND) in 43 brain regions (Hammers' parcellation) was compared between groups (pairwise t-te

224 he automated anatomical labeling (AAL) brain parcellation, we first create "archetype" Ising models r

225 Using DW-MRI tractography-based parcellation, we identified 10 dorsal frontal regions ly

226 Using a cross-species brain parcellation, we identified in non-human primates locati

227 based on dominant connections with cortical parcellations, we observed a near-facsimile of the adult

228 conflicting results across acquisitions and parcellations, we reasoned that a data-driven approach t

229 cessing pipeline and a novel high-resolution parcellation were created to analyze brain scans of 1189

230 Cortical surface reconstruction and parcellation were performed with state-of-the-art, equiv

231 Voxel-based morphometry and atlas-based parcellation were used to compare patterns of grey matte

232 tion and a novel high-resolution gray matter parcellation were used to extract GMD, GMV, gray matter

233 ed to segment each subject's MR scan and the parcellations were applied to the coregistered PET scans

234 r structures were measured using atlas-based parcellation with longitudinal registration.

235 stinct clusters that exhibit neuroanatomical parcellation within MB subdivisions and topographic proj

236 ngs provide important evidence of functional parcellation within the prefrontal cortex and point at m