ライフサイエンスコーパス: microstructural

1 tter and GM gray matter regions, in terms of microstructural abnormalities and atrophy, contributes t

2 se findings are consistent with metabolic or microstructural abnormalities in bipolar disorder and dr

3 er gray matter volumes and more white matter microstructural abnormalities in well-treated PLWH partl

4 This DTI study identifies microstructural abnormalities of children with PTSD afte

5 A diffuse pattern of WM microstructural abnormalities was detected within 2 mont

6 Longitudinal GM and WM volume changes and WM microstructural abnormalities were assessed by using vox

7 , lower gray matter volume, and white matter microstructural abnormalities were evident in HIV-infect

8 Numerous diseases are known to cause microstructural alteration of dental tissues structure.

9 The degree of microstructural alteration of the arcuate and uncinate f

10 ic SIC with validated assessments of cardiac microstructural alteration, including cardiac magnetic r

11 d bipolar symptoms (SBP) would have early WM microstructural alterations and whether those alteration

12 ions in healthy subjects in vivo and whether microstructural alterations are associated with motor im

13 Finally, random microstructural alterations devoid of cellular electrica

14 ovided useful information on both macro- and microstructural alterations during the phase separation.

15 While microstructural alterations in corpus callosum (CC) have

16 olam exposure was associated with macro- and microstructural alterations in hippocampal development a

17 sociated with decreased thalamic NAA/Cho and microstructural alterations in thalamocortical pathways.

18 vestigated the underlying cell-type specific microstructural alterations in the brain of patients wit

19 alities in both sexes and MRI-detected brain microstructural alterations, in studied males, demonstra

20 Results of all chemical and microstructural analyses confirmed the successful obtain

21 n of Eoarchaean subduction and indicate that microstructural analyses of ancient ultramafic rocks pro

22 e altered feeding behavior, meal pattern and microstructural analyses were performed.

23 These results were reflected in the microstructural analysis by scanning electron microscopy

24 ihexylquaterthiophene (DH-4T), and thin-film microstructural analysis demonstrates the fundamental ro

25 sive thermal annealing up to 1000 degrees C, microstructural analysis of annealed Ag-TiO2 films revea

26 d home-cage food intake, body weight change, microstructural analysis of food intake, and locomotor a

27 Microstructural analysis of the copolymers reveals both

28 Microstructural analysis showed formation of meat emulsi

29 Microstructural analysis shows that the metal-silicate i

30 th textural and chemical analyses to observe microstructural and biochemical changes that occur in ch

31 ed out while monitoring microseismicity with microstructural and damage proxies analyses.

32 We demonstrate that microstructural and macrostructural variability within t

33 Our data indicate that the microstructural and macrostrucutral organization of whit

34 Unlike traditional approaches that rely on microstructural and nanoscale features to mitigate radia

35 e-dependent and affected by various elastic, microstructural and other extrinsic effects.

36 emical properties of the proteins as well as microstructural and physico-mechanical properties of pro

37 Microstructural and theoretical studies of the wave-abso

38 Microstructural and XRD analysis were carried out in det

39 tions governed by the tissue composition and microstructural anisotropy of cell walls.

40 Spectral-domain OCT imaging identified microstructural anomalies in the majority of patients wi

41 To explore the microstructural basis for these functional changes, the

42 Objective: To investigate whether microstructural brain abnormalities reported in children

43 ss preoperative brain injury and more robust microstructural brain development than those with postna

44 ively to determine brain injury severity and microstructural brain development with diffusion tensor

45 tween two poly-silicon surfaces activated by microstructural change of a vanadium dioxide (VO2) thin

46 dy has demonstrated progressive atrophic and microstructural changes across the sensory system with a

47 lemented a novel approach for characterising microstructural changes along WM pathways using diffusio

48 Guar induced microstructural changes and its role in gelatinization-m

49 sts between detected off-flavour changes and microstructural changes as a function of selected proces

50 Abeta for a prolonged period of time causes microstructural changes at the synapse which result in i

51 Microstructural changes during degeneration have previou

52 ectively used to evaluate cell viability and microstructural changes during osmotic dehydration.

53 Macrostructural and microstructural changes have been revealed with three-di

54 ing (DTI) studies have detected white matter microstructural changes in essential tremor (ET).

55 the widespread progressive temporal-spatial microstructural changes in HD monkey brains from infancy

56 Charting white matter microstructural changes in healthy aging provides essent

57 e magnetic resonance imaging to characterize microstructural changes in myelin and neuroaxonal integr

58 on areas and likely is related to underlying microstructural changes in neural circuitry.

59 In conclusion, white matter microstructural changes in small vessel disease are asso

60 sk-oriented exercises could induce favorable microstructural changes in the brains of patients with m

61 ippocampal neurodegeneration and progressive microstructural changes in the dentate gyrus translate t

62 d waves, causing significant deformation and microstructural changes in the particle monolayer.

63 onse studies that analyzed the histology and microstructural changes in the spleen of adult male and

64 Measurement of microstructural changes in white matter (WM) using diffu

65 Such microstructural changes may correlate with functional lo

66 performance, and postoperative delirium, the microstructural changes observed in the cerebellum, hipp

67 Severe microstructural changes occur during the first delithiat

68 rns was found to be insufficient to describe microstructural changes of fat blends with high solid fa

69 It enabled the monitoring in situ of the microstructural changes of protein gels during simulated

70 onto-thalamo-cerebellar networks, as well as microstructural changes of structures involved in limbic

71 To quantify the microstructural changes of the retina in CZS and compare

72 The microstructural changes parallel the progressive motor,

73 The corresponding microstructural changes related to carbon contamination

74 nfocal microscopy have enlightened us to the microstructural changes that take place during acute hyd

75 M-DKI metrics showed more specificity for WM microstructural changes to distinguish simple T2h from c

76 and triglyceride absorption are dependent on microstructural changes undergone during consumption.

77 d tomography (mu-CT) studies visualizing the microstructural changes upon exposure of cured Portland

78 ive neuroimaging biomarker for assessing the microstructural changes within NAWM tracts in MS patient

79 ed to assess regional gray matter volume and microstructural changes within the brainstem.

80 estigated and interpreted in terms of starch microstructural changes, and the applicability of the Co

81 litus (T2DM) is associated with white matter microstructural changes, cognitive impairment, and decre

82 Distinct microstructural changes, observed at pressures up to 130

83 esonance imaging methods sensitive to tissue microstructural changes, such as diffusion tensor imagin

84 n pressure coevolve with macrostructural and microstructural changes, the extent of functional reduct

85 that lead to bubble formation and subsequent microstructural changes.

86 Understanding the microstructural characteristics are crucial for the expl

87 acellular lipid of almond tissue and examine microstructural characteristics of masticated almonds.

88 The chemical and microstructural characteristics of the nanopowders were

89 tron imaging, i.e. the required quantitative microstructural characterization combined with real spac

90 Analysis of Langmuir isotherms and microstructural characterization of the homogeneous poly

91 Mechanical and microstructural characterizations reveal that substantia

92 mechanical properties, brittleness index and microstructural characterizations.

93 etical simulation to model the interface and microstructural-compositional analyses that confirm our

94 ed diffusion MRI in white matter may capture microstructural connectivity patterns and mechanisms tha

95 Hence, a full microstructural constitutive model is required for bette

96 We also analyzed brain microstructural correlates to VF (n = 45) by voxel-based

97 gy and white matter (WM) macrostructural and microstructural damage in demented patients compared wit

98 igh energy particle radiations induce severe microstructural damage in metallic materials.

99 zing mechanisms associated with irreversible microstructural damage in single-crystal, coarse-grained

100 In Abeta(+), WM-LL correlated with WM microstructural damage in the left peritrigonal WM (p<0.

101 Patterns of GM atrophy and WM microstructural damage obtained by using structural and

102 In multiple sclerosis, microstructural damage of normal-appearing brain tissue

103 up to approximately 100% strain without any microstructural damage.

104 nts with MetS, we also uncovered cerebral WM microstructural damage.

105 amyloid pathology and WM macrostructural and microstructural damage.

106 Our results provide independent microstructural data consistent with the operation of Eo

107 appear to be normal, yet severe sub-nano and microstructural defects appear beneath the subsurface la

108 ir, which induced the creation of controlled microstructural defects in the membrane and increased th

109 Characterizing the fast evolution of microstructural defects is key to understanding "crackli

110 dense, with low to none impurities, and low microstructural defects, and without obvious interface b

111 Altogether, our results suggest that microstructural degradation of specific cortical regions

112 uch packings, and have computed a variety of microstructural descriptors, including the radial distri

113 rformances are significantly affected by the microstructural design and the sintering process used in

114 e findings have the potential to promote new microstructural design approaches for Ti-Nb alloys and b

115 proaches to realize highly demanded material microstructural designs and showcase a unique example of

116 identifying the basic relationships between microstructural details and performance have proven diff

117 inal diffusion analysis indicates widespread microstructural deterioration of the normal-appearing wh

118 Disruptions to microstructural development of cortical gray matter are

119 maging and the trajectory of postnatal brain microstructural development.

120 roducts of fibrils are known to arise due to microstructural differences among the oligomers.

121 rst ever large-scale coordinated study of WM microstructural differences in schizophrenia.

122 these alterations of white matter are unlike microstructural differences reported for any other neuro

123 Inherent microstructural differences within the experimental DNAs

124 In comparison, microstructural differences, such as the foam architectu

125 Microstructural (diffusion) neuroimaging metrics ESs wer

126 documented in schizophrenia consistent with microstructural disorganization (reduced fractional anis

127 FASTClear does not induce structural or microstructural distortion and it can be combined with i

128 crostructure against histology, characterize microstructural dynamics during left ventricular wall th

129 noninvasive interrogation of in vivo cardiac microstructural dynamics.

130 Experimental data is used to study microstructural effects on defect interactions in ferroe

131 Herein, we demonstrate a new microstructural engineering approach for producing low-c

132 Characterization of the microstructural environment in the human brain is discus

133 a result of stereogenic metal control, while microstructural errors are predominantly due to alkylide

134 Recent direct microstructural evidence by light, X-ray, and neutron sc

135 etween RBC sizes and bone histometry and use microstructural evidence to trace their evolution in a p

136 c transformation plays a pivotal role in the microstructural evolution and plasticity of many enginee

137 The microstructural evolution causes that a portion of energ

138 The implications of this model for microstructural evolution is described.

139 r, the underlying mechanism of stress-driven microstructural evolution is still poorly understood and

140 Thus, the microstructural evolution of lipid delivery systems is a

141 ynamics" (QCGD) simulation method to unravel microstructural evolution of polycrystalline Al microstr

142 racterize morphological parameters and track microstructural evolution of the sulfur cathode across m

143 In order to investigate the microstructural evolution of ultrafine- and nanocrystall

144 antitative analysis and visualization of the microstructural evolution on the nanometer scale by sync

145 igated by analyzing the grain refinement and microstructural evolution resulting from the rapid dendr

146 NDs affected the microstructural evolution, chemistry, and mechanical pro

147 light on control solid-solid transitions and microstructural evolutions in polycrystals.

148 Charpy impact behavior and the corresponding microstructural evolutions in UFG Cu with equi-axed and

149 sis and nanometer-scale visualization of the microstructural evolutions of a tin electrode in a lithi

150 Microstructural examination of the almonds indicated tha

151 Microstructural experiments by means of NMR spin-spin re

152 These changes in microstructural features (viz., grain size, grain orient

153 ed the ultimate, uniform solids, without the microstructural features and defects associated with pol

154 lex picture of silk evolution where some key microstructural features are conserved phylogenetically

155 Te, it has been determined that the dominant microstructural features are point defects, lattice disl

156 ratio grain morphology resulting in rod-like microstructural features exhibited the highest ionic con

157 Visualization of the characteristic microstructural features is realized in real time during

158 ntify coherent twin boundaries (CTBs) as the microstructural features most susceptible to crack initi

159 This new understanding helps elucidate which microstructural features need to be copied in order to p

160 In this paper, we investigated the microstructural features of 0.001% La doped BaSnO3 thin

161 biomarkers of trait empathy, suggesting that microstructural features of an empathy and body-related

162 The in vivo microstructural features of familial exudative vitreoret

163 Microstructural features of R and its complex with Ag(+)

164 Diffusion MRI (dMRI) reveals microstructural features of the brain white matter by qu

165 olid-state phase transition implies that the microstructural features of the CaO parent phase predete

166 kable differences in the mixing profiles and microstructural features of the dough, small deformation

167 Some differences in microstructural features were detected, with DM showing

168 ellular collagen constructs with predictable microstructural features, thus providing a controlled mi

169 m to automatically group pixels with similar microstructural features.

170 but without the ability to extract detailed microstructural features.

171 nvestigated systematically the effect of key microstructural features.

172 transfer MRI, suggestive of straightening of microstructural fibers without modification of macromole

173 able images, of which 50 (75%) had anomalous microstructural findings; all eyes with FEVR severity of

174 Microstructural-genetic associations were not identified

175 nction to be made between different types of microstructural growth occurring at the electrode surfac

176 are both tightly controlled by the degree of microstructural heterogeneity of the material under stre

177 to strengthen the links between their unique microstructural identities, functions and pathologies.

178 2 mapping may therefore be incorporated into microstructural imaging.

179 ty to the incident polarization, it provides microstructural information otherwise unreachable by oth

180 s developed that correlate to and build upon microstructural information.

181 mal CT suggesting the presence of undetected microstructural injuries.

182 nearity and plasticity, and thus can provide microstructural insights into cell-driven remodeling of

183 However, the microstructural instability of the incoherent-particle-s

184 eir ultrahigh strength, but also undesirable microstructural instability under thermal and mechanical

185 matter volume (voxel-based morphometry) and microstructural integrity (fractional anisotropy, FA) in

186 aste-reward-related white matter tracts, and microstructural integrity (fractional anisotropy, FA) wa

187 diffusion tensor imaging parameters of brain microstructural integrity (i.e. fractional anisotropy, a

188 y (voxel-based morphometry); and hippocampal microstructural integrity (mean diffusivity and fraction

189 03) subfields, and impaired left hippocampal microstructural integrity (r = 0.47; P = .01).

190 .40; P = .047) and impaired left hippocampal microstructural integrity (RAVLT recognition, r = -0.41;

191 tantly, some of the WM regions showing lower microstructural integrity also demonstrated associations

192 icrocrack accumulation, leading to a loss of microstructural integrity and consequently, reduced mech

193 volume alterations and limited disruption of microstructural integrity compared to controls.

194 atial statistics to investigate white matter microstructural integrity in human children with 16p11.2

195 The association of higher CRF with greater microstructural integrity in selected subcortical areas

196 Importantly, hippocampal volumetric and microstructural integrity measures correlated with memor

197 integrity, and that maintaining white matter microstructural integrity might be a mechanism for the b

198 ether higher CRF was associated with greater microstructural integrity of gray and white matter in ar

199 Results indicate that the microstructural integrity of pathways supporting communi

200 ns emerged between neglect in early life and microstructural integrity of the body of the corpus call

201 l and temporal regions as well as volume and microstructural integrity of the corpus callosum, repres

202 ct that is partially mediated by the reduced microstructural integrity of the hippocampus.

203 diffusion tensor imaging sequence to assess microstructural integrity of the white matter.

204 h on the human brain by modeling measures of microstructural integrity of white matter (WM) tracts wi

205 lifespan at multiple phenotypic levels: (1) microstructural integrity of white matter using diffusio

206 Microstructural integrity was impaired in both hippocamp

207 Microstructural integrity was lower in Recovered AN in m

208 e investigated the impact of premorbid brain microstructural integrity, as measured by diffusion tens

209 We assessed differences in white matter microstructural integrity, hippocampal volume, subregion

210 Retinal arteriolar diameter, cerebral WM microstructural integrity, waist circumference, and insu

211 ampal subfields with analysis of hippocampal microstructural integrity.

212 gyrus (DG), as well as impaired hippocampal microstructural integrity.

213 Microstructural investigations revealed that when the la

214 We perform detailed microstructural investigations using transmission electr

215 Moreover, we deduce scaling laws governing microstructural length scales and dealloying kinetics.

216 Advanced imaging techniques detect microstructural lesions in the cerebral gray and white m

217 On the microstructural level, the histologic signs of nephroscl

218 r an altered developmental trajectory at the microstructural level.

219 Comparison of the microstructural licking patterns for the two sugars reve

220 ients with segmental schwannomatosis through microstructural magnetic resonance neurography and mutat

221 ings emphasize the critical role of specific microstructural markers in providing important hints tow

222 ain damage, including volumetric, focal, and microstructural markers.

223 for visual fixation can be assigned to early microstructural maturation.

224 tation dispersion and density imaging-driven microstructural measures (orientation dispersion index a

225 s and quantitative anatomic and white matter microstructural measures over time.

226 tly, there is no full three-dimensional (3D) microstructural mechanical model of coronary artery base

227 data provide novel insights into underlying microstructural mechanisms of memory decline in the elde

228 Structural, ultrastructural, microstructural, metabolic, molecular, and clinical func

229 cture, and show that these hetTECs match the microstructural, micromechanical and mechanobiological b

230 The validated microstructural model of coronary artery sheds light on

231 e existed in the strengthening mechanism and microstructural model of the nanocomposite film due to l

232 Here, a 3D microstructural model that accounts for all constituent

233 gest that investigating brain structural and microstructural MR imaging features may provide markers

234 NP levels are associated with volumetric and microstructural MR imaging markers of subclinical brain

235 dispersion and density imaging for assessing microstructural myelin, axonal and dendrite integrity in

236 In DPN, the predominant site of microstructural nerve alteration is at the thigh level w

237 tization transfer (qMT) imaging, an advanced microstructural neuroimaging technique sensitive to effe

238 Microstructural observations demonstrate that antigorite

239 Microstructural observations indicate that strain is hig

240 fects within the lattice structure, overcome microstructural obstacles represent a key aspect in unde

241 The microstructural organization and composition of the corn

242 ation techniques to investigate white matter microstructural organization and neurophysiological func

243 We found that less optimal brain microstructural organization and task-related modulation

244 ovide evidence of abnormal white matter (WM) microstructural organization as indicated by reduced fra

245 in the aging brain, such that declines in WM microstructural organization likely lead to dysfunctiona

246 2 relaxation time, indicating changes in the microstructural organization of the extracellular matrix

247 These differences in microstructural organization of white matter correlated

248 This optimized microstructural organization simultaneously achieves hig

249 tal deformation-based morphometry, and brain microstructural organization using neonatal diffusion te

250 ical resilience, we systematically tuned the microstructural parameters of fibrin and used a combinat

251 To investigate the microstructural parameters of native gels, electron micr

252 that the DOC does not modify the size or the microstructural parameters of the primary particulates t

253 Microstructural parameters were analyzed via tractograph

254 Coronary artery microstructural parameters were determined based on prev

255 nlithiated silicon interface provides a weak microstructural path for crack deflection, accounting fo

256 Microstructural pathology was frequent in early multiple

257 e-field modelling and experiments, that nano/microstructural pattern formation during dealloying resu

258 n a stage-dependent manner producing complex microstructural patterns that are visually stunning.

259 isation to be quantified from an unambiguous microstructural perspective.

260 and ultimately leads to an unusual level of microstructural plasticity, raising the question of whet

261 re in situ, lattice-level information on the microstructural processes that drive shock-wave-driven d

262 not place-selective regions, is dominated by microstructural proliferation.

263 ngth scale for load transfer that depends on microstructural properties and have derived a phase diag

264 Stille-derived copolymer and fullerene blend microstructural properties and morphologies are characte

265 have used this system to investigate how ECM microstructural properties influence epithelial cell inj

266 Modeling gray matter (GM) microstructural properties is now possible with a recent

267 ing revealed that trait anxiety predicts the microstructural properties of a prespecified fiber tract

268 rating diffusion tensor imaging suggest that microstructural properties of callosal white matter, whi

269 Quantifying the microstructural properties of the human brain's connecti

270 Results demonstrate that the microstructural properties of the left inferior-longitud

271 Microstructural properties of white matter tracts connec

272 t of raw sweet potato on physicochemical and microstructural properties, and the bioaccessibility of

273 - and mesoscopic structure and for inferring microstructural properties; we also describe key artifac

274 line AlGaN/GaN layers while preserving their microstructural quality.

275 Thus, although both microstructural rearrangements of the components of mucu

276 For the first time quantitative microstructural reciprocal space information from small

277 A novel approach to characterize the microstructural response of the myocardium to ischemia a

278 While the local microstructural shear strain involved is only approximat

279 by the difficulty in directly observing key microstructural signatures on atomic scale.

280 , low ductility at room temperature and poor microstructural stability at elevated temperatures often

281 sive failure strain (over 20%), and superior microstructural stability even at temperatures above the

282 ndividual fibers and cells and thus predicts microstructural stresses.

283 nd diffusion-weighted images to assess their microstructural substrate.

284 Microstructural surface analysis of the product under a

285 crystalline ceramics can be achieved through microstructural tailoring.

286 rders using biochemical, chromatographic and microstructural techniques.

287 The aim of this study was to elucidate the microstructural, textural, and sensory impact of sodium

288 ages, strategic white matter tracts, loss of microstructural tissue integrity, and secondary neurodeg

289 vely affect brain-ageing trajectories at the microstructural tissue level.

290 trolyte film reveal critical insights on the microstructural transformation of stretched PEO and the

291 e in dendritic growth velocity, owing to the microstructural transition of the (alphaFe) phase from a

292 The design of atomic-scale microstructural traps to limit the diffusion of hydrogen

293 the past have not rendered an authoritative microstructural understanding in such materials.

294 rather rapidly, observe compositional and/or microstructural variability in selective laser melting m

295 t various locations to reveal the origins of microstructural variability in this sensory material.

296 ed and correlated to experimentally observed microstructural variation within the part.

297 nced neuroimaging techniques to characterize microstructural white matter abnormalities for a deeper

298 n to heavy drinking resulted in accelerating microstructural white matter damage.

299 ined the association of nutrient intake with microstructural white matter integrity, and the role of

300 Hypertonia was associated with microstructural WM injury and unmyelinated axon loss at