ライフサイエンスコーパス: topographic

1 The visual circuit is topographic [5, 6], wherein retinal neurons target and a

2 Clinical and topographic abnormalities similar to keratoconus were ob

3 Computational modeling suggests that topographic accuracy and adaptability, though seemingly

4 tible, enabling us to construct hypothetical topographic activation maps for target positions that we

5 ions also exhibit a fine degree of homotypic topographic adjacency.

6 o of concurrent extreme wet periods, and how topographic affiliation (to shallow - SWTs - or deep - D

7 ke cells to spontaneously 'sense' and follow topographic alignment, intercellular interactions within

8 It is revealed that topographic and chemical cues presented by nSC scaffolds

9 We explain this pattern by topographic and ecological changes driven by geological

10 b to test our probes, we obtain simultaneous topographic and electrochemical reactivity maps with a l

11 onventional metal probes, the convolution of topographic and electronic features hinders unambiguous

12 By simultaneously measuring the topographic and electronic properties of the superconduc

13 ld response varying by up to 2 months across topographic and elevation gradients, growing locations,

14 al conditions, it encompasses wide climatic, topographic and environmental gradients, and, more impor

15 In conclusion, topographic and functional reorganization of the beta(3)

16 atterns of plant rooting depth bear a strong topographic and hydrologic signature at landscape to glo

17 findings of CHRRPE lesions both in terms of topographic and morphologic features.

18 nd fluorescence analysis show the successful topographic and protein pattern transfer on the hydrogel

19 ding projections to the DCN from the IC were topographic and suggest a feedback pathway that could un

20 Here, we obtain topographic and transcriptional (Pol II residence time)

21 ies, as well as remote sensing, bioclimatic, topographic, and human footprint data.

22 hese modes of invasion by merging ancestral, topographic, and phenotypic information from 12 human co

23 ) fibers in primates form a well defined and topographic anterior limb of the internal capsule, the s

24 Instead we recommend a topographic approach based upon OCT probability maps and

25 bel showed rostral-caudal and dorsal-ventral topographic arrangement of claustrum connections and cle

26 ivisional hierarchy of gray matter follows a topographic arrangement used in BM4.

27 he ultrahigh vacuum environment, and reduces topographic artifacts, thus making these samples particu

28 mogeneities but also could be susceptible to topographic artifacts.

29 ty (BSCVA), refractive astigmatism (RA), and topographic astigmatism (TA), central corneal thickness

30 ed a high-resolution supratentorial vascular topographic atlas using diffusion-weighed MRI in a popul

31 the expression of guidance factors to shape topographic axon targeting.

32 development result in the disorganization of topographic axonal projections.

33 ng into river and perhaps even impacting the topographic barrier on the opposite bank.

34 informally named Sputnik Planum, which is a topographic basin filled by nitrogen (N2) ice mixed with

35 mixtures of overlapping, individual-specific topographic basis functions, rather than as contiguous f

36 are more susceptible to dynamical change and topographic behavior at sub-kilometer scales is not self

37 the flow of deep-ocean waters along a steep topographic boundary.

38 ale mice, whisker-evoked activity is roughly topographic but weak in the barrel cortex.

39 cortical bone volume and muscle force, and a topographic change of cortical thickness associated with

40 redictability and efficacy and induces fewer topographic changes and lower regression rate of hyperop

41 rsus 20 controls), that there are measurable topographic changes in the posterior visual pathways cor

42 To identify biomechanical and topographic changes of the cornea during pregnancy and t

43 With this specific topographic characteristic, a highly flexible lithium-su

44 Designing topographic clusters is of significant interest, yet it

45 xtensional deviatoric stresses that produced topographic collapse.

46 in mice and humans, including the inducible topographic commitment of T cells for skin and inflamed

47 (CD-RS), which was based upon an objective, topographic comparison between abnormal points on the 10

48 In desert locusts, the CX holds a topographic, compass-like representation of the plane of

49 ing gene flow were aspect, vegetation cover, topographic complexity (TC) and rivers, with western fac

50 (TC) and rivers, with western facing slopes, topographic complexity and rivers restricting gene flow.

51 to incorporate stereochemical diversity and topographic complexity into DNA-encoded libraries (DELs)

52 c stability hypotheses, but productivity and topographic complexity were rejected as explanations.

53 dic beta power reductions in a frontocentral topographic component with seed-based source contributio

54 ulations based on land-sea distributions and topographic conditions for five typical geological perio

55 e contribution of thermal, water-related and topographic conditions in structuring the CBD and PBD of

56 d helical nanofilament (HNF: B4) phase under topographic confinement with airflow that can induce a s

57 tions as land-use constraints diminished and topographic constraints increased.

58 nsformation is achieved to meet the specific topographic constraints of each representation remains u

59 at than previously reported but climatic and topographic contexts leave it as the least peat-forming

60 neutral helium images have been dominated by topographic contrast, relating to the height and angle o

61 response diversity was mediated primarily by topographic controls on stream channel confinement, reac

62 We demonstrate that topographic controls on the distribution and availabilit

63 local temperature gradients associated with topographic controls.

64 elevation and aspect, we found evidence that topographic convergence mediates tree mortality in certa

65 Topographic convergence was mostly influential in suppre

66 ted whether introducing plant hydraulics and topographic convergence-induced soil moisture variation

67 rrection (+ 1.00 D to + 6.00 D) by examining topographic corneal changes and incidence of regression

68 Group A showed fewer topographic corneal changes than group B.

69 Biomechanical and topographic corneal properties were measured using the O

70 on of precipitation, cold biases revealed by topographic correction, uncertainties in the rain-snow p

71 We also examined topographic correlates of frontal-subcortical dysfunctio

72 in selected cases that meet certain corneal topographic criteria.

73 These topographic cues are able to guide the collective migrat

74 dimensional river flows with high-resolution topographic data for large-scale regions (national or co

75 stimation with a minimum of one soil pit and topographic data if spatial distribution of total profil

76 e records were combined with bioclimatic and topographic data in an ensemble modelling framework to o

77 he 3-D corneal model was generated using raw topographic data.

78 ed in a deterministic fashion given adequate topographic data.

79 ed, the LR method revealed that closeness to topographic depression was the most important factor for

80 over, current, widely-used CT-based vascular topographic diagrams omit demarcation of the inter-terri

81 Meta-analytic decoding of these topographic dissociations highlighted involvement in hig

82 between infants and adults have a widespread topographic distribution across the brain.

83 microstates confined numerosity to a strict topographic distribution occurring within the LMF time-w

84 nt of efferent function disrupts the orderly topographic distribution of biophysical and synaptic pro

85 The topographic distribution of both total and alpha cells r

86 twork architecture can explain the irregular topographic distribution of cortical thickness reduction

87 Here we analyze the relationship between the topographic distribution of ganglion cell density and th

88 olutionary history, we sought to measure the topographic distribution of retinal ganglion cell densit

89 elief is that mice possess a relatively even topographic distribution of retinal ganglion cells (RGCs

90 ogy and retinal wholemounts, we measured the topographic distribution of retinal ganglion cells and d

91 ral artery [MMCA] infarction has a different topographic distribution that might confound the relatio

92 o modulate the number of cells (e.g., dose), topographic distribution, and region-specific delivery i

93 Through their topographic distribution, Toll receptors regulate neuron

94 first estimates for the total volumetric and topographic disturbance associated with mining in an 115

95 the age and area hypothesis, and measures of topographic diversity, rainfall seasonality, and product

96 Here we show that a long-wavelength topographic dome overlies the seismically measured exten

97 suitable habitat by 2070, but incorporating topographic effects allows potential highland microrefug

98 In addition, topographic electroencephalographic correlation maps wer

99 th multifocal or EDOF IOLs; however, corneal topographic enrollment criteria were not specified.

100 opagation in a complex fluidic, chemical and topographic environment of a fertility tract.

101 time for the first time and a highly dynamic topographic environment prior to the formation of critic

102 Furthermore, as the topographic FC is retained to varying degrees among the

103 The topographic FC pattern can be identified reliably in the

104 These faults are associated with prominent topographic features and can produce large earthquakes.

105 fy and investigate hydrologic, geologic, and topographic features beneath and within the ice sheet.

106 eventing researchers from predicting optimal topographic features for desired cell behavior.

107 xis'-guided by the gradient of the nanoscale topographic features in the cells' ECM environment.

108 llow thermocline, these waves can reach past topographic features that bound turbidity currents and t

109 flow, including characterizing geometric and topographic features that influence the QS response.

110 t lacks, however, the ability to distinguish topographic features where surface reactivity occurs.

111 the demographic profile, clinical features, topographic features, and biomechanical and aberrometric

112 Upwelling is greatly enhanced at five major topographic features, associated with vigorous mesoscale

113 ded compounds exhibit unprecedented ring and topographic features, related to elements found to be po

114 ropose that upwelling regions with retentive topographic features, such as wide continental shelves,

115 onstrated, revealing sub-diffraction-limited topographic features.

116 ppear in the vicinity of comparatively large topographic features.

117 the restriction of A. selaginoides to prime topographic fire refugia.

118 esult should motivate efforts to explore how topographic flows may buffer eco-physiological processes

119 Topographic generation of submesoscale flows potentially

120 Climatic, topographic, geological, social, and morphological facto

121 afish, spinal motoneurons are recruited in a topographic gradient according to their input resistance

122 mbrane variations interact with a systematic topographic gradient of synaptic inputs.

123 of valley networks are also consistent with topographic gradients in this configuration and thus do

124 Specifically, we show that topographic gradients of frequency preference, or tonoto

125 d biome stability, rainfall seasonality, and topographic heterogeneity were the strongest predictors

126 Deformation zones beneath the Bhadrapur topographic high record an incipient tectonic wedge or t

127 eres is isostatically compensated, such that topographic highs are supported by displacement of a den

128 with enhanced upwelling by eddy-transport at topographic hotspots.

129 nted potential environmental risk due to the topographic, hydrologic, or edaphic characteristics of t

130 Topographic images of selected dust particles with sizes

131 anning force microscope that makes detailed, topographic images of the particles and that is able to

132 for and prevent the anomalies encountered in topographic images of transition metal dichalcogenide mo

133 Co-registration of ion images to topographic images provided higher-contrast images.

134 The capability of simultaneous chemical and topographic imaging of complex biological samples is dem

135 light sensitivity of the macula and provides topographic information on visual function beyond visual

136 an spectroscopy (TERS) provides chemical and topographic information with high spatial resolution and

137 tino-collicular map, which carries intrinsic topographic information, the retinal EFNAs, to the super

138 ic (DA) neurons in the midbrain provide rich topographic innervation of the striatum and are central

139 ssembled clusters, which can be coupled with topographic inscription to introduce structural hierarch

140 address these challenges by providing local topographic interactions to strengthen cell adhesion and

141 The deep erosion, topographic inversions, and an absence of dunes on or ne

142 Steric effects depended on the topographic irregularities on both the virus and sorbent

143 ervoir controlled by stresses induced by the topographic load, but not the regional tectonics.

144 In addition to providing the first topographic locations of known natural products, we prio

145 austral projections are organized in a rough topographic manner, with variable projection strengths.

146 These findings establish a mechanism of topographic map development in which the regulation of c

147 To understand how topographic map development is controlled, we examine th

148 Topographic map development requires precise coordinatio

149 Previous studies of topographic map development show evidence for spatial pa

150 tial mechanism akin to classic mechanisms of topographic map formation and a novel axon outgrowth-dep

151 e, we describe a novel temporal mechanism of topographic map formation that depends on spatially regu

152 Building the topographic map in the mammalian olfactory bulb is expla

153 The vagus motor neuron topographic map is therefore determined by two mechanism

154 es in combination with ILDs give rise to the topographic map of azimuthal auditory space.

155 DRI SS OCT provides a topographic map of choroidal thickness with an ETDRS lay

156 ates revealed a population code for a stable topographic map of local space.

157 Each cortical area contains a topographic map of visual space, with different areas ex

158 field map networks, selective responses and topographic map organization may facilitate hierarchical

159 This 3D topographic map ultimately provides evidence for the rel

160 eceptive fields (RFs) that form an azimuthal topographic map.

161 t to redirect axon targeting and disrupt the topographic map.

162 tic neighbor embedding (t-SNE) or generative topographic mapping (GTM) can be used to provide improve

163 learned to use the prosthesis, altering the topographic mapping from IR sensor to stimulating electr

164 Our findings indicate that the correct topographic mapping of TCAs onto the cortex requires the

165 owth and that time of axon outgrowth directs topographic mapping without affecting hox5 expression.

166 We show that hox5 expression directs topographic mapping without affecting time of axon outgr

167 These MRI-based topographic maps are not easily applicable to CT scans,

168 We suggest that in their brains, three topographic maps are present corresponding to the sensor

169 of hearing is involved in the refinement of topographic maps as well as in setting the properties of

170 The establishment of precise topographic maps during neural development is facilitate

171 nt topographic organization, suggesting that topographic maps emerge before the onset of spiking resp

172 Furthermore, steric topographic maps for a representative subset of monomeri

173 uch errors do not follow the organisation of topographic maps in somatosensory cortex, suggesting tha

174 neurons is essential for the development of topographic maps in the cerebral cortex.

175 cuits often requires their organization into topographic maps in which the positions of cell bodies a

176 nd occipital cortices contain, respectively, topographic maps of size and orientation preference in w

177 xel segmentation software that also provided topographic maps of thickness dimensions and change.

178 ging population activity revealed continuous topographic maps of visual space in the VG3-AC plexus.

179 y in life does not alter the organization of topographic maps or disrupt binocular convergence in the

180 We constructed brain topographic maps reflecting Braak stages 1-6 and used th

181 re we perceive a touch putatively depends on topographic maps that code the touch's location on the s

182 ughout the nervous system are organized into topographic maps, where the positions of neuron cell bod

183 quency (0.01 Hz) calcium oscillations refine topographic maps.

184 imulation to explore the organization of its topographic maps.

185 elopment and maintenance of highly organized topographic maps.

186 Here we provide new topographic measurements that show patterns and trends o

187 rrant growth cone cue sensitivity and axonal topographic misprojections.

188 Hermes knock-down leads to topographic missorting in the OT through the upregulatio

189 oretical models based on striatal dopamine's topographic modulation of cortico-thalamic connectivity

190 ool to investigate adult schistosomes at the topographic molecular level.

191 The only refractive, topographic, or biomechanical abnormality associated wit

192 e the dominant feature governing large-scale topographic organization across human auditory cortex.

193 regions obeyed the typical medial-to-lateral topographic organization albeit unilaterally in the stru

194 In conclusion, variations in the topographic organization and magnitude of retinal gangli

195 rojections demonstrate the same longitudinal topographic organization as the projections from CA1 and

196 Topographic organization by spectral frequency (tonotopy

197 In this study, we examine the nature of topographic organization in human auditory cortex with f

198 We find that hierarchical, topographic organization is present at birth and therefo

199 heir density distribution reveals an unusual topographic organization of a temporal (2,000 cells/mm(2

200 of both total and alpha cells reveal a dual topographic organization of a temporal and nasal area em

201 In this study, we examined the topographic organization of cholinergic and noncholinerg

202 in cats, monkeys, and rats have demonstrated topographic organization of cortico-claustral connection

203 The topographic organization of excitatory and inhibitory ce

204 ional neuroimaging approaches, we mapped the topographic organization of human superior colliculus (S

205 utational neuroimaging approaches to map the topographic organization of human superior colliculus (S

206 The topographic organization of MNTB physiological propertie

207 studies of object representations reporting topographic organization of object size in the occipito-

208 percepts can be accurately predicted by the topographic organization of optic nerve fiber bundles in

209 While the mechanisms generating the topographic organization of primary sensory areas in the

210 field modeling, we map and characterize the topographic organization of several regions in human fro

211 The topographic organization of striatal-cortical connection

212 nd Karten (), no detailed description of the topographic organization of the AC has been performed.

213 results show that sound-evoked activity and topographic organization of the cortex emerge earlier an

214 ose described in nonprimate species; (b) the topographic organization of the projections from the hip

215 We propose that this topographic organization provides the scaffolding for th

216 perties of voxels in SC, deriving a detailed topographic organization resembling that of the primate

217 jection, due to its neighborhood preserving, topographic organization, establishes millions of parall

218 rly auditory responses demonstrate a nascent topographic organization, suggesting that topographic ma

219 The primary sensory cortices display topographic organization, whereby receptive fields follo

220 he human brain, but they lack a reproducible topographic organization.

221 gly diverse, with no evidence of large-scale topographic organization.

222 le some features of these maps adhere to the topographic organizational principles shared among the m

223 To compare visual and topographic outcomes 1 year after conventional (C-CXL) v

224 This study aims to describe the topographic, pachymetric and aberrometry characteristics

225 pflug camera (Pentacam(R) type) analyzed the topographic, pachymetric and aberrometry variables.

226 ant differences in corneal biomechanical and topographic parameters were found during pregnancy in re

227 matter hyperintense volumes in the detected topographic pattern correlated strongly with lobar cereb

228 eveal a massively parallel and in some cases topographic pattern of afferent input.

229 nted elderly, amyloid load correlated with a topographic pattern of white matter hyperintensities.

230 The versatility of topographic patterning, combined with the compatibility

231 Topographic patterns of amyloid-associated white matter

232 ctives of this study were to investigate the topographic patterns of white matter hyperintensities as

233 ggest the complementary effects of the local topographic patterns sheltering more diverse microclimat

234 eviously reported that micro- and nano-scale topographic pitch created on silk films mimic features o

235 We patterned silk films with different topographic pitch via soft lithography and observed huma

236 climate for the same species but at distinct topographic positions.

237 opil and an axon that exits tectum to form a topographic projection to torus longitudinalis (TL).

238 The broadly-distributed, non-topographic projections to and from the olfactory cortex

239 ical parcellation within MB subdivisions and topographic projections to the thalamus.

240 tous macular damage, as detected by abnormal topographic regions on measures of structure and functio

241 The localized progression of RPE atrophy in topographic relation to the CNV lesion was then analyzed

242 as a map of multiple visual parameters whose topographic relations remain poorly understood.

243 A close topographic relationship of vitreous fissures and cister

244 sectional data were analyzed to characterize topographic relationships between hyperreflective spaces

245 describe a generalisable framework defining topographic relationships in tissue using geoscience app

246 itional features that are typical of a steep topographic relief and differ from younger Woranso-Mille

247 changes since the LGM and late Miocene, and topographic relief emerged as important drivers.

248 arriers to gene flow coincided with areas of topographic relief in the central Palaearctic for whimbr

249 is accurately imaged in spite of the extreme topographic relief in the LMS region and thick sedimenta

250 ging neural and behavioral evidence of rapid topographic reorganization in adult human V1, and the st

251 in the experimental test case of short-term topographic reorganization in adult human V1.

252 Although numerous studies have demonstrated topographic reorganization in adult V1 following the los

253 blind spot (BS), and immediately tested for topographic reorganization using functional magnetic res

254 A topographic representation of local space is critical fo

255 Topographic representation of the receptor surface is a

256 of sensory maps in the cerebral cortex, the topographic representation of the whiskers in the primar

257 Columnar outputs of the CX also showed a topographic representation of zenithal E-vector orientat

258 The topographic representation suggests that sound direction

259 ncreased over the first 2 y, suggesting that topographic representations are refined during early dev

260 Here, we asked whether topographic representations of the body are present at b

261 tal cortex and subcortex, comprises multiple topographic representations of the body.

262 ralateral hand [8-10] challenges the role of topographic representations when attributing touch to th

263 Given poor topographic resolution, we use an indirect technique to

264 ak, and a dorsotemporal extension, which are topographic retinal features also found in other artioda

265 There was no topographic reversal where one would expect to find the

266 craters characterized by multiple concentric topographic rings, dominate the stratigraphy, tectonics,

267 We interpreted such fluctuations as topographic Rossby waves (TRWs) because they obey the di

268 We propose that a topographic scaffolding is present at birth that both di

269 Topographic sensory maps are a prominent feature of the

270 Additionally, we could demonstrate topographic separate populations of habenula neurons pro

271 Thus, the best-preserved topographic signature of earthquakes is expected to occu

272 ive out of 651 patients (0.77%) demonstrated topographic signs of KC.

273 hniques and a comprehensive set of climatic, topographic, soil, and remote sensing data to develop mo

274 RNA-binding protein Hermes in regulating the topographic sorting of retinal ganglion cell (RGC) axons

275 In humans, topographic spatial learning relies upon the parahippoca

276 Regarding miRNA signatures, a topographic specificity differed for the brain vs the sp

277 , this variation is likely driven locally by topographic steering.

278 Topographic steric maps derived from crystallographic da

279 ologous circuit in other insects has similar topographic structure but with significant structural an

280 SBcl2) migrating on fibronectin (FN) coated topographic substrates (anisotropic post-density arrays)

281 e both reversible and pluripotent wetting on topographic surfaces.

282 distinct new areas of retinopathy (shown by topographic thickness maps) rather than long-term progre

283 ntary motor area) in an extensive network of topographic timing maps, mirroring sensory cortices and

284 t ANPP via multiple mechanisms and vary over topographic to geographic gradients, but have received l

285 We identified, using fMRI, topographic tonotopy-based functional connectivity (FC)

286 lings are dispersed sources of magmatism and topographic uplift that were active on the rifted margin

287 Although the intermediate- and long-range topographic variation of the 660-kilometer boundary betw

288 suppressed compared to that predicted by the topographic variation.

289 However, it is now clear that retinal topographic variations exist across mammalian species in

290 single neuronal subtype may exhibit distinct topographic variations in distribution, morphology, and

291 briefly review some of the more established topographic variations in retinas of different mammalian

292 These topographic variations in the encoding of visual space s

293 ass of nonimage-forming RGCs each had marked topographic variations in their dendritic arbor sizes.

294 Topographic variations of ganglion cell density reveal a

295 lies that the penitentes formed from initial topographic variations of no more than a few tens of met

296 A retina completely devoid of topographic variations would be homogenous, encoding any

297 aled unexpected anatomical and physiological topographic variations.

298 The topographic vascular territory atlas, revised for CT, wi

299 cross-linking, and we considered additional topographic, visual, and safety outcomes.

300 d recovery and resilience, in sites with low topographic wetness index.