ライフサイエンスコーパス: eccentricity

1 increasing in a scale invariant fashion with eccentricity.

2 0 localizations, and can exhibit substantial eccentricity.

3 uli, is orderly and correlates strongly with eccentricity.

4 ed at 0+/-15 degrees horizontal and vertical eccentricity.

5 eidelberg Engineering) (HRA) at 0.98 degrees eccentricity.

6 ty, and their arbor sizes change little with eccentricity.

7 l upper disparity limit at the corresponding eccentricity.

8 l region and their proportion increased with eccentricity.

9 presented in near periphery at 4 degrees of eccentricity.

10 e two bipolar cell types did not change with eccentricity.

11 lake level are observed during times of high eccentricity.

12 Cones were cumulated over increasing eccentricity.

13 or conventional drusen with the same retinal eccentricity.

14 uperior and temporal meridians to 10 degrees eccentricity.

15 to-one connections to 1.05-mm (3.6 degrees ) eccentricity.

16 re is driven by biases depending on stimulus eccentricity.

17 in areas and a modest underestimation of eye eccentricity.

18 f non-color opponent receptive fields at any eccentricity.

19 O and high Conscientiousness (C) was labeled Eccentricity.

20 iagonal visual field locations at 10 degrees eccentricity.

21 ons of higher curvature with increasing cell eccentricity.

22 visual functions progressively decline with eccentricity.

23 20/40, with scotomas beginning at 3 degrees eccentricity.

24 improved motion sensitivity with increasing eccentricity.

25 m [Formula: see text] to [Formula: see text] eccentricity.

26 thickness decreased with increasing retinal eccentricity.

27 r subjects group, and decreased with retinal eccentricity.

28 ow comparable relative loss beyond 3 degrees eccentricity.

29 illary diameter and depth range with retinal eccentricity.

30 averaged in receptive fields that grow with eccentricity.

31 nificantly decreased with age (p < 0.01) and eccentricity.

32 ness was normal centrally but decreased with eccentricity.

33 r packing density between age, meridian, and eccentricity.

34 he fovea of between 5 degrees and 15 degrees eccentricity.

35 ng the horizontal axis with up to 12 degrees eccentricity.

36 th coronary artery wall thickness and plaque eccentricity.

37 ependence of heading thresholds on reference eccentricity.

38 g to visual field test loci up to 21 degrees eccentricity.

39 osity, the black hole's spin and the orbital eccentricity.

40 the foveal center to 56 microm at 21 degrees eccentricity.

41 sentation than a retinal region with matched eccentricity.

42 ness and modulus, and scleral canal size and eccentricity.

43 itude of this component increased with probe eccentricity.

44 cted by GA declined as a function of retinal eccentricity.

45 sizes and sampling density that change with eccentricity.

46 are present to at least 10-mm (35 degrees ) eccentricity.

47 s with a scaling of about half their retinal eccentricity.

48 ss than the normal mean at 5 degrees retinal eccentricity.

49 an orbital period of ~83 days and near-zero eccentricity.

50 pronounced as that of doubling the stimulus eccentricity.

51 tending out to at least 6 degrees of retinal eccentricity.

52 ulate sensory uncertainty by varying retinal eccentricity.

53 drops to below ~10 cells/mm(2) at about 8 mm eccentricity.

54 ns within the central 0 degrees to 5 degrees eccentricity.

55 conveyed by direction and distinctiveness by eccentricity.

56 w approximately 10 cells/mm(2) at about 8 mm eccentricity.

57 mosaic remained intact at all other observed eccentricities.

58 .23+/-0.14) and decreased at more peripheral eccentricities.

59 heckerboard annuli at different visual field eccentricities.

60 ng predictions of retinal codes at different eccentricities.

61 d field location that matched the blindfield eccentricities.

62 mited by cortical mechanisms, at two retinal eccentricities.

63 spin periods, short orbital periods and low eccentricities.

64 ic spin periods, orbital periods and orbital eccentricities.

65 s and cone densities at 0.2, 0.3, and 0.5 mm eccentricities.

66 ng bias toward representations of peripheral eccentricities.

67 at the 15 degrees and 30 degrees nasal field eccentricities.

68 mm Hg (P < 0.001), but unchanged for larger eccentricities.

69 cells outnumber M-type bipolar cells at all eccentricities.

70 rphologies were characteristic of peripheral eccentricities.

71 d on the distribution of post-disintegration eccentricities.

72 ifferent from other retinal loci at the same eccentricity?

73 te-shaped micelles with a core of 20 A, core eccentricity 0.7, and shell thickness of 5.45 A, with an

74 the capillaries increases monotonically with eccentricity (0 degrees -1.25 degrees ) and is larger an

75 +1102 is a double system in a five-hour, low-eccentricity (0.09) orbit, with an orbital separation of

76 , MDCT was repeated after TAVR to assess THV eccentricity (1 - short diameter/long diameter) and expa

77 These shifts are identified as long-eccentricity (~405-ky) orbital cycles.

78 78 years old, ~ 20 individuals/decade) at 15 eccentricities across the macula (0, 230 um, 460 um, 690

79 For greater eccentricities, all temporal and nasal mean MPLDs increa

80 inferior versus superior retina at matching eccentricities and a significant difference in age-relat

81 systems to explain the excitation of orbital eccentricities and even short-period giant planets.

82 of rates of decay with time to worsening and eccentricity and agreement of global and pointwise trend

83 to estimate the energetic effects of nonzero eccentricity and assess their thermodynamic stability.

84 en that they both depend strongly on retinal eccentricity and both are similarly affected in amblyopi

85 separation, near-equal component size, high eccentricity and comet-like activity.

86 und no difference in the association between eccentricity and cone density in the superior/nasal (P =

87 nstrating how visual crowding increases with eccentricity and extending this finding by showing that

88 red during orbits with a combination of high eccentricity and high obliquity.

89 Kozai-Lidov oscillations of orbital eccentricity and inclination induced by a binary compani

90 Both eccentricity and misalignment, surprising around a cool

91 we demonstrate a strong correlation between eccentricity and ocular dominance stripe width.

92 We found that some of these factors (eccentricity and presentation rate) mattered a great dea

93 modynamic outcomes associated with valve-jet eccentricity and strong secondary flow characterized by

94 s technique, we show that the AF scales with eccentricity and varies across visual areas.

95 oss-category performance associations across eccentricities, and (iv) no hemifield biases.

96 hich saccades were made to one of two target eccentricities, and adaptation trials, in which the targ

97 brain are tuned to specific disparities and eccentricities, and thus locations in 3D-space.

98 onfiguration occurs at minimum tilt, maximum eccentricity, and a perihelion passage during Northern h

99 Age, hypertension, lesion length, lesion eccentricity, and aortic arch type III were significantl

100 all shear stress distribution, systolic flow eccentricity, and expression of BAV aortopathy.

101 y low-level properties such as end-stopping, eccentricity, and the shape of the preferred images.

102 metry of the pillar lattice, exhibit tunable eccentricity, and together develop a nontrivial yet orga

103 of area V4 neurons (centered 1-12 degrees in eccentricity) are based on a circularly symmetric sampli

104 Multivariable analysis identified cone eccentricity as a major factor for predicting K(max) out

105 ference, was more strongly related to plaque eccentricity as a measure of coronary atherosclerotic pl

106 y large receptive fields that increased with eccentricity, as well as minimal presaccadic activity.

107 disputed, as its significance depends on the eccentricity assumed for d.

108 This eccentricity-based correlation pattern appears to be par

109 We use SPOCK to constrain the free eccentricities between the inner and outer pairs of plan

110 olution of MPOD measured by HRA 0.98 degrees eccentricity between 6 months and baseline was 0.036 (95

111 r, these findings reveal domain-specific and eccentricity-biased connectivity in the earliest days of

112 and dorsal streams, including characteristic eccentricity biases in face- and house-selective areas.

113 reasing axial length was observed at 0.30 mm eccentricity but not closer.

114 acks originated centrally (within 10 degrees eccentricity), but there were also other distinct sites

115 h/mm(2) at the representation of ~60 degrees eccentricity, but seemed to increase again at the repres

116 of the three main retinotopic mapping axes: eccentricity (centre-periphery), laterality (left-right)

117 representations in the visual cortex-retinal eccentricity-combined with consistent viewing behaviour

118 ees , 0.5 degrees , and 1 degrees of retinal eccentricity compared with those without foveal GCC invo

119 We measured both the polar angle and eccentricity components, receptive field size and hemody

120 refractive profile across all meridians and eccentricities, confirming a spherical retinal shape for

121 ity analysis provides significantly stronger eccentricity constraints than currently achievable throu

122 oenvironmental changes are linked to a great eccentricity cycle consistent with astronomical solution

123 es coincidence with a minimum of the 2.4 Myr eccentricity cycle, during which obliquity prevails over

124 a mild non-glacial state over the next half eccentricity cycle.

125 tely equivalent to the duration of one short eccentricity cycle.

126 from northern Africa exhibit a 100,000-year (eccentricity) cycle overprinted on a pronounced 20,000-y

127 This analysis reveals that 2.4-Myr eccentricity cycles modulate the delta(13)C-delta(18)O p

128 Africa), which displays strong 100,000-year (eccentricity) cycles of temperature and rainfall followi

129 a increased from 2 to 5 years, whereas lumen eccentricity decreased over time.

130 No eccentricity dependent magnification beyond that observe

131 encoding different scale channels as well as eccentricity-dependent representations captured by neuro

132 quivalent linear rates of GCL decline showed eccentricity-dependent variation (0.13 mum/yr centrally

133 However, biases also increased with eccentricity, despite no corresponding increase in uncer

134 s from the 4th decade of life with potential eccentricity differences in the inferior and superior re

135 Openness, and the existence of a distinctive Eccentricity dimension, are consistent with known charac

136 netic resonance imaging, particularly in the eccentricity dimension.

137 t a hydroclimate transition at ~33.7 Ma from eccentricity dominated cycles to oscillations paced by a

138 ce (via inverted vs. upright within-category eccentricity-driven reductions), (iii) within-category b

139 kemon, but also that the experienced retinal eccentricity during childhood can predict the locus of P

140 A brief excursion to very high eccentricity during the chaotic evolution of the inner o

141 th factor receptor pathways, increasing cell eccentricity elevates the levels of activated cytoplasmi

142 Spatial scale increased with eccentricity except for horizontal nasal displacements b

143 magnification factor (M(A) ) decreases with eccentricity following a function that has the same slop

144 eccentricity for 6.0 and 8.0 mm diameter was -1.22 +/- 0

145 differences were essentially independent of eccentricity for both SAP size III and SAP size V.

146 de annular segments were drawn at increasing eccentricities from the FAZ margin.

147 fovea and decreased with increasing retinal eccentricity from 0.18 to 3.5 mm ( approximately 0.6-12

148 photoreceptor layer at different degrees of eccentricity from the fovea were compared between the 2

149 ability was not related to mean sensitivity, eccentricity from the fovea, age, fixation location, or

150 decreased slightly with increasing cortical eccentricity, from around 1.0 patch/mm(2) in the foveal

151 At 1 mm eccentricity, GCL, INL, and OPLHenle represented 17.3% t

152 This region formed a simple eccentricity gradient from ~<5 degrees in the annectant

153 Cell eccentricity had the greatest effect when the nucleus wa

154 by the presence or absence of makeup), image eccentricity, image size, face inversion, and presentati

155 ons ranging from the fovea to far peripheral eccentricities in both the upper and lower visual fields

156 stimuli (0.01-2.07 deg(2)) presented at 10o eccentricity in 24 myopic subjects and 20 age-similar no

157 We used fMRI to measure polar angle and eccentricity in 25 participants and combined their maps

158 ddition, off-axis astigmatism increased with eccentricity in all meridians.

159 aller volume of V1-V3, (2) lower average pRF eccentricity in early visual areas, and (3) sparser pRF

160 Differences in femoral midshaft eccentricity in hadrosaurs and ceratopsids may indicate

161 onship between averaged pRF size and retinal eccentricity in retinotopic visual areas.

162 s moving toward frontal space increased with eccentricity in spatial tuning.

163 ontrast detection were measured at 9 degrees eccentricity in superior and inferior visual field from

164 yo, Japan) at the fovea and up to 30 degrees eccentricity in the horizontal, vertical, and two obliqu

165 ocations ranged from 2 degrees to 10 degrees eccentricity in the lower visual field representation of

166 rcumference correlated with degree of plaque eccentricity in the univariate model (P < .05) but not a

167 e, receptive field (RF) end-stopping, and RF eccentricity in the ventral stream.

168 ng density decreasing faster with increasing eccentricity in the vertical dimensions than in the hori

169 t areas in resting terminals correlated with eccentricity in vesicle shape caused by force toward the

170 openness and agreeableness declined, whereas eccentricity increased, during adulthood.

171 F measurements, at approximately 7-9 degrees eccentricity, increased qAF without flecks or with only

172 r of fixation and fall off rapidly as visual eccentricity increases.

173 mural pressure, and greater left ventricular eccentricity index (1.10+/-0.19 versus 0.99+/-0.06 and 0

174 MR left ventricular eccentricity index (EI), main pulmonary artery-to-aorta

175 y hypertension (PH), can be quantified using eccentricity index (EI).

176 eased mean PAP (r = 0.5, P = .03) and septal eccentricity index (r = 0.5, P = .01).

177 y systolic pressure (r=-0.39, P<0.01) and LV eccentricity index (r=-0.3, P<0.01).

178 sure (r=0.56, P<0.01; r=0.32, P<0.01) and LV eccentricity index (r=0.57, P<0.01; r=0.57, P<0.01).

179 ea ratio and a 30% increase in end-diastolic eccentricity index when compared with conventional mecha

180 th pulmonary artery systolic pressure and LV eccentricity index, after adjustment of CS for LV eccent

181 tricity index, after adjustment of CS for LV eccentricity index, differences between groups persisted

182 e relative constancy of patch metrics across eccentricities is in stark contrast with the exponential

183 of Delta protein instructs by the progenitor eccentricity is an origin of the bias.

184 erformance depends on polar angle, even when eccentricity is held constant; on many psychophysical ta

185 Dynamical models show that the high eccentricity is most likely due to planet-planet interac

186 Furthermore, we show that this dependence on eccentricity is normally counterbalanced by the occurren

187 e field size and spacing that increases with eccentricity is used to visualize the neural image carri

188 re a representation of foveal space with iso-eccentricity lines extending across areal borders.

189 rt the idea that IT is organized by a coarse eccentricity map, and show that disparity likely contrib

190 common foveal representation and a circular eccentricity map.

191 IT also contained multiple coarse eccentricity maps: face patches overlapped central repre

192 nset occurred near a 405-thousand-year (kyr) eccentricity maximum, suggesting an orbital trigger.

193 This eccentricity may diminish the effect of tendon repositio

194 peaked centrally at 0.25 degrees of retinal eccentricity (mean +/- standard deviation, 0.23+/-0.14)

195 102.7 +/- 5.3% vs. 106.1 +/- 5.6%, p = 0.03; eccentricity: median: 1.7% [interquartile range: 1.4% to

196 nges in insolation over Antarctica, paced by eccentricity-modulated orbital precession(6) between 3.3

197 delta(13)Ccarb documents eccentricity modulation of carbon cycling through the pe

198 trical, indicating a more direct response to eccentricity modulation of precession than their Early M

199 lume in response to the approximately 110-ky eccentricity modulation of precession.

200 A shift in phasing between short and long eccentricity modulation, and amplification of obliquity,

201 Eccentricity, obliquity, and precession are cyclic param

202 es to oscillations paced by a combination of eccentricity, obliquity, and precession, and confirm tha

203 ower in myopic versus non-myopic children at eccentricities of 0.2 mm (mean +/- SD = 50,022 +/- 5,878

204 py performed along the pupillary axis and at eccentricities of 15 degrees, 30 degrees, and 45 degrees

205 py performed along the pupillary axis and at eccentricities of 15 degrees, 30 degrees, and 45 degrees

206 Eight corresponding regions at foveal eccentricities of 2.5 degrees (ecc 2.5 degrees ) and 6.5

207 Eight corresponding regions at foveal eccentricities of 2.5 degrees (ecc 2.5) and 6.5 degrees

208 s intervals along the horizontal meridian to eccentricities of 45 degrees .

209 anglion cells, by an in vivo preparation, at eccentricities of 5 degrees to 15 degrees .

210 characterized by large axial tilt and small eccentricities of Earth's elliptical orbit, whereas the

211 rbation model are observed as are persistent eccentricities of the neck, which are related to the com

212 ence, we place an upper limit on the orbital eccentricity of 0.29.

213 et size for phagocytosis: Ellipsoids with an eccentricity of 0.954 and much smaller surface areas tha

214 rom the disc margin to 113 +/- 7.2 mum at an eccentricity of 600 mum (P < 0.05).

215 ircularly arranged segments positioned at an eccentricity of approximately 7 degrees to 9 degrees in

216 ric data regarding position, orientation and eccentricity of chondrocytes, and ciliary localization o

217 is suggests that the typical organization by eccentricity of early visual cortex develops for auditor

218 ous than previously documented, paced by the eccentricity of Earth's orbit and have shorter durations

219 to a lesser extent, possibly because of the eccentricity of fixation.

220 etter position encoding as a function of the eccentricity of letters (crowding); this factor may acco

221 hape manipulation demonstrates that cellular eccentricity of progenitor cell indeed biases stochastic

222 overshooting the radial distance and angular eccentricity of targets.

223 -mass binary P(2) = 33.9214 +/- 0.0013 days; eccentricity of that orbit e(2) = 0.3043 +/- 0.0024).

224 ocene CO2 concentrations and the low orbital eccentricity of the Earth.

225 The eccentricity of the inner edge of the AF ring correspond

226 the presumptive fovea at Fwk 8, reached the eccentricity of the optic nerve by Fwk 12, and was prese

227 nt in the Fwk 11 fovea and did not reach the eccentricity of the optic nerve until midgestation.

228 a lower scaling of critical spacing with the eccentricity of the peripheral locus and a loss in the s

229 heading sensitivity declines with increasing eccentricity of the reference direction.

230 ptor packing densities beyond 0.5 mm retinal eccentricity on average.

231 l and nucleus radii, and the effects of cell eccentricity on S values were evaluated.

232 s directionally dependent and increased with eccentricity on the side of the fovea opposite the entry

233 ifference in age-related decline of CVI with eccentricity only occurred in inferior locations.

234 urround suppression, independent of stimulus eccentricity or contrast.

235 the annular area was not associated with THV eccentricity or underexpansion (oversized vs. undersized

236 ave surprisingly small semimajor axes, large eccentricities, or severe misalignments between their or

237 ser event is paced by obliquity, under a low-eccentricity orbit.

238 nsitivity of the marine carbon cycle to long-eccentricity orbital forcing.

239 pattern reflected the underlying widespread eccentricity organization of visual cortex, in which the

240 nt tertiary companion induce large-amplitude eccentricity oscillations in the binary, followed by orb

241 erences for all five maps in more peripheral eccentricities outside of rod scotoma influence in coher

242 rrelated significantly with degree of plaque eccentricity (P < .05) in both men and women.

243 Hg (P < 0.0001), and a significant effect of eccentricity (P < 0.0001) whereby the retina was 4.8% +/

244 ted with vortical flow formation (P=0.0274), eccentricity (P=0.0070), and flow displacement (P=0.0021

245 to most other Antarctic archives that favour eccentricity-paced forcing over the same time period.

246 The underestimation of eye eccentricity predicted a pattern of mislocalization that

247 a function of age yielded a good fit for all eccentricities (r(2) = 0.55-0.80) and suggested a decrea

248 tion signals across a narrow range of foveal eccentricities rather than uniformly over the whole visu

249 er women, physical activity had no effect on eccentricity ratio (0.9+/-0.2 versus 0.8+/-0.1 g/mL; P=0

250 The coronary artery eccentricity (ratio of maximal to minimal coronary arter

251 The eccentricity-related accuracy reductions were evident fo

252 es an opposite effect was found, (ii) higher eccentricity-related sensitivity for face performance th

253 Across all ring eccentricities, relative mfERG amplitude and relative vi

254 ationship between pericardial fat and plaque eccentricity remained significant in men (P < .01) but n

255 four eyes, whereas the cones within 0.03 mm eccentricity remained unresolved in most eyes.

256 Given the shared eccentricity representation and similarity in cortical c

257 tside of rod scotoma influence in coherence, eccentricity representation, or pRF size.

258 ns were observed for cortical sites with iso-eccentricity representations including regions with non-

259 density were subtle across different visual eccentricity representations.

260 cant variation in the mean patch size across eccentricity representations.

261 3.4 degrees , 5.6 degrees , and 6.8 degrees eccentricities, respectively (P < .05).

262 were thickest at 0.8. to 1, 1.5, and 0.4 mm eccentricity, respectively.

263 t binary, or may develop erratic behavior in eccentricity, resulting in their consumption by the star

264 cal electroretinogram) were decreased in all eccentricity rings in both clinical groups, when compare

265 , filled area, convex area, convex solidity, eccentricity, roundness, foveal involvement, perimeter,

266 ve cones in the human parafovea (1.5 degrees eccentricity) shapes perceptual sensitivity.

267 xperimentally validated by changing cellular eccentricity, showing that shape is a locus of retrievab

268 Total volume of MPOD within 9 degrees eccentricity significantly increased by week 8 and conti

269 Locally, attention increases eccentricity, size, and gain of individual pRFs, thereby

270 organelle DNAs have even developed elaborate eccentricities, such as scrambled coding regions, nonsta

271 ch cortical processing is known to vary with eccentricity, such as contrast, color, spatial frequency

272 ce perception ability will decline more with eccentricity than place perception ability.

273 over representations of both polar angle and eccentricity that are organized into clusters, similar t

274 per-thermal distributions of survivor binary eccentricity that we predict have notable applications t

275 In addition to the degree of alignment (via eccentricity), the percentage occurrence of fiber angles

276 d approximately 40 cells/mm(2) at about 2 mm eccentricity, the density drops to below approximately 1

277 etween ~20 and ~40 cells/mm(2) at about 2 mm eccentricity, the density drops to below ~10 cells/mm(2)

278 more, we show that for a target at any given eccentricity, the probability of eliciting a saccade dep

279 then orient to stimuli introduced at various eccentricities throughout the visual field.

280 determine their phase-difference on ~100-kyr eccentricity timescales.

281 om a peak of about 400 cells/mm(2) near 1 mm eccentricity to less than 100 cells/mm(2) in peripheral

282 ped onto visual cortex it was independent of eccentricity, underwent local sensory adaptation and sho

283 qAF increased with increasing eccentricity up to 10 degrees to 15 degrees from the fov

284 nal layer thickness was measured at critical eccentricities using the position of the signal peaks an

285 as the V1/V2 border remained stable, and pRF eccentricity versus cortical-distance plots were similar

286 r to learning, visual performance at the two eccentricities was either unmatched or equated in two di

287 n dendritic field size and cell density with eccentricity was confirmed, and dendritic spines, a new

288 egrees , 0.5 degrees , and 1 degrees retinal eccentricity was measured using a customized heterochrom

289 Annular eccentricity was not associated with PAR (AUC: 0.58, 95%

290 ape of V1, the relationship between M(A) and eccentricity was preserved across cases.

291 ease in the retinotopic gradient with visual eccentricity, we demonstrate a strong correlation betwee

292 ar (cones/deg(2)) cone densities at specific eccentricities were calculated from these maps.

293 elical and vortical flow formations and flow eccentricity were assessed in the ascending aorta.

294 rked helical and vortical flow formation and eccentricity were more prevalent in patients with AS tha

295 light at 0.5 mm ( approximately 2 degrees ) eccentricity, which is adjacent to the macular pigment p

296 s by using alternate retinal loci at further eccentricities whose separation is below the upper dispa

297 o cone imaging at 4 locations of 8.8 degrees eccentricity with a modified Heidelberg Retina Angiograp

298 Our results confirm the role of cone eccentricity with respect to the improvement of corneal

299 , and this difference decreased rapidly with eccentricity, with the two groups having similar cone ph

300 discrimination of fine patterns at different eccentricities within the foveola.