ライフサイエンスコーパス: object

1 ards two potential targets while grasping an object.

2 waves are scattered by an electrically small object.

3 then abruptly replacing it with a different object.

4 ore adaptive, reflecting what we do with the object.

5 ing to prevent shrinkage and cracking of the object.

6 rms a model that predicts the physics of the object.

7 not depend on the brightness of the lensing object.

8 apping or increasing the speed of the moving object.

9 congruent with that afforded by a presented object.

10 ore efficient and versatile production of 3D objects.

11 full-field 3D shape of complicated specular objects.

12 llustrations that anthropomorphize inanimate objects.

13 ll objects, and can also cover nonreciprocal objects.

14 ble in datasets containing 10(8)+ histologic objects.

15 extending across the surface of the measured objects.

16 that groups different features together into objects.

17 se stereopsis for estimating the distance of objects.

18 tually dependent organization of actions and objects.

19 to use color terms when describing familiar objects.

20 dict the radar characteristics of such large objects.

21 the three-dimensional (3D) shape of specular objects.

22 niformity, or the presence of large or small objects.

23 utomation tasks involving delicate irregular objects.

24 emanding task whilst viewing task-irrelevant objects.

25 hen attention is directed toward one or more objects.

26 3 s video clips of moving faces, bodies, and objects.

27 most excited by clutter rather than isolated objects.

28 l discrimination task for scenes, faces, and objects.

29 ly levitate a wide range of liquid and solid objects.

30 ss production of small and intermediate size objects.

31 parallel learning of values for features and objects.

32 hile simulating large systems of over 20,000 objects.

33 how does the brain represent the color of an object?

34 predicted number density of icy interstellar objects (2.4 x 10(-4) per cubic astronomical unit) sugge

35 s in numerous areas, but the construction of objects, 2D and 3D crystalline lattices and devices is p

36 In contrast, the sensitivity to object 3D structure remains stable even through late adu

37 ptually organized collection of surfaces and objects, a process we refer to as perceptual integration

38 ivestock can be transmitted through fomites: objects able to convey infectious agents.

39 Here we examine how attention to multiple objects affects their neural representation.

40 energy input into mechanical work by lifting objects against gravity.

41 ltiple objects facilitates an integration of objects akin to perceptual grouping.SIGNIFICANCE STATEME

42 When the moving object alone is experienced, the cell is weakly driven.

43 hold an object in our hand, the mass of the object alters the physics of our arm, changing the relat

44 Coherent movement of multiple objects (an artificial recreation of 'optic flow' that w

45 al femtosecond crystallography of biological objects-an application of X-ray free-electron lasers tha

46 on about the shape, size, and texture of the object and its motion across the skin.

47 ffle acoustics; they selected the best sized object and modified it appropriately to make a near opti

48 the region of the geometrical shadow of the object and reveal detailed information on the pure quant

49 -social and social memory in mice, using the object and social discrimination tests, respectively.

50 PRC and LEC also combine object and spatial information.

51 learning of object manipulation between the object and the body.

52 han the thermal motion of a room-temperature object and thus difficult to observe.

53 ed to any other research on ancient precious objects and cultural heritage, since it does not require

54 alidate a Bayes classifier used for decoding objects and grip types.

55 is seen in the diffraction patterns of these objects and has been suggested as a way of phasing the d

56 n accretion onto white dwarfs, young stellar objects and neutron stars, for which similar magneticall

57 que for investigating the inner structure of objects and organisms.

58 ion are in the context of categories such as objects and phonemes, thereby requiring a solution to th

59 mages curated by human observers for salient objects and show that objects tend to have warm rather t

60 -state responses corresponding to individual objects and to their interaction using a frequency-taggi

61 itive use of objects or interest in parts of objects' and rs2898883 (P<6.8 x 10(-9)), which resides w

62 nteractions between a living cell and a nano-object, and in particular the effect on this of the adso

63 t activity is modulated by the height of the object, and the rate of single spikes is unaffected.

64 diffraction, and so are valid also for small objects, and can also cover nonreciprocal objects.

65 les higher-throughput microassembly of micro-objects, and cooperative manipulation using multiple mic

66 cuitry is potentiated by engaging stationary objects, and interacts with pursuit outside of conscious

67 ope tip (diameter 20 nm) - simulating a nano-object - approaches and contacts a cell.

68 sual animals must decide whether approaching objects are a threat.

69 ack of a human hand when touching or holding objects are demonstrated.

70 Clusters of hyperreflective objects are highly specific of AK.

71 shape percept.SIGNIFICANCE STATEMENT Visual objects are recognized through spatial integration of fe

72 ely based on the assumption that the labeled objects are stochastically displaced due to Brownian mot

73 laws, valid for reciprocal and nonreciprocal objects, are quite different from previous relations.

74 all tasks, in which subjects had to memorize object arrays composed of simple visual features (color,

75 n leads to the misidentification of harmless objects as weapons held by a Black individual.

76 visual image motion to judge the movement of objects, as well as our own movements through the enviro

77 Objects associated with reward draw attention and are we

78 Objects associated with reward draw attention and evoke

79 ng the earliest stage of learning pseudoword-object associations.

80 port observations of a far-infrared-luminous object at redshift 6.900 (less than 800 million years af

81 rstand how the brain represents ensembles of objects at many levels of perceptual analysis.

82 he idea that OFC specializes in stimulus- or object-based choices in contrast to action- or response-

83 We used object-based image analysis (OBIA) method to estimate th

84 n of free-floating planets down to Mars-mass objects, because the microlensing signal does not depend

85 ined information about the orientation of an object being held in memory, consistent with a memory st

86 al lobe, mapped onto a fine-grain pattern of object, body, and face selectivity.

87 g it into independent parts or presenting an object but then abruptly replacing it with a different o

88 this mapping by either presenting a coherent object but then breaking it into independent parts or pr

89 unit that represents not only an individual object, but also a bundle of objects that are grouped ba

90 ember not only that we saw a red and a round object, but that these features belong together to a sin

91 to R, supports representation of ontological objects by native R types, and provides a parsimonius se

92 s three-dimensional (3D) printing, create 3D objects by the successive adding of a material or materi

93 To date high-density objects can only be acoustically levitated in simple sta

94 ssembly of micro-compartmentalized colloidal objects capable of controlled interactions offers a step

95 Sexual displays enriched by object carrying serve to increase individual male fitnes

96 improves memory for the shared structure of object categories, while simultaneously preserving objec

97 greater in dorsal than ventral regions, with object category and task relevance both contributing sig

98 We found that object category representations in all the regions exami

99 ed object detectors identifying 20 different objects classes in scenes from a standard computer visio

100 orption electrospray ionization with plastic objects coated by 2,5-dimethoxybenzoic acid.

101 In striking contrast, spatial and object coding remained intact.

102 was boosted when naming artificially colored objects compared with natural objects, suggesting that i

103 Quark nuggets are theoretical objects composed of approximately equal numbers of up, d

104 ss in the chemical construction of colloidal objects comprising integrated biomimetic functions is pa

105 "V4" input) allowed for comparable levels of object-decoding performance and that removing a large fr

106 ith varying resolution, uses retino-specific object detection classifiers to guide eye movements, ali

107 We found the object detection threshold for this species to be 0.13 d

108 paired face detection while sparing body and object detection.

109 We compared the foveated object detector against a non-foveated version of the sa

110 We develop a foveated object detector that processes the entire scene with var

111 r against a non-foveated version of the same object detector which processes the entire image at homo

112 we first focus on visual search and combine object detectors from computer vision with a recent mode

113 he accuracy of the foveated and non-foveated object detectors identifying 20 different objects classe

114 icipants (13 females) whether the visuomotor object-directed action representation system that includ

115 ts of both sexes encoded and retrieved novel objects during periods of safety and threat of unpredict

116 also revealed some limitations especially on object edges and steep slopes.

117 which are intrinsically two dimensional nano-objects exhibiting nontrivial electronic and magnetic be

118 re also activated and reactivated for haptic object exploration and haptically guided grasping.

119 tivity, which we found to be associated with object exploration, returned to baseline by 1 h in the s

120 Attention to multiple objects facilitates an integration of objects akin to pe

121 ntrast, saccades do change for tasks such as object following and to a lesser extent during search.

122 constitutively encodes observed manipulable objects for the actions they afford is still debated.

123 mented to reconstruct the 3D structure of an object from a number of 2D projections.

124 rea may assist with detection of approaching objects from behind, potentially representing an adaptat

125 iscriminate highly similar scenes, faces, or objects from multiple viewpoints, and has revealed selec

126 The ability to estimate the distance of objects from one's self and from each other is fundament

127 bility of mice to discriminate large, global objects from small, disjointed stimuli.

128 may facilitate the detection of approaching objects from the front and behind while grazing with the

129 sion being to segregate contours that define objects from those that form textured surfaces.

130 uniquely established for any linear optical object, give orthogonal input beams that are coupled one

131 Light-curve observations indicate that the object has an extremely oblong shape, with a length abou

132 nal study of the microscale soft noble metal objects has been hindered by sample preparation.

133 wledge about the causal relationship between objects has been studied extensively in human infants, a

134 These objects have a unique basket shape; they possess a cavit

135 As a result, very few such objects have been detected so far.

136 es in the receiver's subjective valuation of objects, ideas, and behaviors.

137 t representations that are both specific for object identity and robust against identity-preserving t

138 ong-standing problem of keeping tissue-scale objects immobilized while performing AFM.

139 prioritizes the processing of any beneficial object, importantly including stimuli that are associate

140 ons, and (iv) the possibility to include any object in either a water or oil-based liquid core, which

141 When we hold an object in our hand, the mass of the object alters the ph

142 h object, regardless of the position of that object in relation to the individual).

143 etween each VWM representation and an actual object in the environment.

144 tracking of rapidly moving, sub-diffraction objects in a crowded, noisy environment.

145 l grouping.SIGNIFICANCE STATEMENT Individual objects in a visual scene are seen as distinct entities

146 antities in their environment and manipulate objects in daily activities.

147 orithms are surprisingly good at recognizing objects in images.

148 to a single object rather than to different objects in our environment?

149 The use of objects in sexual displays by non-human mammals is rare

150 nts because they no longer correspond to the objects in the environment.

151 mapping between the representations and the objects in the environment.

152 how generalist pollinators recognize "flower objects" in vastly different ecologies and environments.

153 tion involves the interaction with inanimate objects) in proximity to tools/artifacts in ventral LOTC

154 ural response to faces (but not to bodies or objects) in the rpSTS, right anterior STS (raSTS), and r

155 emissivities and the absorptivities for any object, including nonreciprocal ones.

156 ffect perception of face-compatible non-face objects, including objects normally represented in other

157 tical activity changed in the presence of an object independently of the kinematics that were being g

158 t al. hypothesize that the absence of visual object individuation limits infants' numerical skills an

159 e of hippocampal phase precession to include object information relevant to memory and behavior.

160 n laterally to primary visual cortex, encode object information.

161 d MEG studies to reveal supra-additive scene-object interactions.

162 The radar cross section of an object is an important electromagnetic property that is

163 the ventral pathway that processes "what" an object is and the dorsal pathway that processes "where"

164 Moreover, if the object is grasped in the dark after a delay, these areas

165 ion process, each sectional image of the 3-D object is recovered by convolving its encrypted hologram

166 ic measurements show that the surface of the object is spectrally red, consistent with comets or orga

167 When an object is stationary, we view it with fixational eye mov

168 If the object is unfamiliar to us, our first movement will exhi

169 o the demand of the task, reflecting what an object is, dorsal representations are more adaptive, ref

170 hway are more invariant and reflect "what an object is," those in the dorsal pathway are more adaptiv

171 eself as separate from other individuals and objects is difficult to investigate in non-human animals

172 Detection of nanoscale objects is highly desirable in various fields such as ea

173 ive challenge; i.e., introduction of a novel object, is used to cause reproducible behavioural change

174 mework for studying language development and object knowledge in constrained laboratory settings, but

175 sly to the category-specific organization of object knowledge.

176 al infants were more accurate at recognizing objects labeled in same-language sentences ("Find the do

177 t to have evolutionary origins, highlighting objects likely to provide benefit in the future.

178 A similar pattern was observed with object location and recognition, suggesting that this re

179 Specific behavioural tests (object location and Y-maze continuous alternation tasks)

180 uring tactile sensation and the delay epoch, object location was represented in motor cortex areas th

181 t maximized variance across either different object locations or grip types.

182 t experienced string as a support to hold up objects looked more at impossible images with string han

183 stem thus seems to partition the learning of object manipulation between the object and the body.

184 n primates performing three different tasks (Object-Match, Category-Match, and Category-Saccade assoc

185 Generally, image motion components caused by object motion and self-motion are confounded in the reti

186 stibular signals play a role in dissociating object motion and self-motion, and recent computational

187 enhance the separability of joint tuning for object motion and self-motion.

188 s may be exploited to decode self-motion and object motion from the population activity of neurons in

189 eferences, whereas they stabilize tuning for object motion in neurons with discrepant preferences.

190 The dendrites of neighboring LC11s encode object motion retinotopically, but the axon terminals fu

191 he dense VG3-AC plexus to contribute precise object motion signals to diverse targets without distort

192 All VG3-AC neurites responded strongly to object motion, but remained silent during global image m

193 is problem in the context of self-motion and object motion, which are inherently confounded in the re

194 r signals help to dissociate self-motion and object motion.

195 arge datasets of faces, hand-written digits, objects, newswire articles, sensor readings from the Spa

196 face-compatible non-face objects, including objects normally represented in other parts of inferotem

197 The ability to locate high-contrast tabletop objects not seen with the implant OFF was partially rest

198 ily converted into its equivalent JavaScript Object Notation (JSON) format, a lightweight data interc

199 The object of this study was the HDH enzyme from the model l

200 rs of BCI-FES neuroprosthetics to manipulate objects of different sizes and weights without dropping

201 atistical information from groups of similar objects-often in a brief glance.

202 spatial details on bright days and large dim objects on moonless nights.

203 r integration of any fluid-dispersed 2D nano-objects on silicon-on-insulator photonics platform.

204 he regularity of the packing of protein-like objects on the surface.

205 scene, enabling us to attend to one auditory object or stream while ignoring others.

206 otion signals originating either from moving objects or from retinal slip caused by self-motion.

207 between 'the degree of the repetitive use of objects or interest in parts of objects' and rs2898883 (

208 People perceive and act to understand new objects or to promote specific behavior to their partner

209 her by genome scale metabolic networks or an object-oriented approach.

210 viscoelasticity.A skyrmion is a topological object originally introduced to model elementary particl

211 When we grasp and manipulate an object, populations of tactile nerve fibers become activ

212 nd nasal area may help the discrimination of objects (predators, conspecifics) in the lateral and pos

213 ys a role in supporting a distinct aspect of object processing, namely attending to the arrangement o

214 nd smooth movement interact for simultaneous object pursuit and gaze stabilization is not understood.

215 y in their values for disordered packings of objects ranging from atoms to grains, spanning seven ord

216 t these features belong together to a single object rather than to different objects in our environme

217 architectures that better support invariant object recognition also produce image representations th

218 duced lasting cognitive impairments in novel object recognition and less severe deficits in Y-maze be

219 d found, that affect influenced the speed of object recognition by modulating the speed and amplitude

220 -order visual patterns in the early stage of object recognition hierarchy.

221 ibition, improved social behavior, and novel object recognition memory in NMDA receptor hypofunctioni

222 t memory-enhancing effects in a rat model of object recognition memory.

223 cognitive performance in working memory and object recognition paradigms at baseline and after psych

224 erve as an important contextual influence on object recognition processes.

225 ognitive activity (1 mg/kg, ip) in the novel object recognition task as a model of memory deficit.

226 Mutant mice showed deficits in the novel object recognition task, suggesting hippocampal dysfunct

227 ve alterations, including defects in a novel object recognition task.

228 e profile as it improved memory in the novel object recognition test but had no antidepressant or anx

229 dark box test) and cognitive function (novel object recognition test).

230 gnitive impairment, as assessed by the novel object recognition test, but not signs of brain inflamma

231 ted by Y-maze spontaneous alternation, novel object recognition, and Barnes maze spatial memory tests

232 Impairments in object recognition, spatial memory retention, and networ

233 separation, whereas, CA3 underpins identical object recognition.

234 mprehension difficulties after factoring out object recognition.

235 oral (PIT) cortex cells contribute to visual object recognition.

236 d short-term memory deficits, as assessed by object-recognition tests, and was effective at improving

237 ic neglect (neglect of the left side of each object, regardless of the position of that object in rel

238 allows us to measure the height of emitting objects relative to the focus of the microscope.

239 contrast, responses to unfamiliar faces and objects remained linear.

240 e that the ability to derive fine-grained 3D object representations emerges after a prolonged develop

241 d the ventral stream, which rapidly computes object representations that are both specific for object

242 g, namely attending to the arrangement of an object's component features.SIGNIFICANCE STATEMENT Alzhe

243 logical terms, "form" is used to describe an object's shape and size.

244 : infants exhibit shape selectivity, but not object selectivity, in this region.

245 ng inhibitory ionic currents abolishes small object sensitivity and facilitates responses to elongate

246 s examined were influenced by whether or not object shape was task-relevant.

247 over time is sometimes required to determine object shape.

248 at 25% of the learning was attributed to the object (simply because of the use of the same cup) and 5

249 uously presented objects were isolated in an object-specific way.

250 dynamics of fluids composed of self-spinning objects such as chiral grains or colloidal particles sub

251 Primates recognize complex objects such as faces with remarkable speed and reliabil

252 osen spanned the range of 0-Dimensional (0D) objects such as particles, 1D nanowires and fibres, 2D f

253 noninvasively identify the depth of a buried object, such as breast calcifications, using simple tran

254 ion for the separation of purely diamagnetic objects, such as bio-macromolecules or heavy metals.

255 These objects suggest the presence of a dark-matter halo with

256 cially colored objects compared with natural objects, suggesting that industrialization promotes colo

257 quire a contactless method for monitoring an object surrounded inside a metallic enclosure.

258 ial color patch), while presenting images of objects systematically varied in hue.

259 latency to vocalize when faced with a novel object task.

260 observers for salient objects and show that objects tend to have warm rather than cool colors.

261 cipants estimated the arrival time of a real object that moved with constant acceleration (-0.7, 0, +

262 y an individual object, but also a bundle of objects that are grouped based on prior knowledge.

263 n produces differential image motion between objects that are located at different distances from the

264 lation even perturbed the percept of certain objects that did not activate the stimulated face patch

265 Cells are physical objects that exert mechanical forces on their surroundin

266 ve mobility of active matter (self-propelled objects that transduce energy into mechanical work to dr

267 es from 16 phyla transported over 6 years on objects that traveled thousands of kilometers across the

268 with a simulation of flying past an elevated object, the spike burst activity is modulated by the hei

269 al version of a radiation law for reciprocal objects-the absorptivity of any input beam equals the em

270 luenced by physical properties of the moving object, though the neural mechanisms underlying this pro

271 However, when viewing objects through air, the increase in eye size provided a

272 Finding relevant objects through vision, or visual search, is a crucial f

273 Most promising are those attempts where the object to be separated is attached to a strong magnetic

274 tal to a variety of behaviours from grasping objects to navigating.

275 situations that involve a destruction of the objects-to-representations correspondence.

276 n be performed directly in situ, leaving the object unchanged and intact.

277 categories, while simultaneously preserving object-unique information.

278 l system can represent relationships between objects using a metric that depends on associative stren

279 ish were trained to discriminate between two objects using both senses and were subsequently tested u

280 as involved in odor learning, represent odor objects using distributive population codes; these findi

281 escribing treatments, and naming animals and objects using written information as stimuli.

282 oint estimation of alignment errors, and the object, using an iterative refinement procedure.

283 a decreased ability to discriminate between objects visually when vision and electrolocation provide

284 dy and background, search, fixate, and track objects visually.

285 hat corresponded with the hand being near an object, we developed an online scaling feature in the BC

286 When acting upon an object, we need to represent its visual features (e.g. s

287 r hippocampus became less involved as schema objects were encoded successively.

288 o the processing of 2 continuously presented objects were isolated in an object-specific way.

289 The objects were placed below the fixation point and accordi

290 Strikingly, this mapping occurred also when objects were presented outside subjects' reach, but with

291 Crucially, the different objects were sequentially sampled at a rate of about 2 H

292 l interaction that occurs between individual objects when attention is directed toward one or more ob

293 that P2 characterizes familiarity with sound objects, whereas beta-band oscillation signifies involve

294 ominant response was inhibition by valueless objects, which generated disinhibition of cdlSNr neurons

295 ur days are filled with looking for relevant objects while ignoring irrelevant visual information.

296 oided even if observers are certain that the object will move.

297 ed distances below the surface of conducting objects with a resolution well below these limiting valu

298 roposed method enables simple fabrication of objects with complex geometries and precisely controllab

299 h to the fabrication of functional nanoscale objects with high shape anisotropy.

300 during inspection of large individual visual objects with similarly-sized external stimulus displacem