ライフサイエンスコーパス: navigation

1 ravel) or at a different place (mental space navigation).

2 variance could be critical during odor plume navigation.

3 dent 'map step' and 'compass step' of animal navigation.

4 o how cognitive maps are used during spatial navigation.

5 offers an efficacious model of reward-based navigation.

6 ly similar to those activated during spatial navigation.

7 d by species that rely on olfactory cues for navigation.

8 imulation and future thinking beyond spatial navigation.

9 substrate for path integration-based spatial navigation.

10 ate the neural mechanisms supporting spatial navigation.

11 ng proteins control cell adhesion and axonal navigation.

12 t action, compared with uncued goal-directed navigation.

13 m encodes a map of space that guides spatial navigation.

14 ited flowers and other spatial tasks such as navigation.

15 n integrated sensory information for spatial navigation.

16 epresent an animal's current location during navigation.

17 frequency ablation (STA) using 3-dimensional navigation.

18 exippus) have revealed mechanisms behind its navigation.

19 d the involvement of retrosplenial cortex in navigation.

20 sic problems of sensory reafference and true navigation.

21 ligands for the ability to guide growth cone navigation.

22 ssing was not required to elicit them during navigation.

23 potentiation as well as deficits in spatial navigation.

24 to the brain regions involved with migratory navigation.

25 lved in mnemonic and sensorimotor aspects of navigation.

26 provide spatial representations critical for navigation.

27 travelled distance during vestibular-guided navigation.

28 l plays a causal role as a neural compass in navigation.

29 a viable way to examine the neural basis of navigation.

30 standard engineering algorithm used for 3-D navigation.

31 a region likely to be involved in memory and navigation.

32 g for head-direction are crucial for spatial navigation.

33 sensory input utilized for communication and navigation.

34 role of grid cells in guiding goal-directed navigation.

35 ization as a compass cue for orientation and navigation.

36 undary information from visual scenes during navigation.

37 ents of the brain circuitry mediating insect navigation.

38 ntorhinal cortex during virtual and imagined navigation.

39 cues may be crucial for efficient olfactory navigation.

40 tion, within the context of optical surgical navigation.

41 tasks such as pattern recognition and visual navigation.

42 upporting cognitive processes beyond spatial navigation.

43 campal neurons to support memory and spatial navigation.

44 the goal or their conjunction during spatial navigation.

45 osition) is a classical problem in human sea navigation.

46 ing Hip-mPFC interactions, including spatial navigation.

47 rontal lobe mechanisms to plan routes during navigation.

48 nsight into the neural mechanisms of spatial navigation.

49 eer-neuron Flamingo (CELSR) in follower-axon navigation.

50 ular mechanism for ensuring reliable spatial navigation.

51 onal implications of the entorhinal code for navigation.

52 omplex, a brain region implicated in spatial navigation.

53 n, and intraoperative augmented reality (AR) navigation.

54 a lower frequency in virtual than real world navigation.

55 ients who received the mailed invitation and navigation (47.2%) or the mailed invitation alone (44.5%

56 e regions harbor memory signals relevant for navigation [5-8] and adapt across overlapping shifts in

57 he hippocampus, a region crucial for spatial navigation [6-12] and episodic memory [13-18], has been

58 With regard to intraoperative navigation, a specific fluorescence signal was detected

59 Do mental time travel and mental space navigation abilities share common cognitive and neural m

60 entation strategy instead of performing true navigation after they have been geographically displaced

61 t the animal kingdom, path integration-based navigation allows an animal to take a circuitous route o

62 es were randomly assigned to receive patient navigation alone (n = 266), patient navigation plus fina

63 he dashboard groups samples in dropdowns for navigation among the data sets, utilizes human-readable

64 at EMBL-EBI provides easy, quick and precise navigation and a better understanding of the relationshi

65 at EMBL-EBI provides easy, quick and precise navigation and a better understanding of the relationshi

66 ed motor coordination and normalized spatial navigation and anxiety of Gpr88(-/-) mice.

67 roperties of the echo signatures can support navigation and building a cognitive map.

68 k, HPC and DSL selectively supported spatial navigation and cue response, respectively.

69 ide dog, individuals must accomplish complex navigation and decision making without succumbing to dis

70 Use Committee protocol, in vivo renal artery navigation and embolization were tested in three farm pi

71 Across the domains of spatial navigation and episodic memory, the hippocampus is thoug

72 c interaction network viewer allows the easy navigation and filtering of all genetic and protein inte

73 ovide a mechanistic explanation for the poor navigation and foraging observed in neonicotinoid treate

74 duction to the mechanisms underlying spatial navigation and how they relate to general processes of l

75 this signal is present in periods of active navigation and imagination, with a similar orientation i

76 human entorhinal cortex during both virtual navigation and imagined navigation of the same paths.

77 d sensors can find extensive applications in navigation and maneuvering of underwater robots, artific

78 d potential-plays a critical role in spatial navigation and memory by coordinating the activity of ne

79 Spatial navigation and memory depend on the neural coding of an

80 Investigators of navigation and memory relate neuronal activity to positi

81 of the hippocampus and are often related to navigation and memory.

82 and parietofrontal networks for mental space navigation and mental time travel, respectively.

83 gly photopolluted skies, relying on cues for navigation and orientation that artificial light at nigh

84 How they perform these feats of navigation and physiology remain poorly known.

85 on [13], a useful function for goal-directed navigation and planning [12, 14-16], and episodic future

86 earch and indexing system with powerful data navigation and retrieval capabilities.

87 earch and indexing system with powerful data navigation and retrieval capabilities.

88 he crucial role of olfactory cues for birds' navigation and reveal that anosmic shearwaters are able

89 e sensory organ of balance and essential for navigation and spatial awareness in vertebrates.

90 ow-frequency hippocampal oscillations during navigation and suggest a specific function in memory-rel

91 causally involved in boundary-based spatial navigation and suggest that the OPA is the perceptual so

92 could be used to direct precise intracranial navigation and surgery for individual patients.

93 in place cells that contribute to changes in navigation and synaptic plasticity.

94 Several search, navigation and visualisation tools are implemented to in

95 non-specific factors not directly related to navigation and, as a consequence, the results of displac

96 strategies in terms of spatial and temporal navigation, and discuss whether the inferences we draw f

97 tion of visual motion is critical for animal navigation, and flies are a prominent model system for e

98 nitive functions, including episodic memory, navigation, and spatial memory.

99 campus exhibit spatial tuning during spatial navigation, and they are reactivated in specific tempora

100 bit spatial tuning during head-fixed spatial navigation, and undergo robust remapping of their spatia

101 sed on JBrowse/WebApollo provide easy genome navigation, and viewing of high throughput sequence data

102 In this review, we address how birds sense navigation- and orientation-relevant cues and where in t

103 ctorial construct, including two components: navigation anxiety and rotation/visualization anxiety.

104 standing of how active circuits critical for navigation are affected by aging.

105 that regulate cellular shape, motility, and navigation are generally classified as growth promoting

106 e exercise of an ability in using predictive navigation are mutually reinforcing aspects of a composi

107 ne of these cues are absolutely required for navigation back to the food.

108 ultrasound screening examination and patient navigation (barrier assessment and motivational educatio

109 ng a common computation during both types of navigation behavior.

110 whole-brain networks are involved in spatial navigation behaviors and how normal aging alters these n

111 Brownian behavior of organelles overlaid on navigation between non-reactive secretory protein molecu

112 seasons to atomic clocks enabling satellite navigation, broadband communication and high-speed tradi

113 ation of MTs by guidance cues in growth cone navigation but also help us to understand molecular mech

114 inal circuit is involved not only in spatial navigation, but also in a variety of memory-guided behav

115 on changes have been detected during spatial navigation, but little is known about the conditions tha

116 howed significant impairments in allocentric navigation, but not visually cued navigation, when compa

117 ent roles in computational models of spatial navigation, but their exact function remains unknown.

118 Neonicotinoids can alter bee navigation, but we present the first evidence that neoni

119 We investigated odor-guided navigation by mice to understand how decision-making str

120 magnetic cues appear unimportant for oceanic navigation by seabirds, our results support the crucial

121 Spatial navigation can serve as a model system in cognitive neur

122 y of achieving high cure rates using patient navigation care models.

123 Patient navigation (care coordination with case management) and

124 e health literacy, communication, and system navigation challenges, and they may have diverse prefere

125 mblance to the sky-compass pathway, a visual navigation circuit described in other insects.

126 with a detailed understanding of the brain's navigation circuit.

127 egrally involved in episodic memory, spatial navigation, cognition and stress responsiveness.

128 tion, executive function during visuospatial navigation, cognitive flexibility, verbal memory, workin

129 ortionality (i.e., feedback gain) called the navigation constant (N).

130 attack trajectories are best fitted by lower navigation constants (median N < 3).

131 Whereas most guided missiles use navigation constants falling on the interval 3 </= N </=

132 enabled various applications in positioning, navigation, control, and telecommunications.

133 al learning, whereas experience with spatial navigation delayed both concurrent and subsequent respon

134 Flexible navigation demands knowledge of boundaries, routes and t

135 We find that, to achieve efficient navigation despite partial and even misleading informati

136 Navigation - determining how to get from where you are t

137 neurons-central brain neurons implicated in navigation-display visual stimulus selection.

138 ve conclusions about the efficacy of patient navigation during and after cancer treatment.

139 ittle is known about the benefits of patient navigation during breast cancer treatment and survivorsh

140 iors via this system is required for spatial navigation during chemotaxis.

141 nimalistic networks designed to maximize the navigation efficiency at minimal cost share basic struct

142 nchoscopy techniques such as electromagnetic navigation (EMN) have been studied in clinical trials, b

143 Results Fusion imaging for virtual navigation enabled matching of real-time contrast-enhanc

144 ser, which is a critical component of modern navigation, geo-positioning and very-long-baseline inter

145 p = 0.05) was significantly decreased in the navigation group compared to the conventional.

146 third angle was significantly reduced in the navigation group for both ITI (p = 0.02) and BTB (p = 0.

147 nd strength of the evidence according to the Navigation Guide systematic review methodology.

148 ) of the National Toxicology Program and the Navigation Guide works.

149 Navigation guided femur first THA is able to improve ali

150 No previous study of bee spatial navigation has been able to follow animals' movement dur

151 tivity in the hippocampus once goal-directed navigation has been initiated.

152 t a direct, causal link between HD cells and navigation has not been demonstrated.

153 everal signaling pathways implicated in cone navigation have been identified, membrane dynamics in gr

154 We show that during spatial navigation, hippocampal CA1 place cells maintain a conti

155 Despite perceptual and navigation impairments in patients with VCSL disruption

156 ith their cognate Eph receptors, direct axon navigation in a contact-mediated fashion.

157 d tomography (CT) with real-time fluoroscopy navigation in a pig model.

158 place recognition might underlie sonar-based navigation in bats.

159 ations of environmental location and support navigation in familiar environments.

160 ra-hippocampus EEG recordings during virtual navigation in humans have consistently reported LFO that

161 tic review evaluates the efficacy of patient navigation in improving treatment and survivorship outco

162 ry periphery and action selection underlying navigation in odor gradients.

163 have developed echolocation, as a method of navigation in space.

164 n space and time to regulate multi-step cell navigation in the complex environment of a healing wound

165 ld provide sensitive compass information for navigation in the rainforest and, additionally, provide

166 ent senses to facilitate event-detection for navigation in their environment.

167 unctional molecular imaging, we observe that navigation in virtual environments elicits activity in f

168 Such situations include navigation in virtual reality and head-restricted condit

169 utreach strategies, with and without patient navigation, in increasing the numbers of patients with c

170 Patient navigation included up to 11 sessions of care coordinati

171 Overall, results demonstrated that patient navigation increases surveillance mammography rates, but

172 To maintain their speeds during navigation, insects rely on feedback from their visual a

173 one click, cross-platform install and better navigation interfaces.

174 hone calls for further assistance if needed (navigation intervention).

175 Spatial navigation is a multisensory process involving integrati

176 Patient navigation is an intervention approach that improves can

177 CCR7-dependent navigation is determined by the distribution of extracel

178 A central component of spatial navigation is determining where one can and cannot go in

179 o navigate across space because memory-based navigation is directly linked to animals' space use and

180 A question of wide importance in navigation is how sensory cues get transformed into neur

181 Although it is clear that spatial navigation is impaired during aging, the networks respon

182 are experienced, the hippocampal response to navigation is often used as a proxy to study memory.

183 y information plays an important role in bat navigation, it is the emergent effects of combining moda

184 Minimal research has indicated that patient navigation may be effective for post-treatment surveilla

185 cortex (mEC) is strongly involved in spatial navigation, memory, dementia and epilepsy.

186 cortex (mEC) is strongly involved in spatial navigation, memory, dementia and epilepsy.

187 Magnetic resonance navigation (MRN) offers the potential for real-time stee

188 Terrestrial navigation naturally involves translations within the ho

189 During spatial navigation, neural activity in the hippocampus and the m

190 This allows the automatic navigation of a chemical network, leading to previously

191 ticles and demonstrated high-speed (74 mm/s) navigation of a multi-branched vascular network phantom.

192 for clinicians and researchers to facilitate navigation of available data.

193 Navigation of cells along gradients of guidance cues is

194 ls have properties well suited to the visual navigation of clutter and to encode the fly's movements

195 nomes to pangenomes with gene ontology based navigation of gene groups.

196 Collectively, this roadmap enables navigation of mesodermal development to produce transpla

197 for integrin signaling that is critical for navigation of new vessel sprouts.

198 ned to empower the public by enabling simple navigation of personal genomic data.

199 al challenges include maintenance of growth, navigation of puberty, and transition to adult services

200 erativity in bimetallic catalysts can enable navigation of selectivity.

201 Structural procedures require careful navigation of the aorta, left atrium, and right heart, i

202 ifically when new streets are entered during navigation of the city, right posterior hippocampal acti

203 Navigation of the conformational landscape defined by th

204 Interactive navigation of the GO function space provides intuitive a

205 Navigation of the growth cone at the tip of the developi

206 design, construction, control and underwater navigation of the M-AUE.

207 during both virtual navigation and imagined navigation of the same paths.

208 Successful navigation of this transition will require radical chang

209 studies have typically investigated spatial navigation on a horizontal 2D plane, leaving much unknow

210 To examine the influence of lay navigation on health care spending and resource use amon

211 The treatment difference between the navigation-only and the navigation-plus-incentives group

212 pared with 89 of 249 patients (35.7%) in the navigation-only group for a treatment difference of 1.6%

213 e trained on a plus maze in either a spatial navigation or a cue-response task (sequential training),

214 for applications in spectroscopy, astronomy, navigation or telecommunications.

215 nd ship traffic based on inverse distance to navigation path weighted by associated port berth volume

216 sured the impact of acoustic interference on navigation performance and show that the calculated redu

217 Foraging behavior, homing success, navigation performance, and social communication were im

218 w hippocampal and prefrontal regions support navigation, planning and future simulation.

219 ix (ECM) play vital roles in axon growth and navigation, plasticity, and regeneration of injured neur

220 patient navigation alone (n = 266), patient navigation plus financial incentives (n = 271), or treat

221 pared with 98 of 254 patients (38.6%) in the navigation-plus-incentives group for a treatment differe

222 fference between the navigation-only and the navigation-plus-incentives group was -2.8% (95% CI, -11.

223 exceedingly well-modeled by the proportional navigation (PN) guidance law used by most guided missile

224 , fish yields, and availability of water for navigation, power generation, and human use.

225 The degree of reward-driven navigation preference highly correlates with the spatial

226 C Department of Health implemented a patient navigation program, Check Hep C, to address patient and

227 financial implications of implementing a lay navigation program.

228 health outcomes of a pediatric social needs navigation program.

229 Navigation programs can improve access to care, enhance

230 Lay navigation programs should be expanded as health systems

231 al and quasi-experimental studies of patient navigation programs that target breast cancer treatment

232 ural basis of DTD and the role of the RSC in navigation-related processing.

233 Global positioning system navigation relies on precision timing signals furnished

234 corrections critical to standing balance and navigation rely on transformation of sensory information

235 sis that mental time travel and mental space navigation required the egocentric remapping of events,

236 Efficient goal-directed navigation requires sensory perception and motor command

237 n for superenhancer analysis, annotation and navigation, requiring only basic computer and next gener

238 t comprehensive systematic review of patient navigation research focused on improving breast cancer t

239 quake (Central Italy), using low-cost Global Navigation Satellite System (GNSS) receivers located in

240 ating ground-based receivers from the Global Navigation Satellite Systems (GNSS).

241 ndian Ocean earthquake, 37 continuous Global Navigation Satellite Systems stations in the region unde

242 ocial needs screening and in-person resource navigation services on social needs and child health.

243 Goal-directed behaviour outside of spatial navigation similarly requires a representation of abstra

244 We sought to test whether navigation skills (medication recall, knowledge of copay

245 lcium imaging to potentially include spatial navigation, social behavior, feeding and reward.

246 three basic elements of cognitive map based navigation-spatial coding, landmark anchoring and route

247 Conclusion Faster navigation speed at endoluminal CT colonography led to p

248 pose To investigate the effect of increasing navigation speed on the visual search and decision makin

249 olyps were presented at four different fixed navigation speeds to 23 radiologists.

250 h simulated stars, this method utilizes real navigation stars as observation targets which makes the

251 rodents that mimic the conditions typical of navigation studies in humans and nonhuman primates (i.e.

252 he lack of actual movement in previous human navigation studies, which were virtual.

253 o integrating animal data with human imaging navigation studies.

254 Using an online navigation study, we recorded reaction times, error rate

255 ow insects use other sensory information for navigation, such as the olfactory cues provided by the e

256 oped a wearable goggle augmented imaging and navigation system (GAINS) that can provide accurate intr

257 (MEC) are crucial components of an internal navigation system of the mammalian brain.

258 east-west component for a true bi-coordinate navigation system under clear skies for experienced migr

259 test update features a unique scaffold-based navigation system, which enables the exploration of the

260 led grid cells that form part of the spatial navigation system.

261 l relativity to portable clocks for inertial navigation systems and relativistic geodesy.

262 l magnetic stimulation and a virtual reality navigation task has shown that we need the brain's occip

263 e healthy adults performed two sessions of a navigation task, in which the cognitive load was manipul

264 as mice accumulate evidence during a virtual navigation task.

265 rame proclivity and performance in a virtual navigation task.

266 r a month as mice stably performed a virtual-navigation task.

267 hinal cortical electrodes performing virtual navigation tasks to memorized locations enabled us to in

268 for differentiating accuracy and DAPs across navigation techniques and operator backgrounds.

269 l networks involved in spatial cognition and navigation (the "map") to sensorimotor networks involved

270 ons in brain regions known to play a role in navigation - the hippocampus and nidopallium caudolatera

271 late aerotaxis is consistent with stochastic navigation, the statistics of which are captured using a

272 campal neural circuits underlying memory and navigation; this activity-dependent maturation occurs se

273 The navigation through both applications is wizard-assisted,

274 Flying animals accomplish high-speed navigation through fields of obstacles using a suite of

275 y of hierarchical trees that allow efficient navigation through sets of variants of a single referenc

276 Core features include interactive navigation through the alignment, application of popular

277 ith lubricating capacity required during its navigation through the mosquito and vertebrate host tiss

278 eeds also include fertility preservation and navigation through the multiple transitions in the cance

279 eactome visualization system that facilitate navigation through the pathway hierarchy and enable effi

280 Genome browsers that support fast navigation through vast datasets and provide interactive

281 Catheter navigation times, renal parenchymal perfusion, and renal

282 they switch to visually based long-distance navigation to forage.

283 mpal networks involved in spatial memory and navigation to neocortical networks involved in diverse a

284 However, adding patient navigation to telephone reminders provided no significan

285 re is an urgent need to standardize surgical navigation tools and contrast agents to facilitate swift

286 into a computational model yields effective navigation toward changing reward locations, as in natur

287 sion, all groups demonstrated normal spatial navigation (training on days 1 and 2), whereas 30 min fo

288 B chemoreceptors are not essential for sperm navigation under low oxygen conditions that C. elegans p

289 AR navigation was obtained by overlaying the virtual model

290 t oriented towards the colony though coastal navigation was unaffected.

291 Monocyte velocity, but not chemotactic navigation, was modestly dependent on Rho-ROCK-myosin II

292 hat the classical drawback of run-and-tumble navigation-wasteful runs in the wrong direction-can be m

293 llocentric navigation, but not visually cued navigation, when compared with PBS-treated animals.

294 theta oscillations during ambulatory spatial navigation, while highlighting some fundamental differen

295 ith HIV infection and substance use, patient navigation with or without financial incentives did not

296 of behavioral and neural markers of spatial navigation, with a particular emphasis on neurodegenerat

297 t blocks include large bore vascular access, navigation within the left atrium, occlusion, snaring, a

298 ally identify competitors, which facilitates navigation within the social network of the rookery.

299 iding fast, 3-D visualization using improved navigation without dependencies.

300 aps (NG-CHM) that enable extreme zooming and navigation without loss of resolution.