ライフサイエンスコーパス: orienting

1 nsory spatial priority maps to guide spatial orienting.

2 nt-related potential evidence of attentional orienting.

3 ns interact with those for spatial attention orienting.

4 d larger, demonstrating enhanced attentional orienting.

5 nnected during novelty-triggered/involuntary orienting.

6 C) areas during both cued and novelty-driven orienting.

7 eases in the speed and flexibility of visual orienting.

8 eding network converted fictive avoidance to orienting.

9 ience targets, indicating faster attentional orienting.

10 hemisphere contralateral to the direction of orienting.

11 bited such differences only during reflexive orienting.

12 s across species, including both overt motor orienting [1, 2] and orienting of attention [3, 4].

13 gaze-followed an entity's subsequent object-orienting action to fixate the same object.

14 olecules would primarily play the role of an orienting agent.

15 ould play the dual role of a mediator and an orienting agent.

16 hat gaze cues are markedly less effective at orienting an observer's attention when they are seen as

17 ry processing and cueing (i.e., alerting and orienting), an investigation of multisensory cueing effe

18 n of an arbitrary connection between spatial orienting and a nonspatial feature of a centrally presen

19 rficial superior colliculus (sSC) that drive orienting and approach behavior toward appetitive stimul

20 s necessary for mice to perform the accurate orienting and approach behaviors leading to capture.

21 of the subcortical pathway, leading to poor orienting and attention towards faces.

22 ee distinct attentional networks: alertness, orienting and executive control.

23 Research on orienting and executive functions has supported the addi

24 No significant correlation was found between orienting and IFOF.

25 The IPS plays a key role in attention orienting and may contribute to the hypervigilance that

26 illatory EEG signatures of spatial attention orienting and motor preparation in the alpha and beta fr

27 ic interactions increase duplex stability by orienting and partially freezing torsion angle chi of th

28 contigs and the utility of LD for ordering, orienting and positioning linked sequences.

29 authentication benefits from precise visual orienting and refined categorisation criteria.

30 ng effective connectivity during lateralized orienting and reorienting of attention, respectively.

31 ate activity in visuo-occipital areas during orienting and reorienting; endogenous attention facilita

32 pon investigators' expertise at consistently orienting and sectioning across tiny specimens.

33 mic interactions, which likely play roles in orienting and stabilizing interactions during the native

34 top-down (backward) mediation of attentional orienting and the bottom-up (forward) effects of invalid

35 ne or two components of attention (alerting, orienting, and executive control (EC)).

36 asure the attentional functions of alerting, orienting, and executive control before and after treatm

37 ations of these results for the evolution of orienting, and for the study of volitional processes in

38 ed N1, consistent with increased attentional orienting, and reduced FRN, consistent with a bias to pe

39 osturomotor, oromotor, positional-autonomic, orienting, and vigilance circuits.

40 ic maps are the foundation for anchoring and orienting annotated genome assemblies and positional clo

41 DLSC has been examined only with respect to orienting/approach behaviors, especially eye movements,

42 l dipolar couplings (RDCs) in differentially orienting aqueous liquid crystalline solutions to obtain

43 h the view that covert and overt attentional orienting are guided by feedback projections of visual a

44 y also be critical for more basic aspects of orienting attention to socially and emotionally meaningf

45 On the other hand, repetitive orienting away from a target produced a bias to repeat t

46 As observed previously, orienting behavior (rearing up on the hind legs) habitua

47 rning, aversive conditioning, and repetitive orienting behavior [12-18], is often characterized as a

48 in NVHL rats was correlated with heightened orienting behavior and also with changes in firing to th

49 ciated with a loss of attentional changes in orienting behavior and neural activity.

50 ine (ATMX), and/or physical exercise (EX) on orienting behavior and social interaction were examined

51 just as effective as MPH or ATMX in reducing orienting behavior and social interaction.

52 Although lateral asymmetries in orienting behavior are evident across species and have b

53 ignificantly, the gravity response causes an orienting behavior consisting of curved swims in downwar

54 circuit model of the optomotor response, an orienting behavior evoked by visual motion.

55 commonalities, suggesting that codes driving orienting behavior in mammals and birds may be comparabl

56 e the circuitry involved in the two types of orienting behavior in mice, we injected retrograde trace

57 uits", while having no effect on conditioned orienting behavior in sign-trackers, or on goal-tracking

58 In fact, each field implicated in visual orienting behavior makes a substantial projection.

59 others, assigning importance to others, and orienting behavior toward or away from others.

60 s cannot be automatically derived from their orienting behavior under simpler one-dimensional (1D) co

61 ity and function with stimulus detection and orienting behavior, providing insight into visuomotor an

62 opulation readout commanding the owl's sound-orienting behavior.

63 olfactory, and airflow cues known to elicit orienting behavior.

64 inct routes by which learning history shapes orienting behavior.

65 attention, with dissociable consequences for orienting behavior.

66 , head movements represent a primary form of orienting behavior.

67 ole in visual processing and mediates visual orienting behaviors across species, including both overt

68 The SC is a midbrain center that directs orienting behaviors and defense responses.

69 The orchestration of orienting behaviors requires the interaction of many cor

70 ased on saliency and relevance to coordinate orienting behaviors, particularly gaze shifts, but its c

71 onstrate that traditional brain circuits for orienting behaviors, such as the superior colliculus, li

72 y selectivity enables rapid species-specific orienting behaviors.

73 nsory selectivity for natural, goal-directed orienting behaviors.

74 n animal that relies on hearing to guide its orienting behaviors.

75 ulus (SC) is a midbrain structure central to orienting behaviors.

76 glect patients: both a rightward attentional orienting bias (reflected in the cue-locked N1) and a de

77 ients typically show a rightward attentional orienting bias and a strong disengagement deficit, such

78 In terms of orienting, both old and young adults demonstrated signif

79 hysical salience leads to faster attentional orienting, but value-driven salience to stronger attenti

80 al interaction between depth and attentional orienting, by boosting attentional reorienting to unexpe

81 baseline-fixation period that preceded cued orienting (capturing tonic alpha changes) and during ori

82 nerators, pulling on astral microtubules and orienting cell division via the Dynein-associated protei

83 el arrays that mediate cell morphogenesis by orienting cellulose deposition.

84 atterns of oculomotor functioning and visual orienting characterize 7-month-old infants who later mee

85 consisted of 3 protocols administered daily: orienting communication, oral and nutritional assistance

86 Orienting covert exogenous (involuntary) attention to a

87 The effect occurs even when the attention-orienting cue is independent of stimulus brightness, and

88 st (ANT) assesses the effect of alerting and orienting cues on a visual flanker task measuring execut

89 imes (RT) benefits when provided with visual orienting cues that offer both spatial and temporal info

90 ults demonstrated greater RT benefits for AS orienting cues whereas older adults demonstrated greater

91 for the facilitative effect of multisensory orienting cues, and not multisensory alerting cues, in o

92 ted from receiving multisensory alerting and orienting cues.

93 significant RT benefits for multisensory VS orienting cues.

94 ults demonstrated greater RT benefits for AV orienting cues.

95 distinctive phases for bSC dendritogenesis: orienting dendrites toward TCAs, adding de novo dendriti

96 density of water due to molecular ordering), orienting dipole along the electric field and efficient

97 stable interdomain interactions from freely orienting domains.

98 es have shown that, in addition to spatially orienting dorsal commissural (dI1) axons, BMPs supply 't

99 oth cultural groups further showed more face orienting during periods of listening relative to speaki

100 hereas NF neurons were required for accurate orienting during pursuit as well as approach initiation

101 uctural information requires classifying and orienting each image, accurately assembling them into a

102 efits of multisensory compared to unisensory orienting effects differed by cue type and age group; yo

103 ld and young adults demonstrated significant orienting effects for auditory-somatosensory (AS), audit

104 Somatosensory attention-orienting event-related potentials differentiated patien

105 medial precentral cortex (PrCm), and frontal orienting field (FOF).

106 a memory-guided orienting task, the frontal orienting fields in cortex (FOF) are considered critical

107 rietal cortex and prefrontal cortex (frontal orienting fields, FOF).

108 ociations with irritability during attention orienting following frustration.

109 were no significant group differences in the orienting function.

110 ange information for assigning, ordering and orienting genomic sequences to chromosomes, including ac

111 Re-orienting ghost fibers impacted myogenic progenitors' mi

112 n state might be an important determinant in orienting glioma cells to persist or perish.

113 Early emerging characteristics of visual orienting have been associated with a wide range of typi

114 s-driven attention, the neural substrates of orienting have never been teased apart from those of eva

115 nges in pupil diameter also accompany covert orienting; hence the oculomotor system may provide an al

116 xperimenter performing a grasping action and orienting his gaze either toward (congruent gaze conditi

117 In this work, we examined endogenous orienting in an evolutionarily older species, the archer

118 esults are in agreement with abnormal social orienting in ASD, possibly due to an abnormal tuning of

119 latitudinal extremes of their ocean range by orienting in directions that would, in each case, lead t

120 ivity in parietal regions during attentional orienting in expectance of tactile stimulation reflected

121 ements appears to be disrupted for low-level orienting in P1.

122 In the literature on human attention, orienting in response to such contingencies has been str

123 of space is a reliable marker of attentional orienting in the healthy human brain: can the same marke

124 ged feedback) from activity during attention orienting in the trial following frustration.

125 Orienting involves different behaviors, such as approach

126 l studies have demonstrated that attentional orienting is associated with activity in fronto-parietal

127 ransient pupil response, as one component of orienting, is modulated by contrast-based saliency, and

128 simultaneously engage the protein substrate, orienting its targeted arginine to the catalytic site.

129 ir of kinesin-12 class proteins PHRAGMOPLAST ORIENTING KINESIN1 (POK1) and POK2 are key players in di

130 Visual orienting latencies were longer in 7-month-old infants w

131 Visual orienting latencies were uniquely associated with the mi

132 4 ether oxygens to promote hydrophilicity in orienting LB monolayers, and alkyl swallowtails ending w

133 Orienting light-emitting molecules relative to the subst

134 c activity of the conserved Pins/Mud spindle-orienting machinery, which controls division orientation

135 remission, interventions targeting attention orienting may also be effective in long-term reduction o

136 Atypical visual orienting may represent an early prodromal feature of an

137 ham tDCS led to increased performance in the orienting (mean difference [MD] = 14.63) and executive (

138 tomyosin meshworks exhibit an inherent force orienting mechanism in response to mechanical constraint

139 synchrony consistently disrupted the spindle orienting mechanism underpinning the invariant cleavage

140 ious goal pursuit occurs through early-stage orienting mechanisms that promote individuals' well-bein

141 ments in the early activation of subcortical orienting mechanisms, which in typical development bias

142 dispersal is accomplished by stabilizing and orienting migratory forces.

143 ly reorient, we developed an ingestible self-orienting millimeter-scale applicator (SOMA) that autono

144 animal cells, play key roles in forming and orienting mitotic spindles.

145 Here, we show that 3D head-orienting movements (HOMs) modulate primary visual corte

146 Rather, orienting movements are driven by the head, with the eye

147 motor processes in the context of simplified orienting movements in controlled laboratory tasks rathe

148 A new study of the control of orienting movements in mice has identified discrete grou

149 and the particular ethological relevance of orienting movements of the snout and the whiskers in the

150 Moreover, even in the absence of overt orienting movements, SC activity is related to shifts of

151 main effects for the executive attention and orienting networks, but not for the alerting network.

152 Although challenging, assembling and orienting non-spherical nanomaterials into two- and thre

153 y absent in analyses emphasizing involuntary orienting (novel>cue task regressor), were observed with

154 ting and positioning components in 3D space, orienting objects for assembly, constructing noncontact

155 aper describes several noncontact methods of orienting objects in 3D space using Magnetic Levitation

156 f context location in an area related to the orienting of attention (intraparietal sulcus, IPS) as we

157 luding both overt motor orienting [1, 2] and orienting of attention [3, 4].

158 erception was thus influenced by involuntary orienting of attention along the task-irrelevant dimensi

159 the hemispheric distribution of alpha during orienting of attention in male and female right brain-da

160 ation processing efficiency, (2) involuntary orienting of attention to frequency and (3) location, an

161 driven attentional capture not only includes orienting of attention toward the event, but also an eva

162 ongruent conditions)), alerting, and spatial orienting of attention were evaluated with behavioral me

163 ne period and with phasic asymmetries during orienting of attention with neutral-bilateral and leftwa

164 aling within the striatum to the involuntary orienting of attention, and specifically to the attentio

165 These value signals in the caudate guide the orienting of gaze differently: voluntary saccades by the

166 h-feeding-threshold donors expressed fictive orienting or avoidance, respectively, in response to bri

167 t to the SHRs, neither MPH nor ATMX affected orienting or social behavior in Wistar rats.

168 found on EEG signatures of spatial attention orienting over occipitoparietal sites.

169 te evoked responses, (2) bottom-up attention orienting (P3a event-related potential), and (3) top-dow

170 Using the head-orienting paradigm, we presented dogs with manipulated s

171 t a predicted alpha-helix within this domain orienting parallel to the membrane tethers the beta2e-su

172 these "flatwing" males from an acoustically orienting parasitoid and appears to have evolved indepen

173 otected from fatal attack by an acoustically orienting parasitoid fly (Ormia ochracea).

174 t the resulting impairments in memory-guided orienting performance followed a monotonically decreasin

175 een the surface and polar adhesive pili, and orienting pili to face the surface.

176 Whereas TFIIF was shown to be important for orienting pol II within this assembly, the potential rol

177 r resolution site using polarity of the FtsK-orienting polar sequence (KOPS) DNA motifs.

178 FtsK preferentially loads at 8-bp KOPS (FtsK Orienting Polar Sequences) sites and that loading is enh

179 king showed an increase in biological motion orienting preference with RG7713 (ES=0.8, p=0.047) and a

180 to a role for both the FEF and dlPFC in head orienting, presumably via subcortical connections with t

181 During the orienting procedure, rats received repeated presentation

182 ior colliculus (DLSC) in rodents evokes both orienting/pursuit (approach) and avoidance/flight (defen

183 ral focus of attention only during voluntary orienting; rearward folding of the pinna's upper-lateral

184 /nogo task, indicated diminished attentional orienting, reduced inhibitory response control and a lar

185 ting PA generated asymmetries in attentional orienting (reflected in the cue-locked N1) and in attent

186 The orienting reflex is initiated by a salient stimulus and

187 rly post-error adjustments reflect a general orienting reflex rather than goal-directed adaptation.

188 n, but also in pupil dilation as part of the orienting reflex, and the function of pupil dilation may

189 nd neural mechanisms underlying visuospatial orienting/reorienting in depth.

190 ordinate crayfish differ in their behavioral orienting response to an unexpected unilateral touch, an

191 t differ in the acquisition of a conditioned orienting response.

192 reflecting instrumental conditioning of the orienting response.

193 effects previously reported for conditioned orienting responses (ORs) and for other putative measure

194 ts demonstrated reliable bottom-up attention-orienting responses (P3a).

195 lus in the environment initiates a series of orienting responses that include coordinated shifts of g

196 lly, the salience effect modulates attention orienting responses to external contextual social cues (

197 ich index task relevant target detection and orienting responses to novelty, respectively.

198 nal spatial representation on young infants' orienting responses to tactile stimuli.

199 insula and cingulate cortex showed transient orienting responses to the onsets and offsets of the sti

200 f predispositions that influence their early orienting responses toward the first stimuli encountered

201 fundamental structure for the generation of orienting responses, but how genetically distinct groups

202 the superior colliculus (SC), which mediates orienting responses, including pupil changes to salient

203 ed are essential for determining appropriate orienting responses, such as those observed in the local

204 , decision-making, and the control of visual orienting responses.

205 or suprasegmental content and recorded their orienting responses.

206 s S2 tail and is proposed to be critical for orienting S1 during its interaction with actin, a proces

207 some groups and 99% accuracy in ordering and orienting scaffolds within chromosome groups.

208 ated potentials, focusing on the attentional-orienting-sensitive N2pc event-related potential compone

209 fAES), and no area involved in somatosensory orienting, shows significant corticotectal inputs.

210 nt in Ska recruitment to kinetochores and in orienting Ska along protofilaments in vitro.

211 websites, and valuable documents, the visual orienting strategies used to garner additional sensory d

212 ormation about imagined movement and spatial orienting, suggesting that the entorhinal network has a

213 ere folded against the capsid, extending and orienting symmetrically only after productive adsorption

214 The existence of a pinna-orienting system in humans, one that is experimentally a

215 n PTSD may arise from a hyperactive alerting/orienting system in which processes related to attention

216 nevertheless have retained a vestigial pinna-orienting system that has persisted as a 'neural fossil'

217 Conversely, only one area of the auditory orienting system, the auditory field of the anterior ect

218 between modalities inform the ways in which orienting systems are modulated by cortical feedback.

219 or performance were assessed using a Grating orienting task and a Shape-sorter-drum task, and with so

220 The effects of orienting task on the neural correlates of processing ne

221 In rats performing a memory-guided orienting task, the frontal orienting fields in cortex (

222 ting that commonly emerges only in reflexive orienting tasks in human participants.

223 ibited inhibition of return, an aftermath of orienting that commonly emerges only in reflexive orient

224 es the catalysis of ribosome depurination by orienting the active site of RTA toward the SRL and ther

225 ile maintaining significant RNAi efficacy by orienting the alkoxy group in the major groove.

226 can polarize cells at their site of contact, orienting the axis of cell division while simultaneously

227 in controlling competitive ligand binding by orienting the C-terminus for productive Nrp binding.

228 ce for malonyl-CoA with a conserved arginine orienting the carboxylate group of malonate and several

229 Daughter cell positions can be specified via orienting the cell division axis during cytokinesis.

230 tributes directly to receptor selectivity by orienting the chemokine N terminus in a subfamily-specif

231 he closed conformation supports catalysis by orienting the conserved general acid/base Glu-288 neares

232 rly plant embryo, such divisions follow from orienting the division plane.

233 etween ubiquitin and the bilobal HECT domain orienting the E3 approximately ubiquitin thioester bond

234 sensory information and the motor control of orienting the eyes, head, and body.

235 EVS when in one of four head/body positions orienting the gravitational vector parallel or orthogona

236 side groups out of plane with the COF sheets orienting the hydrogen bonds between the layers.

237 ein is known, this information also helps in orienting the ligand in the binding pocket.

238 The gene product, GPSM2, is required for orienting the mitotic spindle during cell division in mu

239 t afadin is required for lumen continuity by orienting the mitotic spindle during cell division.

240 tes with the age of MTOCs and contributes to orienting the mitotic spindle within the cell.

241 the G protein complex classically known for orienting the mitotic spindle.

242 Recent work has shown that orienting the molecules in such organic semiconductors c

243 3 class specific neck domain and loop-2 help orienting the motor domain relative to the MT.

244 er highly lethal infections, suggesting that orienting the MP response may represent a new therapeuti

245 ells and promotes survival of these cells by orienting the Myc transcription program toward survival

246 distal His is proposed to play a key role in orienting the nitrite for N-O bond cleavage.

247 Orienting the OEEF off the reaction axis enables control

248 We also propose a standard means of orienting the PAM to simplify how its location and seque

249 arginine residues in the active site cavity orienting the peptide substrate for catalysis.

250 ion, suggesting a role for the body plane in orienting the plane of the grid cell map.

251 facilitates efficient turning by rapidly re-orienting the rear.

252 , practical measures by the surgeon, such as orienting the receiving antenna at a greater angle and w

253 rtant contribution toward hybrid binding and orienting the RNA strand for catalysis at the RNase H ac

254 ve-cell imaging of the division apparatus by orienting the rod-shaped cells vertically using microfab

255 ard Glu(381), which probably plays a role in orienting the side chain of His(440) during catalysis.

256 The protocol involves re-orienting the spray axis to harness inertial motion of p

257 ies in all directions, which they achieve by orienting the three canals of each ear orthogonally (i.e

258 nner, positioning V1 and V0 subcomplexes and orienting the V1 C subunit to promote assembly.

259 tral polar and nonpolar amino acids are also orienting the water neighbors in a quantitatively weaker

260 Plants are capable of orienting their root growth towards gravity in a process

261 Remarkably, this was observed for residues orienting their side chains away from the ligands.

262 by inhibiting the angiogenic signal or by re-orienting them, compromises Schwann cell directionality

263 d (Ft/Ds/Fj) signaling system contributes to orienting those MTs.

264 nality at inappropriate subcellular loci and orienting tissue morphogenesis.

265 increase social vigilance, characterized as orienting to an unfamiliar individual without approachin

266 Because pupil diameter increases when orienting to behaviorally relevant events and is positiv

267 Orienting to gaze-direction is widespread among animal s

268 g starvation with different humidity levels, orienting to gradients as shallow as 0.03% relative humi

269 We used eye tracking to measure spontaneous orienting to letter targets (O, S, V, and +) presented a

270 Flexibly and efficiently orienting to salient information in the environment is c

271 suggested that autism may be caused by poor orienting to social stimuli in early infancy, compounded

272 ing when it comes to recognizing objects and orienting to the environment, especially at low spatial

273 , reflecting faster and stronger attentional orienting to the targets.

274 uths with irritability also show maladaptive orienting to, interpreting, and labeling of potential th

275 aGOO, a reference-guided contig ordering and orienting tool that leverages the speed and sensitivity

276 tivity in neural systems mediating attention orienting, top-down regulation of emotions, and motor ex

277 discriminate against the model cue to avoid orienting toward larvae in nearby nursery habitats.

278 o do, with associative learning facilitating orienting toward reward cues.

279 arly preference for faces is a mechanism for orienting toward the conspecifics and sustaining parenta

280 ished that birds in captivity are capable of orienting toward the direction of an intended goal, but

281 c conjunctive characteristics and anticipate orienting toward the goal.

282 egulation in ADHD may arise from deficits in orienting toward, recognizing, and/or allocating attenti

283 al morphology of endogenous RGCs, with axons orienting towards the optic nerve head of the host retin

284 assist in CYP2B4-cytb5 complex formation by orienting tr-CYP2B4 for efficient contact with cytb5.

285 in plants that determines organ position by orienting transport of the hormone auxin toward cells wi

286 the plane of the Drosophila wing epithelium, orienting two separable mechanisms of short-range interc

287 alue-driven salience to stronger attentional orienting, underscoring the utilization of different und

288 also plays an important role in alerting and orienting us to new events.

289 e mechanical agitation or robotic selection, orienting using MagLev is possible for objects having a

290 ppetitive state and controlled expression of orienting versus avoidance.

291 d connectivity might be required to organize orienting visuomotor behaviors and coordinate the specif

292 cularly, task performance during attentional orienting was correlated with alpha/low-beta desynchroni

293 paradigm that integrates LTM and attentional orienting, we first demonstrate that the contents of LTM

294 egions, whereas those related to involuntary orienting were more frequent with left-hemisphere seeds.

295 PPIs associated selectively with involuntary orienting were observed between ACs and seeds within the

296 temporal sulcus (STS); gaze-cued attentional orienting, which may be mediated by lateral parietal reg

297 g (capturing tonic alpha changes) and during orienting with leftward, rightward, or neutral-bilateral

298 to examine the utility of intermittency for orienting within a plume.

299 n odorous source, suggesting a framework for orienting within olfactory landscapes to optimize behavi

300 ial heading representation, established from orienting within part of a novel setting, into a complet