ライフサイエンスコーパス: wander

1 historically (regular migration and nomadic wandering).

2 subjects concentrate on a task, their minds wander.

3 c patterns may also be related to true polar wander.

4 isode of approximately 80 degrees true polar wander.

5 explain the observed low rate of true polar wander.

6 timulation, increased the propensity to mind-wander.

7 ge-scale shape, gravity and history of polar wander.

8 rtbeats while human participants freely mind-wandered.

9 ning future and past events, and during mind wandering.

10 work that are consistent with decreased mind-wandering.

11 application of JH III or JHM at the onset of wandering.

12 he "resting" brain to the occurrence of mind-wandering.

13 might be linked with the continuity of mind wandering.

14 of G proteins is required to constrain patch wandering.

15 ically sampled their thoughts to assess mind wandering.

16 ask need to be considered when studying mind wandering.

17 on of attention rather than spontaneous mind wandering.

18 cognitive control brain regions during mind wandering.

19 gions whose activation was modulated by wind wandering.

20 istent with deformation caused by true polar wander--a change in the orientation of a planet with res

21 hat cause persistent activity to diffusively wander about the network, degrading memory over time.

22 rs, will leave the area of a food source and wander about their environment in an apparent search for

23 of surface motility, causing the bacteria to wander across the surface instead of forming cell cluste

24 manner that discourages task-irrelevant mind wandering activities, encourages task-relevant note-taki

25 ze the polarity axis, causing Cdc42p foci to wander aimlessly around the cell cortex.

26 ithin two genetically similar populations of wandering albatross Diomedea exulans from the Crozet and

27 Here, we used the wide-ranging wandering albatross Diomedea exulans to investigate pote

28 e analyse a new, high-resolution data set of wandering albatross flights, and find no evidence for Le

29 ion-exploitation strategy using wide ranging wandering albatrosses (Diomedea exulans) as a model syst

30 Wandering albatrosses (Diomedea exulans) forage over tho

31 Here, we use a 30-year study of wandering albatrosses (Diomedea exulans) to disentangle

32 ted increase in body mass of a population of wandering albatrosses (Diomedea exulans) with increasing

33 We found that wandering albatrosses behave as time minimizers during i

34 We find that total prey masses captured by wandering albatrosses during Levy movements exceed daily

35 al biological system presented evidence that wandering albatrosses perform Levy flights when searchin

36 Wandering albatrosses usually breed biennially if succes

37 Wandering albatrosses were exposed to a wide range of co

38 Using GPS tracking data from 276 wandering albatrosses, we extract foraging parameters in

39 confirm these predictions in freely ranging wandering albatrosses.

40 at a polarized patch of polarity regulators "wanders" along the cortex during gradient tracking.

41 Mind wandering also involves a complex balance of costs and b

42 ing contain a random component, which causes wandering among synaptic configurations with equivalent

43 The first was sequential; in wandering and black-browed albatrosses, high levels of b

44 reflects are only partially related to mind-wandering and include also attentional state fluctuation

45 isingly small, and in some cases (e.g., mind-wandering and sustained attention), older adults perform

46 internally-directed processes, such as mind wandering and thoughts about the self.

47 t this activity reflects inattention or mind wandering (and, consequently, poor memory).

48 havioral symptoms such as repetitive speech, wandering, and sleep disturbances are a core clinical fe

49 Meta-awareness and regulation of mind-wandering are core cognitive components of most contempl

50 nformation on whether and how the system may wander around an inter-layer synchronous configuration.

51 swarm edge moved inward for the first 20 s, wandered around in place for the next 40 s, and then mov

52 00 or 300 mum from the edge moved outward or wandered around in place, respectively.

53 ected by a patch of polarity regulators that wanders around the cortex.

54 led out a general lapse in attention or mind wandering as being predictive of subsequent reductions i

55 monstrate that individual tendencies to mind wander away from pain, in the absence of explicit manipu

56 ty were associated with the tendency to mind wander away from pain.

57 Human minds often wander away from their immediate sensory environment.

58 N) deactivations were attenuated during mind wandering away from pain; (ii) functional connectivity f

59 riented asymmetric UNC-40 localization and a wandering axon phenotype.

60 be cognitively impaired, exhibit symptoms of wandering, be verbally abusive, and have socially inappr

61 The transition from foraging to wandering behavior is associated with a striking reversa

62 the frontal lobes play a causal role in mind-wandering behavior.

63 o populate the heart and instead exhibited a wandering behavior.

64 easured varying levels of self-reported mind-wandering, behavioral variability, and brain activity wi

65 are present on the food source, males do not wander but remain with them.

66 al representation of different types of mind wandering, but also highlights the importance of taking

67 find the default network active during mind wandering, but these studies have yielded mixed results

68 tin-directed membrane traffic contributes to wandering by diluting local polarity factors.

69 urther examine the neural correlates of mind wandering by examining mind wandering during strategic r

70 the first time, to our knowledge, that mind wandering can be enhanced externally using brain stimula

71 Mind-wandering characterizes much of waking life and is often

72 We found that even though mind-wandering co-occurred with increased behavioral variabil

73 l levels were best explained by intense mind-wandering combined with stable behavior simultaneously,

74 This resulted in true polar wander consistent with the observed remnant polar hydrog

75 maly (with or without the ocean), true polar wander could have moved the feature towards the Pluto-Ch

76 Global Positioning System (GPS) tracking of wandering (Diomedea exulans) and black-browed albatrosse

77 ve DRS, and embryos displayed abducens nerve wandering distinct from the Chn1KI/KI phenotype.

78 d six phases of slow, oscillatory true polar wander during which the Earth's axis of minimum moment o

79 n shown to correlate with the degree of mind-wandering during attentional tasks.

80 examination of the neural correlates of mind wandering during discourse comprehension and shows that

81 rrelates of mind wandering by examining mind wandering during strategic reading comprehension.

82 hotspot reference frames-that is, true polar wander-during the past 100 million years, which implies

83 ing pain coupled with thought probes of mind wandering, dynamic resting state activity fluctuations,

84 atter phenomenon may represent a rapid polar wander episode (3 to 10 degrees per million years) whose

85 h has the geometry expected for a true polar wander event that postdates the formation of the massive

86 Prior studies of mind wandering find the default network active during mind wa

87 sults provide direct, in vivo evidence for a wandering form of neuronal migration involved in the add

88 rect evidence suggests that acyl-CoAs do not wander freely within cells, but instead, are channeled i

89 Participants provided ratings of mind wandering frequency that were used to investigate intera

90 In the cognitive neurosciences, mind wandering has been associated with several distinct neur

91 Studies exploring the phenomenology of mind wandering highlight the importance of its content and re

92 Artificially blocking patch wandering impairs gradient tracking.

93 help identify the neural correlates of mind wandering in a causal manner, in contrast to the correla

94 atent cognitive processes, we show that mind wandering in humans is characterized by inefficiencies i

95 ions was associated with more sustained mind wandering in particular thought domains during resting-s

96 which the larva stops feeding and initiates wandering in preparation for metamorphosis.

97 , however, leaving membrane proteins largely wandering in the wilderness.

98 ure is illustrated by the experience of mind wandering, in which attention switches from a current ta

99 nt embryos, motor axons were error prone and wandered inefficiently at choice points within embryos,

100 y in lunar history, which implies that polar wander initiated billions of years ago and that a large

101 When mRNP complexes wander into dense chromatin, they tend to become stalled

102 g herpes virus replication and inadvertently wandered into an entirely new area-viral latency.

103 lso highlights the importance of taking mind wandering into consideration when studying brain organiz

104 True polar wander, involving reorientation of Europa's floating out

105 Mind wandering is an ubiquitous phenomenon in everyday life.

106 current investigation demonstrated that mind-wandering is associated with activity in a default netwo

107 Mind wandering is markedly different from other cognitive beh

108 It remains unknown whether such mind wandering is unsystematic or whether it lawfully relates

109 Enhanced locomotory activity (ELA), such as wandering, is a normal behavior that occurs at the end o

110 resistance to apoptosis, however, is lost in wandering L3 animals after acquiring a heightened sensit

111 ause- and non-diapause-destined third instar wandering larvae, and are then downregulated throughout

112 circles to each supercontinent's true polar wander legacy, we determine that the arc distances betwe

113 g to a ubiquitous tendency of human minds to wander, little is known about the neural operations that

114 entral axons, including midline crossing and wandering longitudinal trajectories.

115 The rates of Paleozoic true polar wander (<1 degrees /My) are compatible with those in the

116 reduce the likelihood of microbial spread by wandering macrophages containing infectious cargo.

117 Wandering males, in contrast, have expansive home ranges

118 ies reflect the dynamic tension between mind-wandering, meta-awareness, and directed attention, and m

119 grew into the limb more slowly than normal, wandering more widely, branching more frequently, and so

120 Mind wandering (MW) refers to the disengagement of attention

121 the DLPFC might be an integral part of mind-wandering neural machinery.

122 instar transition from foraging (feeding) to wandering (non-feeding) behavior occurs prior to puparia

123 f inertia about which oscillatory true polar wander occurs owing to the prolate shape of the non-hydr

124 The apparent wandering of axons across the repair defies surgical con

125 d profound midline stalling and overshooting/wandering of post-crossing axons.

126 ouse, demonstrating the influx and incessant wandering of T lymphocytes.

127 and the resulting reorientation (true polar wander) of Pluto.

128 Mind wandering often interferes with reading comprehension, a

129 Wandering or agitation occurred at 3 or more of 4 consec

130 Misidentification, wandering or agitation, and physical aggression increase

131 sociated with self-reported episodes of mind-wandering, or thoughts that are unrelated to the present

132 ate Cretaceous-early Tertiary apparent polar wander path for the Pacific plate using 27 paleomagnetic

133 Similar features in other polar wander paths imply that the event was a rapid shift of t

134 ing gastrulation, (2) matrix associated with wandering, phagocytic hemocytes, (3) basement membranes

135 ses some OR111-7-expressing sensory axons to wander posteriorly after exiting the olfactory pit, away

136 Humans mind-wander quite intensely.

137 is defective; specific axons often appear to wander randomly or migrate in the wrong direction.

138 eptor gene cause the axons of these cells to wander rather than converge on a specific glomerulus.

139 ovement is sensitive to pheromone dose, with wandering reduced on the up-gradient side of the cell, r

140 4) or traumatic (2) cyst, and splenopexy for wandering spleen (2).

141 Clinical presentation of a wandering spleen can vary from asymptomatic abdominal ma

142 Wandering spleen is a rare clinical condition which can

143 Wandering spleen is a rare condition which if uncorrecte

144 We present a case of wandering spleen with torsion and complete infarction th

145 When larvae stop feeding and enter the wandering stage in preparation for metamorphosis, the co

146 th of the wing imaginal disks of non-feeding wandering stage Manduca sexta can be stopped by removal

147 al fat body but not in epidermis from either wandering stage or allatectomized larvae, which lack hig

148 ental progression of larvae from foraging to wandering stage.

149 rms at 2 days after the start of the natural wandering stage.

150 e information-processing demands of the mind-wandering state suggests that it involves perceptual dec

151 e features has hitherto been found for polar wander stress patterns.

152 regions are at times more active during mind wandering than during a task with low control demands, s

153 cospinal neurons, exhibited similar abducens wandering that paralleled previously reported gait alter

154 notion that transient polarity patches that wander the cell surface at the onset of mating are discr

155 Pelagic seabirds wander the open oceans then return accurately to their h

156 ict GSC numbers was much earlier, during the wandering third-instar larval stage.

157 onses, moments of unoccupied rest free us to wander through thoughts of the past and future, create d

158 has shown that brain activity at rest slowly wanders through a repertoire of different states, where

159 tive to the surface geography, or true polar wander (TPW).

160 et with respect to its spin axis (true polar wander, TPW), which is responsible for the present equat

161 A second step introduced the meandering, or wandering, trajectories observed in natural dendritic br

162 The pheromone gradient appears to bias wandering via interactions between receptor-activated Gb

163 change in the spin axis, known as true polar wander, was caused by a low-density thermal anomaly bene

164 tic reference frame corrected for true polar wander, we have developed a model for absolute plate mot

165 s' reports of the tendency of their minds to wander were correlated with activity in this network.

166 spin axis relative to the mantle (true polar wander), which may have been related to global changes i

167 lt mode of humans appears to be that of mind-wandering, which correlates with unhappiness, and with a

168 gulation and cerebral representation of mind wandering, which occurs unavoidably during resting-state

169 trategies may minimize the downsides of mind wandering while maintaining its productive aspects.