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1 historically (regular migration and nomadic wandering).
2 ning future and past events, and during mind wandering.
3 might be linked with the continuity of mind wandering.
4 of G proteins is required to constrain patch wandering.
5 ically sampled their thoughts to assess mind wandering.
6 ask need to be considered when studying mind wandering.
7 on of attention rather than spontaneous mind wandering.
8 cognitive control brain regions during mind wandering.
9 gions whose activation was modulated by wind 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 manner that discourages task-irrelevant mind wandering activities, encourages task-relevant note-taki
14 ithin two genetically similar populations of wandering albatross Diomedea exulans from the Crozet and
16 e analyse a new, high-resolution data set of wandering albatross flights, and find no evidence for Le
17 ion-exploitation strategy using wide ranging wandering albatrosses (Diomedea exulans) as a model syst
20 ted increase in body mass of a population of wandering albatrosses (Diomedea exulans) with increasing
22 We find that total prey masses captured by wandering albatrosses during Levy movements exceed daily
23 al biological system presented evidence that wandering albatrosses perform Levy flights when searchin
29 ing contain a random component, which causes wandering among synaptic configurations with equivalent
31 reflects are only partially related to mind-wandering and include also attentional state fluctuation
32 isingly small, and in some cases (e.g., mind-wandering and sustained attention), older adults perform
35 havioral symptoms such as repetitive speech, wandering, and sleep disturbances are a core clinical fe
37 led out a general lapse in attention or mind wandering as being predictive of subsequent reductions i
38 N) deactivations were attenuated during mind wandering away from pain; (ii) functional connectivity f
40 be cognitively impaired, exhibit symptoms of wandering, be verbally abusive, and have socially inappr
44 easured varying levels of self-reported mind-wandering, behavioral variability, and brain activity wi
45 al representation of different types of mind wandering, but also highlights the importance of taking
46 find the default network active during mind wandering, but these studies have yielded mixed results
48 urther examine the neural correlates of mind wandering by examining mind wandering during strategic r
49 the first time, to our knowledge, that mind wandering can be enhanced externally using brain stimula
52 l levels were best explained by intense mind-wandering combined with stable behavior simultaneously,
53 Global Positioning System (GPS) tracking of wandering (Diomedea exulans) and black-browed albatrosse
56 examination of the neural correlates of mind wandering during discourse comprehension and shows that
58 ing pain coupled with thought probes of mind wandering, dynamic resting state activity fluctuations,
60 sults provide direct, in vivo evidence for a wandering form of neuronal migration involved in the add
64 Studies exploring the phenomenology of mind wandering highlight the importance of its content and re
66 help identify the neural correlates of mind wandering in a causal manner, in contrast to the correla
67 atent cognitive processes, we show that mind wandering in humans is characterized by inefficiencies i
68 ions was associated with more sustained mind wandering in particular thought domains during resting-s
71 ure is illustrated by the experience of mind wandering, in which attention switches from a current ta
72 lso highlights the importance of taking mind wandering into consideration when studying brain organiz
74 current investigation demonstrated that mind-wandering is associated with activity in a default netwo
77 Enhanced locomotory activity (ELA), such as wandering, is a normal behavior that occurs at the end o
78 resistance to apoptosis, however, is lost in wandering L3 animals after acquiring a heightened sensit
79 ause- and non-diapause-destined third instar wandering larvae, and are then downregulated throughout
83 ies reflect the dynamic tension between mind-wandering, meta-awareness, and directed attention, and m
84 grew into the limb more slowly than normal, wandering more widely, branching more frequently, and so
87 instar transition from foraging (feeding) to wandering (non-feeding) behavior occurs prior to puparia
91 The next section of this memoir traces the wanderings of an itinerant academic who moved from Bosto
95 sociated with self-reported episodes of mind-wandering, or thoughts that are unrelated to the present
96 ing gastrulation, (2) matrix associated with wandering, phagocytic hemocytes, (3) basement membranes
97 ovement is sensitive to pheromone dose, with wandering reduced on the up-gradient side of the cell, r
104 th of the wing imaginal disks of non-feeding wandering stage Manduca sexta can be stopped by removal
105 al fat body but not in epidermis from either wandering stage or allatectomized larvae, which lack hig
108 e information-processing demands of the mind-wandering state suggests that it involves perceptual dec
109 regions are at times more active during mind wandering than during a task with low control demands, s
110 cospinal neurons, exhibited similar abducens wandering that paralleled previously reported gait alter
112 A second step introduced the meandering, or wandering, trajectories observed in natural dendritic br
114 lt mode of humans appears to be that of mind-wandering, which correlates with unhappiness, and with a
115 gulation and cerebral representation of mind wandering, which occurs unavoidably during resting-state
116 trategies may minimize the downsides of mind wandering while maintaining its productive aspects.
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