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1  (e.g., letters, digits, words), sensory, or motoric.
2 , stand, or walk, children now achieve these motoric abilities and almost age-based development when
3 -rescues survival (from 14 to >250 days) and motoric abilities in a severe SMA mouse model.
4 der using Ube3a deficient mice, the numerous motoric abnormalities associated with AS (ataxia, action
5 esentational space of decisions, rather than motoric actions.
6 ulates appetitive motivation and generalized motoric activation through functionally dissociable vmPF
7 DA and 5-HT systems contribute separately to motoric activation.
8 aching impairment and an absence of striatal motoric activity following lesion of motor cortex, but n
9 c" and "tonic" microstates, characterized by motoric activity versus quiescence, respectively.
10  that immune response to GABHS can result in motoric and behavioral disturbances and suggest that ant
11  non-depressed stroke survivors with minimal motoric and cognitive impairments using 'resting-state'
12 s to action perception, we uniquely combined motoric and conceptual interventions into one design.
13 ion recognition, participants also performed motoric and counting-based indices of temporal processin
14                                A syndrome of motoric and neuropsychiatric symptoms comprising various
15 s mutations show relevant cognitive, social, motoric and other phenotypes.
16 een made in our understanding of the visual, motoric, and affective influences on perception of human
17 f rat movement conflicted with motivational, motoric, and social accounts of drug-induced changes in
18                                To assess the motoric aspects of rehearsal in the absence of working m
19                Here, we investigated whether motoric aspects of rhythm processing-as measured by rhyt
20 se that midPrCG is essential to phonological-motoric aspects of speech production, especially syllabi
21 ar infusions of GDNF produce improvements in motoric behavior in MPTP-lesioned monkeys that correlate
22 atal dopaminergic neurons, in part, regulate motoric behavior, and undergo degenerative changes durin
23 ty but also offers novel insights into human motoric behavior, paving the way for the development of
24 ency led to age-dependent and task-dependent motoric behavioral deficits that are detectable by 5 mon
25 ons in functional connectivity, enhanced the motoric benefits of levodopa, and attenuated LID severit
26 on at either target provided similar overall motoric benefits.
27                              Any directional motoric bias was measured by comparing reaches from a ce
28 l mirror box illusion to investigate whether motoric, but not spatial, visuomotor congruence is suffi
29 een suggested to underpin the development of motoric challenges (e.g., handwriting difficulties) in a
30                                              Motoric cognitive risk (MCR) syndrome, a predementia syn
31          However, the association of PF with motoric cognitive risk syndrome (MCR) which is a prodrom
32 ce might be attributable to problems in the "motoric" component of response readiness was operational
33 etween its sensory, attentional, arousal, or motoric contributions.
34 addition to representing object locations in motoric coordinates, parietal neurons exhibit strong mod
35 cues, such as vestibular, somatosensory, and motoric cues, are necessary for normal expression of spa
36 euromuscular junctions and muscle at P21 and motoric deficits at 3 months.
37 t distinct from, those changes that underlie motoric deficits in these patients.
38                           To investigate the motoric deficits resulting from partial inactivation of
39       There were no associations between the motoric delirium subtype and activities of daily living
40                                              Motoric delirium subtype was neither associated with ear
41 ompanied increasing tic symptom severity and motoric disinhibition as demonstrated by a finger tappin
42 ed and untrained actions as well as striatal motoric dynamics.
43 neurodegenerative disease with a progressive motoric dysfunction leading to death.
44 s that are substrates of the reinforcing and motoric effects of cocaine.
45 t motor tasks to dissociate dopamine's acute motoric effects vs. its long-lasting, learning-mediated
46 ntable by increasing food reward, ruling out motoric effects, and did not occur when injections were
47 onvincing demonstration of adaptive auditory-motoric entrainment at age 3 years showed stronger tempo
48  elevated from their original implication in motoric function to a canonical circuit facilitating the
49 report hypoactivity, unrelated to anxiety or motoric function, and a deficit in the appropriate integ
50  htt with 82 glutamines along with losses of motoric function, hypoactivity and abbreviated life-span
51 hase alignments, associated with compromised motoric function, to more dynamic phase alignment and im
52 to more dynamic phase alignment and improved motoric function.
53 nitive deficits, oppositional behaviors, and motoric hyperactivity were particularly common.
54                    We therefore rejected the motoric hypothesis.
55             They suffered from a progressive motoric impairment and impaired bladder function and die
56 neurons were reduced to 90%, but only slight motoric impairment was detected.
57 ld lower dose was neither due to malaise nor motoric impairment.
58 th DA and 5-HT contributions to disorders of motoric impoverishment such as Parkinson's disease as we
59 ical group of structures are not exclusively motoric in nature.
60 rning are based on the idea that learning is motoric in origin.
61                                      Using a motoric incentive motivation task and transcranial magne
62 male and male human participants performed a motoric incentive motivation task for prospective moneta
63                                       Purely motoric influences on perception have been shown behavio
64 st, significant impairments were observed in motoric or "executive" aspects of performance.
65 lesion-specific changes in behavior on these motoric or executive aspects of performance.
66                 In the present study we used motoric performance tests, intracerebral microdialysis,
67 d that old F344BNF1 rats exhibited decreased motoric performance, and lower levels of spontaneous and
68          Preterm birth was associated with a motoric (posture instability, abnormal gait and decrease
69 ers the intrinsic relationship between human motoric preferences and device-specific sensor data.
70 cilitation is localized to a late, low-level motoric process or to an earlier stage, the process of o
71  of consistency bilaterally, suggesting that motoric processes beyond high-level representations of w
72  relative contribution of attentional versus motoric processes remains unclear.
73 hand to react with; the second included only motoric processes.
74 ch investigates what is learned during early motoric production, and it tests whether knowledge of go
75 nally generated rehearsal of working memory (motoric rehearsal task).
76 peated administration results in an enhanced motoric response to an acute challenge, also reflecting
77 ulse inhibition, both are independent of the motoric response to the prestimulus.
78 n, attentional demands, decision-making, the motoric response, and any common retrieval processes.
79        Existing theories propose that during motoric response-conflict, inappropriate motor activity
80 inely control the vigor with which they emit motoric responses.
81 and provides evidence for the development of motoric sequence representations that guide optimal move
82 aster initiation; and (3) the development of motoric sequence-specific representations that encode "h
83 antipsychotic-like activity without inducing motoric side effects in inbred C57BL/6 mice in vivo.
84 ntipsychotic efficacy and protective against motoric side effects.
85                             However, whether motoric simulation is indeed the function of motor activ
86  motorically simulate observed actions; this motoric simulation may support various functions such as
87 nipulated participants' experience with both motoric skills and conceptual knowledge, via motor train
88  in a verbal semantic space, as opposed to a motoric space, not only do they exhibit the typical Pavl
89 ined the association of exposure to delirium motoric subtype and long-term outcomes.
90  diagnostic criteria, subsyndromal delirium, motoric subtypes of delirium (hyperactive, hypoactive),
91        We sought to determine if duration of motoric subtypes of delirium are associated with worse c
92         We sought to determine if individual motoric subtypes of delirium are associated with worse d
93                                    Assessing motoric subtypes of delirium in the ICU might aid in pro
94   Future studies should consider delineating motoric subtypes of delirium.
95                  Recent studies suggest that motoric subtypes should be included as a subtype for del
96  the first day in delirium, and the delirium motoric subtypes were not different between the single-
97 lirium-free days, first day in delirium, and motoric subtypes were not different.
98 ee days, first day in delirium, and delirium motoric subtypes) of critically ill patients admitted in
99 g of body movements are essential to perform motoric tasks.
100 ain lesion volumes and better performance in motoric tests, compared with non-transgenic littermates,
101  facilitation of multisensory integration by motoric visuomotor congruence alone.

 
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