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1 ehavior must adapt in parallel or it becomes perseverative.
2                                              Perseverative actions are often the result of inhibitory
3 r, inhibitory problems do not always lead to perseverative actions.
4 zed by a greater contribution of both highly perseverative and highly unpredictable subsequences of r
5 re associated with population differences in perseverative and impulsive aspects of cognitive flexibi
6                 These changes coincided with perseverative and impulsive-like responding for sucrose
7 volving striatal D2R signaling coincide with perseverative and impulsive-like responding for sucrose,
8   DS BDNF protein positively correlated with perseverative and maintenance errors, suggesting mPFC-DS
9 ncy of contingency changes and measured both perseverative and non-perseverative errors.
10                                              Perseverative and spontaneous responses decreased, yet t
11 ial abnormalities, ultrasonic vocalizations, perseverative and stereotypic behaviors, anxiety, learni
12            Their responses on CSST were more perseverative, and larger lesions produced greater defic
13  assays to measure fear, behavioral despair, perseverative, and/or hyponeophagia.
14                                              Perseverative behavior has been highly implicated in add
15  obsessive-compulsive disorder (OCD) display perseverative behavior in stable environments but exhibi
16 y in the development of highly motivated and perseverative behavior toward cocaine is associated with
17  was improvement in marble-burying (anxiety, perseverative behavior).
18  showed markedly restricted, repetitive, and perseverative behavior, altered social behavior, altered
19 rojecting LHb neurons on reward sensitivity, perseverative behavior, and anxiety-like behavior using
20 ding disinhibition, apathy, loss of empathy, perseverative behavior, and hyperorality, were highly ex
21 essing mice show a deficit in CAL because of perseverative behavior, caused by interference from the
22 opamine neurotransmission controls motor and perseverative behavior, is mediated by protein phosphory
23 sessed social behavior as well as repetitive/perseverative behavior, motor function, and anxiety leve
24 ENM decreased behavioral despair and reduced perseverative behavior.
25  learned contingencies, with no evidence for perseverative behavior.
26 t that adult TSC2(+/-) mice exhibit a subtle perseverative behavioral phenotype that is eliminated by
27 tests, characterized by a high occurrence of perseverative behaviors and a lack of decision making.
28 , characterized by both a high occurrence of perseverative behaviors and a lack of deliberation durin
29            This adaptation may contribute to perseverative behaviors in animals that self-administer
30 uinpirole which were sub-threshold to induce perseverative behaviors in control animals, promoted ste
31 n pathophysiology and treatment of different perseverative behaviors in OCD.
32 olinergic interneuron (SCIN) degeneration on perseverative behaviors related to obsessive-compulsive
33      These errors were best characterized as perseverative behaviors, in which some rats repeatedly s
34 sults identify a role of SCIN in suppressing perseverative behaviors, including socially related ones
35   To explore the role of SCIN in relation to perseverative behaviors, we characterized a new transgen
36 f mTOR-Raptor interactions, LTP, memory, and perseverative behaviors.
37 d executive functions, and stereotypical and perseverative behaviors.
38      Patients with schizophrenia show rigid, perseverative behaviour that is not optimally responsive
39  strong positive valence to the MRN-leads to perseverative behaviour.
40 c-assisted therapy, particularly in cases of perseverative behaviours and a resistance to change seen
41 iniscent of autism, including repetitive and perseverative behaviours and social interaction deficits
42 hes) in autistic children/teenagers and more perseverative behaviours in autistic young/older adults,
43 R-Cas9-mediated knockout of Crym resulted in perseverative behaviours, increased fast synaptic excita
44 ignals by electrical stimulation reduces the perseverative betting bias, permitting more strategic de
45 and these changes tracked increases in state perseverative cognition.
46 tive responses before and after induction of perseverative cognition.
47  and autonomic responses to the induction of perseverative cognitions in patients with GAD.
48  behavioural feature, while hyperorality and perseverative/compulsive behaviours were less prevalent.
49 n, apathy/inertia, loss of sympathy/empathy, perseverative/compulsive behaviours, hyperorality and dy
50 ase our understanding about the emergence of perseverative/compulsive traits in neuropsychiatric diso
51  lapse rates were negatively correlated with perseverative error frequency across sessions, consisten
52   This vCA1-dependent adaptation relies on a perseverative error signal, which is encoded in vCA1 and
53 frontal dopamine D2 receptor levels predict "perseverative" error counts in wild-type mice, no such r
54 elation between perceived chronic stress and perseverative errors amongst the responders only.
55 h sham lesions learned slower, made more non-perseverative errors and fewer lose-shift responses, and
56 efrontal cortex are associated with elevated perseverative errors and reductions in the model paramet
57  striatum (caudate, putamen) correlated with perseverative errors and response latency.
58 n prefrontal function that lead to different perseverative errors and to distinguish between persever
59 al plane, tamarins no longer show systematic perseverative errors and, in general, perform better on
60  associated with better performance and less perseverative errors compared to individuals with lower
61 iciency on the cognitive task, and made more perseverative errors compared to the low-PLE group.
62 imensional set shifting (IDS) and made fewer perseverative errors during reversal learning (REV).
63 Extended intake of METH or the HCD increased perseverative errors during reversal.
64 ect of acute and perceived chronic stress on perseverative errors in an all-woman sample.
65 ssive errors, and random errors in males and perseverative errors in females.
66                                    Number of perseverative errors on the Wisconsin Card Sorting Test
67 activity met allele made significantly fewer perseverative errors on the Wisconsin Card Sorting Test
68 ores were significantly associated with more perseverative errors on the Wisconsin Card Sorting Test
69 s: r = .87, perseverative response: r = .83, perseverative errors r = .77, categories completed r = .
70 severative errors and to distinguish between perseverative errors that arise from a failure to inhibi
71                        In autistic children, perseverative errors were positively related to anxiety
72 in the FC of PF rats exacerbated arm-reentry perseverative errors without significantly affecting alt
73 09 increased correct responses and decreased perseverative errors, both before and after extended HCD
74 o impair cognitive flexibility, did increase perseverative errors, but, surprisingly, also improved o
75        Rats with sham lesions made fewer non-perseverative errors, rarely entering non-rewarded arms,
76 etween acute and perceived chronic stress on perseverative errors, such that only individuals who rep
77 s showed no anticipatory errors and very few perseverative errors, suggesting that they used local fe
78 wn from both nicotine doses committed higher perseverative errors, which correlated with measures of
79 ibility because of an increased frequency of perseverative errors.
80 ride, in the NAcC selectively reduced early, perseverative errors.
81 ormance on the set-shifting task by reducing perseverative errors.
82  by a sensitivity to punishment that reduces perseverative errors.
83 nges and measured both perseverative and non-perseverative errors.
84 n in PTD rats as well as reduced arm-reentry perseverative errors.
85 ensive patients committed significantly more perseverative errors.
86 d 4% of variance (P = 0.001) in frequency of perseverative errors.
87 D2R signaling are involved in compulsive and perseverative feeding behaviors.
88  by drugs and disease, including identifying perseverative grooming states in a rat model of fragile
89 nkeys, those with MS or OFC lesions showed a perseverative impairment in their ability to reverse thi
90                      This impairment was not perseverative in nature.
91 ssociations), and patient-reported symptoms (perseverative, inflexible thought patterns; inflexible a
92           Medial septum (MS) lesions lead to perseverative, inflexible-type behavior; however, a role
93 nhibiting DRN-projecting LHb neurons reduced perseverative licking during reward-omission testing, wh
94 , whereas activating these neurons increased perseverative licking.
95 tive flexibility and increased expression of perseverative, maladaptive behaviors.
96  augmented cocaine-primed reinstatement in a perseverative manner, whereas mOFC lesions attenuated co
97                               Rumination, or perseverative negative self-referential thinking, is a h
98                                              Perseverative negative thoughts, known as rumination, mi
99                              The presence of perseverative or compulsive behavior was more common in
100 involvement of D2R and D1R during the early (perseverative) phase of reversal learning as well as in
101     During extinction, adolescents made more perseverative (previously reinforced) pokes than adults.
102 ay contribute to behaviour that is rigid and perseverative rather than optimally guided by outcomes,
103 n the ventral tegmental area of low- vs high-perseverative rats.
104 xylase in the dorsal raphe nucleus of highly perseverative rats.
105 synaptic plasticity (L-LTP), and potentiates perseverative/repetitive behavior in mice.
106 g during the first discrimination, increased perseverative responding and reduced sensitivity to posi
107 ine the reinforcing efficacy of cocaine, and perseverative responding for sub-threshold doses of coca
108                  mPFC NR1-deletion increased perseverative responding in the 5-CSRTT and enhanced pre
109 tonin depletion of the marmoset PFC produced perseverative responding to the previously rewarded stim
110 e of cocaine and paired cues, they exhibited perseverative responding when cocaine-paired cues were p
111 e introduce a novel analysis that determines perseverative responding within the same procedure, and
112 ments in SSOST performance, including robust perseverative responding, followed LPFC but not OFC lesi
113  qualitatively distinct, with MAM increasing perseverative responding, whereas the PCP deficit was ma
114 otency at the DAT also tracks differences in perseverative responding.
115 in the importance of serotonin in inhibiting perseverative responding.
116 y during early reversal learning by reducing perseverative responding.
117 lower change in the adult B6 mice was due to perseverative responding.
118 g memory task, tests especially sensitive to perseverative responding.
119 e MK801-induced deficit was due to increased perseverative responding.
120 short and long forms (total errors: r = .87, perseverative response: r = .83, perseverative errors r
121 ing accuracy of discrimination, impulsivity, perseverative responses and response latencies.
122 in the upper quintile of the distribution of perseverative responses during repeated S-R reversals sh
123          Topal et al. proposed that infants' perseverative search errors can be explained by ostensiv
124                                      A basic perseverative tendency ('stickiness'), or choice repetit
125 erence, -8.07; 95% CI, -11.81 to -4.33), and perseverative thinking (adjusted difference, -4.21; 95%
126 naires regarding their tendency to undertake perseverative thinking and their level of psychological
127 ological stress is more strongly mediated by perseverative thinking than impulsiveness, a classical c
128 t, emotional regulation difficulties, worry, perseverative thinking, midpoint of sleep, social jet la
129 e self-regulation strategy over time, namely perseverative thinking, rather than by transient stimulu
130 stress and that this relation is mediated by perseverative thinking.
131 iatum were associated with a lower number of perseverative trials.
132 s characterized by an increased tendency for perseverative visits and social interactions.
133              However, reliance on a one-back perseverative, win-stay strategy increased with developm

 
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