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1 odels (novel object recognition and auditory sensory gating).
2 ies of the N40 potential, another measure of sensory gating.
3  in the genes that regulate these 2 forms of sensory gating.
4 S nicotinergic system that leads to abnormal sensory gating.
5 -nicotinic partial agonist effects) improved sensory gating.
6 reveal its role in promoting normal acoustic sensory gating.
7 nce: differences in inhibitory signaling and sensory gating.
8 as prepulse inhibition (PPI), which reflects sensory gating.
9 -16 as a previously undescribed regulator of sensory gating.
10 onally and mechanistically distinct forms of sensory gating.
11 tions including arousal, attention, mood and sensory gating.
12 g and have impairments in spatial memory and sensory gating.
13 tory of anxiety diagnoses had diminished P50 sensory gating.
14 eflects the underlying biological process of sensory gating.
15 sensitivity to nicotine-induced seizures and sensory gating.
16 pervigilance, attentional bias, and impaired sensory gating.
17 otic medications have normal P50 measures of sensory gating.
18                         In a rodent model of sensory gating, 19 normalized gating deficits.
19 ssociated with less inhibition during infant sensory gating, a performance deficit mitigated by prena
20                The authors used P50 auditory sensory gating, a putative marker of early attentional p
21 particular those with abnormal attention and sensory gating abilities.
22 ophysiological brain deficit related to poor sensory gating and attention in schizophrenia and other
23 y be beneficial to clinical populations with sensory gating and cholinergic abnormalities, including
24 have therapeutic value in restoring impaired sensory gating and cognitive deficits in schizophrenia a
25 f hSK3Delta led to deficits in attention and sensory gating and heightened sensitivity to a psychomim
26 ent of inhibitory neuron function related to sensory gating and increased attention and working memor
27                       The mechanisms of this sensory gating and its specificity are not understood.
28 s are multifunctional, playing roles in both sensory gating and motor pattern generation.
29 r occupancy and in vivo efficacy in auditory sensory gating and novel object recognition.
30 ., attention, memory, executive functioning, sensory gating and overall cognition) and promising safe
31 indicate a potential functional link between sensory gating and postural control, supporting future i
32 nd demonstrates in vivo efficacy in auditory sensory gating and, in an in vivo model to assess cognit
33  in modulating neurotransmission, cognition, sensory gating, and anxiety.
34 ransmission, improving speech understanding, sensory gating, and slow-wave sleep for a subset of elde
35 that serotonin regulates executive function, sensory gating, and social behavior and that attention d
36                         Prepulse inhibition, sensory gating, antisaccade, spatial working memory, eye
37 rior alpha-band oscillations associated with sensory gating are involved in STM retention by particip
38             Although sensorimotor gating and sensory gating are not identical, recent data suggest th
39                                     Auditory sensory gating as measured by the P50 ratio was similarl
40 ontinued treatment exhibited deficiencies in sensory gating, as indexed by smaller P2; error-monitori
41 posed endophenotype of schizophrenia, namely sensory gating assessed by P50 suppression of the audito
42                                              Sensory gating assessed via EEG in a paired-click paradi
43 e function of this interaction appears to be sensory gating, because inactivating the central, basola
44 bute to functional differences in inhibitory sensory gating between the two strains.
45 utism-like social interaction impairment and sensory-gating deficiency.
46                                 The auditory sensory gating deficit has been considered a leading end
47 arenicline (1) significantly reduced the P50 sensory gating deficit in nonsmokers after long-term tre
48  as strongly related to the well-established sensory gating deficit in schizophrenia.
49                     We hypothesized that the sensory gating deficit may occur in a specific neuronal
50 ts, and in DBA/2 mice that exhibit a natural sensory gating deficit.
51                         Ondansetron reverses sensory gating deficits and improves visuoperceptual pro
52                                              Sensory gating deficits found in schizophrenia can be as
53 a parsimonious explanation for cognitive and sensory gating deficits in pathologies with impaired PV+
54 findings may reflect neural compensation for sensory gating deficits in psychotic major depression.
55  disorders, highlighting a potential role of sensory gating deficits in the pathophysiology of fibrom
56             In addition, A-582941 normalized sensory gating deficits induced by the alpha7 nAChR anta
57 etron and other 5HT3 receptor antagonists on sensory gating deficits or sensory processing.
58 l personality disorder may have trait-linked sensory gating deficits similar to those in patients wit
59                                          P50 sensory gating deficits were confirmed in Palauan schizo
60          Because these subjects may manifest sensory gating deficits without overt psychotic symptoms
61 and related cognitive and neurophysiological sensory gating deficits.
62                In rodent models, it corrects sensory-gating deficits and improves working memory, eff
63 ts SOL, but not night awakenings, suggesting sensory gating differentially affects neural mechanisms
64 te a developmental cascade by which impaired sensory gating during a sensitive period of neonatal neu
65 he ipsilateral somatosensory cortex (iS1) to sensory gating during index finger voluntary activity.
66 e forelimbs, as a site of movement-dependent sensory gating during wake.
67 f critical periods in the development of its sensory gating functions.
68                                   Inhibitory sensory gating has been proposed to be a fundamental phy
69               While experimental measures of sensory gating have yielded insight into neurobiological
70 ies of amygdala-cerebellum interactions, the sensory gating hypothesis posits that the gating mechani
71  to that observed in the PCP animal model of sensory gating impairment of schizophrenia, as well as a
72            Additionally, SRKO mice exhibited sensory gating impairments in both evoked-gamma power an
73 d potential paradigm was used to examine P50 sensory gating in 85 schizophrenia patients (56 medicate
74 in PPI, but have been shown to have abnormal sensory gating in another paradigm.
75 he ipsilateral somatosensory cortex (iS1) in sensory gating in humans remains largely unknown.
76  these findings, we hypothesize that altered sensory gating in nTS contributes to cardiorespiratory i
77 strongly implicating a central mechanism for sensory gating in olfaction.
78 nicotinic receptor partial agonist) improved sensory gating in patients with schizophrenia.
79 --represents a novel and potent mechanism of sensory gating in prepulse inhibition.
80                        Rates of abnormal P50 sensory gating in relatives versus normal subjects resul
81 se inhibition, to the authors' knowledge P50 sensory gating in schizotypal personality disorder has y
82 omatosensory and motor cortex, contribute to sensory gating in the iS1 during voluntary activity in h
83 omatosensory and motor cortex, contribute to sensory gating in the iS1 during voluntary activity in h
84 homeostasis as a critical process underlying sensory gating in vivo.
85 lized to networks implicated in auditory P50 sensory gating, including the hippocampus and neocortex.
86 tics have been proposed to normalize the P50 sensory gating index in patients with schizophrenia.
87 ect of olanzapine and haloperidol on the P50 sensory gating index in schizophrenia.
88                                  KEY POINTS: Sensory gating is important for preventing excessive env
89                                              Sensory gating is important for preventing excessive env
90                    Our finding suggests that sensory gating is modulated by an interaction of TCF4 ge
91  its relevance, a process generally known as sensory gating, is crucial during sleep to ensure a bala
92                           Frequency-specific sensory gating may be less complex than the P50 response
93                                              Sensory gating may dynamically suppress irrelevant input
94  alpha modulation is a functionally relevant sensory gating mechanism deployed by attention.
95 itory stimulation, an example of an auditory sensory gating mechanism involved in human psychopatholo
96 rder to investigate the relationship between sensory gating mechanisms of the P13 potential, the puta
97                      Herein, the focus is on sensory gating, mismatch negativity (MMN) and P300, ther
98                                              Sensory gating, MMN, and P300 have been demonstrated to
99 wn differences among inbred mouse strains in sensory gating of auditory evoked potentials, prepulse i
100 s to the brain and/or signify differences in sensory gating of cardiac-related information in the ins
101 ation conditions versus in quiet, suggesting sensory gating of the noise.
102                              We also discuss sensory gating (or sensory suppression), a broader and o
103          However, the commonly used index of sensory gating, P50, has low heritability in families of
104 s study was to develop a clinically relevant sensory gating paradigm and to assess differences in bra
105 nd hemodynamic responses in a functional MRI sensory gating paradigm.
106 rom the nose, thus demonstrating a change in sensory gating potentially mediated by local inhibition
107                                At 10 months, sensory gating predicts SOL, but not night awakenings, s
108                As a measure of pre-attentive sensory gating, prepulse inhibition has been found to be
109 up differences in P50 amplitude, latency, or sensory gating ratio.
110 on of the gating deficit; and 3) P50 and M50 sensory gating ratios would predict neuropsychological m
111 SCZ) include cognitive deficits and impaired sensory gating represented by P50 inhibition deficits, w
112    TRN inhibition is considered critical for sensory gating, selective attention, and multimodal perf
113                                    ABSTRACT: Sensory gating (SG) is a phenomenon in which neuronal re
114                                              Sensory gating (SG) is a phenomenon in which neuronal re
115 rotects against an amphetamine disruption of sensory gating, suggesting that drugs which inhibit GlyT
116 evoked responses from a typical paired-click sensory gating task also were measured.
117 us, thalamus, and prefrontal cortex during a sensory gating task with high face validity further supp
118 ay disrupt normal adult auditory processing, sensory gating, thalamocortical rhythmicity, and slow-wa
119 P50 suppression is an operational measure of sensory gating that can be assessed by averaging electro
120 om Palau, Micronesia, were assessed with P50 sensory gating to 1) test for replication of the associa
121         However, the standard EEG measure of sensory gating using the P50 component at electrode Cz d
122 e on antipsychotic medication; five measured sensory gating using the P50 suppression response to a r
123                          Infant P50 auditory sensory gating was recorded during active sleep at a mea
124 ighly prevalent in schizophrenia and affects sensory gating, we also assessed smoking behavior, cotin
125 heir first-degree relatives have deficits in sensory gating, with P50 ratios that are generally great
126 wever, for a developing nervous system, such sensory gating would be counterproductive if it impedes

 
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