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1 pecific alterations in BFCN excitability and impaired cognition.
2   Alcohol and cannabis misuse are related to impaired cognition.
3 lead to highly precise, safe medications for impaired cognition.
4 od of benefit or that may be associated with impaired cognition.
5 to positive and negative symptoms as well as impaired cognition.
6 eart failure self-care even in patients with impaired cognition.
7 ilure care, is challenging for patients with impaired cognition.
8 lf-care, even in heart failure patients with impaired cognition.
9 y, but only male offspring of this group had impaired cognition.
10 idence and time of conversion from normal to impaired cognition.
11 eatment response in diseases associated with impaired cognition.
12 changes in net synaptic efficacy, leading to impaired cognition.
13 uld lead to defective cortical circuitry and impaired cognition.
14 lized peak height, greater brain atrophy and impaired cognition.
15 trasted between all children with normal and impaired cognition.
16 ess disorder, alcohol misuse, migraines, and impaired cognition.
17 urity has a known association with prevalent impaired cognition.
18 igher white matter hyperintensity volume and impaired cognition.
19 ephone Montreal Cognitive Assessment, 9% had impaired cognition.
20 pecific alterations in BFCN excitability and impaired cognition.
21 ninvasive network-based neuromodulation aids impaired cognition.
22 erved cognition to those from aged rats with impaired cognition.
23 y nine (15%) fulfilled our criteria for BMS; impaired cognition (57%) and effects on employment (52%)
24 hat Bcl11a haploinsufficiency in mice causes impaired cognition, abnormal social behavior, and microc
25                    Thus, the X(m) chromosome impaired cognition, accelerated brain ageing and silence
26 f PD, including disrupted visual perception, impaired cognition across a range of domains, and psychi
27  is associated with subtle but significantly impaired cognition among normally aging mice.
28 vel partner, distinctive gait abnormalities, impaired cognition, an underlying LTP deficit, and profo
29 ric acid (GABA) deficits have been linked to impaired cognition and addictive disorders, we hypothesi
30 ic input to the cortex likely contributes to impaired cognition and behavior.
31  in part have a microvascular origin such as impaired cognition and heart failure.
32 Kalpha2 cKO but not AMPKalpha1 cKO displayed impaired cognition and hippocampal late long-term potent
33      AMPKa2 cKO but not AMPKa1 cKO displayed impaired cognition and hippocampal late long-term potent
34 deficits lead to poor functional outcome via impaired cognition and increased negative symptoms.
35 hol during the brain growth spurt results in impaired cognition and learning in adulthood.
36                                     Although impaired cognition and memory are the most prominent fea
37 tings, and with a novel clinical syndrome of impaired cognition and memory disturbance among humans a
38 ta) peptides in the brain is associated with impaired cognition and memory, pronounced inflammatory d
39 e behavior, distressing memories and general impaired cognition and negative mood.
40 opic glutamate receptor, are associated with impaired cognition and neuropsychiatric disorders such a
41 perfusion and vasoreactivity to hypercapnia, impaired cognition and, in CMS+, symptoms of depression.
42 gue may be related to autonomic dysfunction, impaired cognition, and decreased mood.
43 fects ranging from anaemia, growth stunting, impaired cognition, and decreased physical fitness, to o
44 e reduced ERK2 levels, exhibit microcephaly, impaired cognition, and developmental delay.
45 and display increased anxiety-like behavior, impaired cognition, and metabolic abnormalities, includi
46  to be male and to have low body mass index, impaired cognition, and microalbuminuria.
47 ment for age, sex, lifestyle, comorbidities, impaired cognition, and social isolation, HL in standard
48 ar defects associated with the initiation of impaired cognition are poorly characterized.
49 rrelations between high circulating AGEs and impaired cognition, as well as insulin sensitivity in ol
50 (TRANSWT) increased hippocampal IL-1beta and impaired cognition, but VAT transplants from comparably
51  matter microstructure that may underlie the impaired cognition characteristic of this CNV.
52                                Syndromes 1 ("impaired cognition," characterized by problems with atte
53 isorders of CP are frequently accompanied by impaired cognition, communication, and sensory perceptio
54              Syndromes 1-3 are described as "impaired cognition," "confusion-ataxia," and "central pa
55  to the ICU were old (87.7 +/- 5.4 yrs) with impaired cognition (CPS 2.8 +/- 1.7, range 0-6, where 6
56 ificant neuropathology-and cognitive frailty-impaired cognition despite low neuropathology.
57 s, decreased activities of daily living, and impaired cognition did not consistently predict falls ac
58        Cannabis use has been associated with impaired cognition during acute intoxication as well as
59  characterized decline in NMDAR function and impaired cognition during aging.
60  65-70 years: aHR, 2.55; 95% CI, 2.44-2.67), impaired cognition (eg, severely impaired vs not impaire
61 ctive polypharmacy may increase the risk for impaired cognition, fall-related injury, and death.
62 mia may result in decreased quality of life, impaired cognition, impaired mobility, and increased mor
63 development between children with normal and impaired cognition in adolescence.
64                    An active X(m) chromosome impaired cognition in female mice throughout the lifespa
65  the fragile X mouse, mechanisms relevant to impaired cognition in fragile X syndrome.
66 ered lateralization as a novel mechanism for impaired cognition in genetic and behavioral disorders.
67  suicide attempt, depression, and mania, and impaired cognition in healthy cannabis users (all sugges
68           Mouse genetic models of DS exhibit impaired cognition in hippocampally mediated behavioral
69 isabling disorganization symptoms related to impaired cognition in individuals with schizophrenia.
70 nglia tissue iron levels have been linked to impaired cognition in iron deficient children and adults
71  disease, but it also confers major risk for impaired cognition in normal aging or Alzheimer's diseas
72                                              Impaired cognition in schizophrenia is associated with w
73 contribute to altered gamma-oscillations and impaired cognition in schizophrenia.
74 asis for altered cortical GABA synthesis and impaired cognition in schizophrenia.
75 used to evaluate brain substrates underlying impaired cognition in schizophrenia.
76 rsolateral prefrontal cortex dysfunction and impaired cognition in schizophrenia.
77 ssociation between PV cell perturbations and impaired cognition in SZ, we activated prefrontal PV cel
78 nks between specific brain abnormalities and impaired cognition in these conditions, research using n
79 ibitors for treatment of disorders involving impaired cognition, including Alzheimer's disease.
80 elated potassium channel, is associated with impaired cognition, inefficient neural processing and sc
81                                              Impaired cognition, irritability, and agitation are also
82                                              Impaired cognition is a hallmark of schizophrenia spectr
83                                              Impaired cognition is a recognized characteristic of the
84  stroke severity and recurrence with risk of impaired cognition is not well known.
85 rs is the long-term disability that involves impaired cognition, lack of social support, and an inabi
86  relationship between kidney dysfunction and impaired cognition may improve our understanding of othe
87 p, myelodysplastic syndrome, and hemoglobin, impaired cognition (Modified Mini-Mental State Exam < 77
88 sence of altered mentation with evidence for impaired cognition or arousal, and neuro-COVID-19 comple
89 iary cholangitis, can experience symptoms of impaired cognition or brain fog.
90 rkers related to 6-month mortality included: impaired cognition (P < 0.01), recent falls (P < 0.01),
91 lzheimer's disease (P-value = 3 x 10-4), and impaired cognition (P-value = 4 x 10-3).
92 in schizophrenia, a disorder associated with impaired cognition, p35 expression is reduced in relevan
93  the precise molecular mechanisms underlying impaired cognition remain unclear.
94 tle evidence for cell death, suggesting that impaired cognition results from a cellular or synaptic d
95 on (SIS score >4) at the first assessment to impaired cognition (SIS score <=4) at the latest availab
96 clusion, indomethacin reduced MCAv(mean) and impaired cognition slightly; however, no clear associati
97 of testosterone replacement in patients with impaired cognition, such as people with Alzheimer's dise
98 urvivors; the strong association of SCI with impaired cognition suggests that these silent infarcts a
99 in three Gulf War illness groups-syndrome 1 (impaired cognition), syndrome 2 (confusion-ataxia), and
100 with alcoholic liver disease (ALD) have more impaired cognition than nonalcoholics.
101 ss-induced deficits in affect regulation and impaired cognition that reduce quality of life.
102                                              Impaired cognition was significantly associated with low
103                         Risk of syndrome 1 ("impaired cognition") was greater in veterans who reporte
104 se severity, longer duration of illness, and impaired cognition were associated with electrophysiolog
105                Cases (n=5) with syndrome 1 ("impaired cognition") were the most impaired on brain ste
106 tantially increased amyloid-beta levels, and impaired cognition, whereas enhancing its levels was the
107 ponse rates to antipsychotic medications and impaired cognition, yet the neurobiologic correlates of

 
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