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1
Value of resting state electroencephalogram in the diagnosis of Alzheimer's disease
Published 2023-08-01Subjects: Get full text
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2
Relationship between intraoperative EEG spindle loss and emergence delirium in elderly patients undergoing joint replacement surgery
Published 2024-02-01Subjects: “…arthroplasty, replacement|emergence delirium|spindle|electroencephalography|anesthesia, general|risk factors|aged…”
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3
Clinical Characteristics of Global Developmental Delay in Children of Different Genders
Published 2023-09-01Subjects: “…developmental disabilities|global developmental delay|sex|child|clinical characteristics|magnetic resonance imaging|electroencephalography…”
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4
A Randomized Controlled Study of Multisensory Interventions in Promoting Brain Function Development in Premature Infants
Published 2023-01-01Subjects: “…brain diseases|premature birth|multisensory intervention|neurodevelopmental disorders|amplitude integrated electroencephalogram|electroencephalography|neurobehavioral signs and symptoms|randomized controlled trial…”
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5
Analysis of clinical and imaging manifestations in 8 patients with MOGAG and literature review
Published 2022-10-01Subjects: “…|anti-myelin oligodendrocyte glycoprotein-igg associated disorders(mogad)|clinical features|cerebrospinal fluid|electroencephalography|brain evoked potential|brain magnetic resonance…”
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6
Challenges and strategies in depression research
Published 2023-10-01“…Therefore, this paper gives a detailed discussion on the current status and existing challenges of depression research in the context of brain imaging, psychoneuroimmunology and electroencephalography, thus providing a new perspective for research directions and future strategies related to depression.…”
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Evaluation of EEG, EMG and clinical semiology in the lateral location of bilateral extremities tonic seizures of focal epilepsy
Published 2023-08-01“…Methods Ninety-two times of BETS were retrospectively observed from 26 patients with focal epilepsy, based on the surgery and follow-up results. The ictal electroencephalography(EEG),synchronous surface electromyography(EMG) and clinical symptoms were collected. …”
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8
Expression of Reg3g after brain trauma and its effect on early epilepsy in mice
Published 2023-03-01“…Methods TBI model was established with controlled cortical impact (CCI).In molecular and morphological experiments, 60 C57BL/6N wild type (WT) mice were randomly divided into sham group, CCI 24-h group, CCI 72-h group and CCI 1-week group.The temporal and spatial expression of Reg3g was detected by RT-PCR, Western blotting and immunofluorescence assay.Epilepsy was induced by kainic acid (KA).In the brain trauma seizure experiment, 30 WT mice and 30 Reg3g KO mice were randomly divided into WT (CCI)+(normal saline, NS) group, Reg3g KO (CCI)+NS group, WT (CCI)+KA group and Reg3g KO (CCI)+KA group.Epileptic seizures were induced on the basis of CCI, and electroencephalography (EEG) was performed in vivo. Results ① Compared with the sham group, the mRNA and protein expression of Reg3g in the cortex of the CCI injured side was significantly increased in 24 and 72 h and 1 week after CCI (P < 0.01).② The results of immunofluorescence assay showed that Reg3g and NeuN were completely co-expressed in the neurons in the cortex of CCI mice.③ No obvious epileptic waves were observed in WT and Reg3g KO mice injected with NS.Significant epileptic waves were observed in WT mice and Reg3g KO mice injected with KA.Compared with the WT mice, the latency of Reg3g KO mice injected with KA was significantly shorter and the total attack time was significantly longer (P < 0.05). …”
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Clinical Features and Recurrence-related Factors of Anti-N-methyl-D-aspartate Receptor Encephalitis in Children
Published 2022-07-01“…The clinical characteristics of children with anti-NDMAR encephalitis were analyzed, including gender and age distribution, onset time, clinical symptoms and signs, routine examination of cerebrospinal fluid, imaging examination, electroencephalography, immunological examination, treatment and prognosis. …”
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10
Expert Consensus on Monitoring and Management of Patients with Critical Neurological Illness at High Altitudes
Published 2022-01-01“…It is recommended to target the blood flow velocity of M1 at 40 cm/s in the 'super critical' period (8.2 points).(7) In the 'super critical' period, we recommend to routinely monitor BIS and maintain the BIS value around 40 as the goal to guide the depth of sedation; those with conditions can be monitored by quantitative electroencephalography to assist determining whether there are non-convulsive seizures, and perform diagnostic evaluation of the prognosis (8.6 points).(8) It is recommended to monitor brain oxygen levels routinely, starting early in the ICU admission of patients with critical neurological conditions at high altitudes, which can assist in the assessment of brain damage (8.6 points).(9) It is recommended to evaluate the cerebral blood flow self-regulation ability routinely to achieve the optimal cerebral perfusion pressure in time and timely adjust the intensity and scheme of treatment (8.2 points).(10) It is recommended to emphasize the importance of target arterial partial pressure of carbon dioxide in the artery in critical illness and neurocritical care at high altitudes (8.0 points).(11) It is recommended to devote attention to the importance of targeted temperature management in in critical illness and neurocritical care at high altitudes (8.6 points).(12) It is recommended that multidisciplinary consultation and multi-professional cooperation could improve the management in critical neurological illness at high altitudes (8.8 points).(13) It is recommended that the constitution of improvement in brain structure imaging, pressure normalization of cerebrospinal fluid and restoration of cerebral blood autoregulation could be as the de-escalation triad (8.0 points).(14) It is recommended to be cautious of paroxysmal sympathetic hyperreactivity patients in neurocritical and critical illness at high altitude (8.0 points).(15) It is recommended to be cautious about the management of agitation (delirium) and cognitive function of patients in TBI at high altitudes(8.0 points).(16) It is recommended to assess the itinerary of the rehabilitation in a timely manner for critically sick patients at high altitudes (8.2 points).(17) It is recommended to be cautious of post-traumatic hydrocephalus and related neuroendocrine abnormalities in patients with critical neurological illness at high altitudes (7.6 points).…”
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