sharp-slow-wave-complex网络尖慢复合波 网络释义 1. 尖慢复合波 8 尖慢复合波(sharp slow wave complex):尖波有单相性、双向性或 三相性,时限多在80-120ms,在尖波 后的慢波时限大 …www.docin.com|基于2个网页© 2025 Microsoft 隐私声明和 Cookie 法律声明 广告 帮助 反馈...
Blume, WT, David, RB, Gomez, MR (1973) Generalized sharp and slow wave complexes. Associated clinical features and long-term follow-up. Brain 96: pp. 289-306Blume WT, David RB, Gomez MR. Generalized sharp and slow wave...
网络释义 1. 尖慢复合波 sharp... ... sharp and slow wave complex [医]尖慢复合波sharp and wave complex[医]尖慢复合波sharp angle {n.}锐角 ... www.fastdict.net|基于 1 个网页 释义: 全部,尖慢复合波 更多例句筛选 1. Sharpandslowwavecomplex,sharpandwavecomplex ...
您现在的位置:生物医药大词典 >> 通用词典 >> 词汇解释: sharp and slow wave complex, sharp and wave complex sharp and slow wave complex, sharp and wave complex分享到: 尖慢复合波分类: 内科学 | 查看相关文献(pubmed) | 免费全文文献 详细解释:...
摘要: Hippocampal sharp wave/ripple complexes (SWRs) are rhythmic electrographic activities that appear strictly coupled with resting behavioral waking states of the brain and slow-wave sleep. Several...关键词: Hippocampus Local field potential Large irregular activity Ripple oscillation Sharp wave/...
Automatic detection and analysis of the EEG sharp wave–slow wave patterns evoked by fluorinated inhalation anesthetics Byrczek T, Jalowiecki P, Bem T: Automatic detection and analysis of the EEG sharp wave-slow wave patterns evoked by fluorinated inhalation anesthetics. ... Elzbieta Olejarczyk a...
wave n. 1.波,波浪,波涛,海浪 2.挥手,招手 3.汹涌的行动(或思想)态势;心潮;风潮 4.涌现的人(或事物);涌动的人(或物) 5.汹涌的行动(或思想)态势;心潮;风潮 slow 【构词成分】表示"慢的","缓慢的"(如:slow-moving; slow-burning) sharp eyed a. 目光敏锐的 sharp nosed a. 嗅觉灵敏的 shar...
Various cognitive functions have long been known to require the hippocampus. Recently, progress has been made in identifying the hippocampal neural activity patterns that implement these functions. One such pattern is the sharp wave–ripple (SWR), an eve
Hippocampal sharp-wave-ripple (SWR) events have been linked to this consolidation process during sleep, but SWRs also occur during awake immobility, where their role remains unclear. We report that awake SWR rates at the reward site are inversely related to the prevalence of vicarious trial and ...
Remondes and Wilson record brain activity in rats during periods of quiet alertness between behavioral trials and find that neurons in the cingulate cortex respond to hippocampal SWR during these stages and that these responses correlate with increased slow-γ coordination between the cingulate cortex ...