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Multichannel spectral analysis of R-R and respiratory series from 24-hour Holter recordings

机译:24小时动态心电图记录对R-R和呼吸系列的多通道光谱分析

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The influence of respiration on power spectral analysis of heart rate variability is often ignored. The availability of simultaneous 24-hour recordings of ECG and respiratory activity can provide important information on the possible correlation between the two signals. A spectral multichannel autoregressive method (Nuttall-Strand algorithm) was applied to R-R interval and respiratory time series obtained from 24-hour recordings. Fifteen normal subjects and seven climbers, who reached the altitude of 5000 m, were submitted to the study. The coherence between R-R series and respiration in the LF and HF band was computed and compared in the two groups. As compared to normals, climbers showed a significantly higher coherence in the LF band-possibly because of the presence of periodic breathing.
机译:呼吸对心率变异性功率谱分析的影响通常被忽略。同时提供24小时心电图和呼吸活动记录的可用性可以提供有关两个信号之间可能相关性的重要信息。频谱多通道自回归方法(Nuttall-Strand算法)应用于从24小时记录获得的R-R间隔和呼吸时间序列。十五名正常受试者和七名登山者达到了5000 m的高度,被纳入研究。计算了两组的R-R系列与LF和HF频段呼吸之间的相干性。与正常人相比,攀岩者在LF波段表现出明显更高的连贯性,这可能是因为存在周期性呼吸。

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