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Assimilation of rhythm by the isolated dog heart during gradual raising of stimulation frequency

机译:在逐渐增加刺激频率的过程中,离体狗的心脏对节律的吸收

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An ability for a forestalling regulation of contractility of the heart with calculation of the tendency of rhythm increasing was revealed under a gradual increasing of heart rhythm. A forestalling regulation of heart contractility occurs with rhythm assimilation at the cell level of the heart and irrespective of the influence of Frank-Starling law and neurohumoral factors on the work of the heart. A 5-10% increasing of heart rhythm is characterized by optimal rhythm assimilation. A 15-40% increasing of heart rhythm is not optimal and results in transformation of the rhythm. The following sequence of events take place in the process of transition from rhythm assimilation to rhythm transformation under a gradual increasing of heart rhythm: rhythm assimilation--rhythm by mechanical function--incomplete rhythm assimilation by electrical function-transformation of rhythm by electrical function.
机译:在心律逐渐增加的情况下,揭示了通过计算节律增加趋势来预防心脏收缩性的能力。心脏收缩的先发制人调节作用发生在心脏的细胞水平,并且与弗兰克史达琳定律和神经体液因素对心脏工作的影响无关。最佳心律同化的特征是心律增加5-10%。心律增加15-40%并非最佳,会导致心律转变。在心律逐渐增加的情况下,从心律同化到心律转变的过程中发生以下事件序列:心律同化-机械功能引起的节奏-电功能引起的不完全节奏吸收-电功能引起的节奏转换。

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