Santini R, Dumas J, Thouvenot J
Pathol Biol (Paris). 1979 Oct;27(8):459-64.
By the use of differents resistance capacity (RC) values (0,3, 0,7, 1, 3, 6 and 7 s.) during bipolar recordings of digestive electromyogramme in chronically implanted dogs, it has been shown that the RC incidences were:--an increase of the slow wave potential amplitude, the optimale value of the RC was 3 sec;--the detection with long RC (1, 3, 6 and 7 S.) of a slow post-potential at the antral level. But there is no effect of the RC on the slow wave duration and on the spikes potentials caracteristics (amplitude-duration number). When the interval between the two active electrodes is increased (0,5 to 63 cm) the slow wave amplitude is enlarged; the best results on the slow wave amplitude are obtained with an electrode-interval of 7 to 8 cm. In cases of an important interval between two active electrodes (8, 16, 32, 63, 190 cm), the slow wave frequency at an intestinal level is dependent of the upward electrode. The spikes potentials are affected by electrode interval enlargement, and are dependent of the contractil events which can appear under each separated electrode.
在对长期植入电极的犬类进行消化肌电图的双极记录过程中,通过使用不同的电阻容量(RC)值(0、3、0.7、1、3、6和7秒),结果表明:RC发生率为——慢波电位幅度增加,RC的最佳值为3秒;——使用长RC(1、3、6和7秒)时在胃窦水平检测到慢后电位。但RC对慢波持续时间和锋电位特征(幅度 - 持续时间数量)没有影响。当两个活性电极之间的间距增加(0.5至63厘米)时,慢波幅度增大;电极间距为7至8厘米时,慢波幅度获得最佳结果。在两个活性电极之间间距较大(8、16、32、63、190厘米)的情况下,肠道水平的慢波频率取决于向上的电极。锋电位受电极间距增大的影响,并且取决于每个分离电极下方可能出现的收缩事件。