tetanization
- tetanization的基本解释
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[医] 促强直, 致强直
- 更多网络例句与tetanization相关的网络例句 [注：此内容来源于网络，仅供参考]
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For this reason, tetanization≥100Hz was preferably used in the following experiments.
因此，我们在以后的实验中大都采用高于100Hz的强直刺激。
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It is suggested that this is due to that two seperate processes are switched on by the prolonged low-frequency tetanization. While the inhibitory process does not intterupt the LTP production, it does defer the manifestation of LTP.
文中讨论认为这是由于较长的低频强直刺激启动了两个独立的过程，开始的抑制性过程并不妨碍LTP的启动，但可推迟LTP的表现。
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Firstly, we attempted to determine the optimal LTP-producing tetanic stimulation and observed that tetanization≥100Hz is more reliable than that≤50Hz in producing LTP.
首先我们找出在本实验条件下诱发LTP的最适强直刺激，观察到大于100Hz的强直刺激比50Hz以下强直刺激能更可靠地诱发出LTP。
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With prolonged lowfrequency tetanization, a temporary inhibitory change was often observed immediately after the tetanic stimulation. But the evoked potentials began to recover more than ten minute later and finally exceeded the pre-tetanic level.
在较长的低频强直刺激下，往往先引出一抑制性变化，但十几分钟后反应逐渐恢复并将超过强直刺激前水平。
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Acute tetanization (60 Hz, 2 s, 0.4－0.6 mA) of the right posterior dorsal hippocampus was used to induce hippocampal epilepsy. The single unit discharges and the depth electrographs were synchronously recorded with a glass microelectrode and a pair of stainless concentric electrodes in the ipsilateral anterior dorsal hippocampus.
急性强直电刺激大鼠右侧后背HPC CA1基树突区(acute tetanization of the posterior dorsal hippocampus， ATPDH； 60 Hz， 2 s ， 0.4－0.6 mA)诱发HPC癫痫模型，同步记录同侧前背HPC CA1顶树突区单位放电和基树突区深部电图。
- 更多网络解释与tetanization相关的网络解释 [注：此内容来源于网络，仅供参考]
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tetanization：致强直作用
tetanigenous致强直的 | tetanization致强直作用 | tetanize致强直
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tetanization：强直作用
试管架 test-tube rack | 强直作用 tetanization | 破伤风 tetanus