ObjectiveWe discussed the effect of TMS on the motor conduction pathway and studied the function of TMS in the motor function of patients with stroke.
目的研究经颅磁刺激对运动传导通路的易化作用及其在脑卒中运动功能康复中的作用。
The most probable mechanism was suggested as an AV re-entry with a bystander slow conduction AV accessory pathway.
作者认为此例心动过速的机制最可能是房室结内折返伴有前向传导延缓的旁观者房室副束。
Its efficacy in OAVRT may be attributed to the inhibition of retrograde conduction of the accessory pathway.
疗效主要取决于药物对房室旁束逆传的抑制作用。
Eleven (11) cases (73%) of bundle branch block pattern returned to normal conduction when the impulses in the A-V node passed through the slow-pathway.
束支阻滞图形多呈右束支阻滞，因房室结转慢径路传导而恢复者有11例(73%)。
Eleven (11) cases (73%) of bundle branch block pattern returned to normal conduction when the impulses in the A-V node passed through the slow-pathway.
束支阻滞图形多呈右束支阻滞，因房室结转慢径路传导而恢复者有11例(73%)。
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