It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌收缩始于动作电位使肌膜去极化。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去极化型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电极的阴极去极化加速了镁合金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌收缩始于动作电位使肌膜去极化。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库（Pipecuronium Bromide）一种长效非去极化型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电极的阴极去极化加速了镁合金的点蚀的发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心收缩始于动作电位使膜去。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去型。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电的阴去速了镁合金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心收缩始于动作电位使膜去极。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去极松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电极的阴极去极镁合金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌收缩始于动作电位使肌膜。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非型肌。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

菌的代谢过程所致的电的阴加速了镁合金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌收缩始于动作电位使肌膜。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电的阴加速金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌收缩始于动作位使肌膜去极化。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去极化型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌代谢所极阴极去极化加速了镁合金点蚀形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已经确证，心肌于动作电位使肌膜去极化。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去极化型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所致的电极的阴极去极化加速了镁合金的点蚀的形成和发展。

It is well established that the cardial contraction is initiated when an action potential depolarizes the sarcolemma.

已确证，心肌收缩始于动作电位使肌膜去极化。

Pipecuronium Bromide--A long-acting non-depolarizing muscular relaxant.

哌库溴铵（Pipecuronium Bromide）是一种长效非去极化型肌松药。

The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢程所致的电极的阴极去极化加速了镁合金的点蚀的形成和发展。