depolarizations

the cardiac cells exhibited rapid depolarizations during the experiment.

understanding neuronal depolarizations is crucial for studying brain function.

we observed significant depolarizations in response to the stimulus.

the drug induced abnormal depolarizations in the sinoatrial node.

repetitive depolarizations can lead to arrhythmias in the heart.

the researchers analyzed the patterns of membrane depolarizations.

sudden depolarizations can trigger muscle contractions.

calcium influx often accompanies membrane depolarizations.

the effect of the toxin was characterized by prolonged depolarizations.

these depolarizations suggest an increased neuronal excitability.

we measured the amplitude and duration of the depolarizations.