Depolarization of a cardiac contractile cell will cause the delayed rectifier potassium channel to , while the inward rectifier potassium channel will .

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Depolarization of a cardiac contractile cell will cause the delayed rectifier potassium channel to ________, while the inward rectifier potassium channel will ________.

asked May 5, 2024 62.4k views

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Rimkashox · Answer 1 · 2024-05-08T18:28:09+0000

Final answer:

Depolarization of a cardiac contractile cell causes the delayed rectifier potassium channel to close and the inward rectifier potassium channel to open.

Step-by-step explanation:

Depolarization of a cardiac contractile cell will cause the delayed rectifier potassium channel to close, while the inward rectifier potassium channel will open.

Depolarization of a cardiac contractile cell will cause the delayed rectifier potassium channel to , while the inward rectifier potassium channel will .

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