Looking at the diagram below, which two channels are most likely to work against the initial...

 

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Looking at the diagram below, which two channels are most likely to work against the initial depolarization that elicits an action potential? A B Delayed rectifier activity during an AP Low voltage-activated (AP threshold responses) Fast kinetics Slow kinetics -30 mV -70 mV -90 mV 00000 Kv1 Kvi Kv7 Kv1 and Kv4 Kv1 and Kv3 Kv2 and Kv7 Kv3 and and Kv2 Kv7 and Kv4 0 mV -30 mV -70 mV High voltage-activated (AP repolarization) Kva KV2 0 mV 30 mV -70 mV Kv1. KV3 Kv2 Looking at the diagram below, which two channels are most likely to work against the initial depolarization that elicits an action potential? A B Delayed rectifier activity during an AP Low voltage-activated (AP threshold responses) Fast kinetics Slow kinetics -30 mV -70 mV -90 mV 00000 Kv1 Kvi Kv7 Kv1 and Kv4 Kv1 and Kv3 Kv2 and Kv7 Kv3 and and Kv2 Kv7 and Kv4 0 mV -30 mV -70 mV High voltage-activated (AP repolarization) Kva KV2 0 mV 30 mV -70 mV Kv1. KV3 Kv2

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Step 12 Alternatively a huge sufficient depolarization event possibly as a result of a couple of dep... View the full answer