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What cell follow a Myocardial Action Potential - 🧠ANSWER ✔✔myocytes
rapid upstroke and depolarization mediated by voltage-gated Na+ channel
inflow - 🧠ANSWER ✔✔Myocardial Action Potential phase 0
initial repolarization mediated by inactivation of Na+ channels and transient
K+ Ito1 channels outflow - 🧠ANSWER ✔✔Myocardial Action Potential
phase 1
plateau maintained by L-type Ca2+ channel inflow and rectifier K+ channel
outflow. - 🧠ANSWER ✔✔Myocardial Action Potential phase 2
, repolarization mediated by the closure of Ca2+ channels and delayed
rectifying K+ channel outflow - 🧠ANSWER ✔✔Myocardial Action Potential
phase 3
resting potential with high K+ permeability through K+ channels -
🧠ANSWER ✔✔Myocardial Action Potential phase 4
Myocardial Action Potential absolute refractory period - 🧠ANSWER ✔✔from
upstroke through plateau
How is ion concentration restored in myocardial action potential? -
🧠ANSWER ✔✔Na+/K+ pumps and Na+/Ca2+ exchangers
When does ion concentration restoration occur in myocardial action
potential? - 🧠ANSWER ✔✔Phase 2-4
Myocardial Action Potential phase 0 channel(s) - 🧠ANSWER ✔✔voltage-
gated Na+ channel inflow
Myocardial Action Potential phase 1 channel(s) - 🧠ANSWER ✔✔transient
K+ Ito1 channels outflow
Myocardial Action Potential phase 2 channel(s) - 🧠ANSWER ✔✔L-type
Ca2+ channel inflow and rectifier K+ channel outflow