L4 CCBs: Mechanism of Action of CCBs
Across
- 6. Chronotropy Effect of CCBs on heart rate
- 8. Ions Ions that CCBs block from entering smooth muscle and myocardial cells
- 9. The primary effect of CCBs on arterial smooth muscle
- 11. Inhibits calcium influx through L-type calcium channels leading to vasodilation
- 12. Node CCBs slow conduction through this part of the heart
- 13. The tissue where CCBs like Verapamil exert their strongest effect
- 14. Channel The specific calcium channel blocked by CCBs
- 15. Inotropy Effect of CCBs on cardiac contractility
Down
- 1. Primarily reduces heart contractility and slows AV node conduction
- 2. CCBs are commonly used to treat this condition due to their effect on blood pressure
- 3. Cells Cells in the SA node affected by CCBs leading to a slower heart rate
- 4. Muscle Type of muscle CCBs primarily affect in blood vessels
- 5. A calcium channel blocker that has intermediate effects on both heart rate and vasodilation
- 7. Condition where CCBs can be used to relieve narrowing of coronary arteries
- 10. The blood vessels most affected by CCBs leading to decreased blood pressure