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antiarrhythmics cardiology classes classification depolarization pharmacology phases angiotensinii cardiac kidneydisease myocytes nephrology neurology neuron nsaids renal vaughan williams
Action Potential: Depolarization and repolarization of a neuron #ActionPotential #Depolarization #Repolarization #Neuron #Neurology #Pathophysiology
Action Potential ... and repolarization ... ActionPotential ... #Repolarization ... #Pathophysiology
Action potential in cardiomyocytes The action potential in typical cardiomyocytes is composed of 5 phases (0-4), beginning
Action potential ... cardiomyocytes The action ... #Pathophysiology ... #Cardiac #ActionPotential ... #Repolarization
Antiarrhythmics Pharmacology Summary Cardiac Conduction Phases: Phase 0 - Ventricular Depolarization: • Na+ channels open leading to a
channel blocking effects ... , Intermediate Action ... Blockade, Fast Action ... Blockade, Slow Action ... Classification #Classes #pathophysiology
Antiarrhythmics - Vaughan Williams Classification: CLASS 1 - Sodium Channel Blockers: • MOA: Block fast Na+ channels
channel blocking effects ... , Intermediate Action ... Blockade, Fast Action ... Blockade, Slow Action ... Classification #Classes #pathophysiology
NSAIDS and their effects on the Kidney - Pathophysiology Arachidonic Acid metabolites into alternative pathways that modify
NSAIDS and their effects ... on the Kidney - Pathophysiology ... distal component of Nephron ... Idiosyncratic immune reaction ... #pathophysiology
Major Physiological Effects of Angiotensin II Altered Peripheral Resistance I. Direct vasoconstriction II. Enhancement of peripheral noradrenergic neurotransmission: A.
Physiological Effects ... Direct effect to ... excretion in distal nephron ... AngiotensinII #Pathophysiology ... #Action
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