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Classification of the nervous system and
the role of the blood brain barrier
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Nerve cells and neural communication:
neurons and glial cells
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Electrical properties of neurons:
generation and conduction of nerve impulse
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Action potential; ion channels; synaptic
transmission
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Receptors: ionotropic and metabotropic
receptors. Agonists and antagonists; Neurotransmitters.
Pharmacological intervention on various neurotransmitter
pathways
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Methods of studying the nervous system.
Pharmacological methods.
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Drugs affecting cholinergic transmission.
The role of acetylcholine
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Drugs affecting major inhibitory neural
transmissions: GABA and glycine
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Serotonin and dopamine. Pharmacological
intervention in diseases involving higher cognitive functions; Excitatory neurotransmission: drugs acting
on glutamate and the NMDA receptor; Neuropeptides
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Noradrenergic transmission. Adrenoreceptor agonists and antagonists
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Relevant physiology and anatomy of cardiac
function and circulation
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Beta and alpha blockers; calcium
antagonists
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Centrally acting drugs and vasodilators
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Ace inhibitors; diuretics; nitrates and
cardiac inotropes
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Antiarrythmic drugs and thrombolytics and
anticoagulants
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Lipid lowering drugs; Drugs
acting on blood and blood forming organs e.g. Iron, vitamin
B12, folic acid;Coagulation
disorders, Vitamin K, Warfarin and heparin
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Anti-platelet drugs and fibrinolytic agents