Monoamine oxidase inhibitors were used as _____ by increasing the amount of _______ at the synapse
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MAOIs are primarily used as antidepressants. Show more…
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Monoamine Oxidase inhibitors are drugs that target neurotransmitters like serotonin, which is found in the brain. Monoamine Oxidase inhibitors that target serotonin would: - Inhibit the release of serotonin from neurons in the brain. - Increase action potentials in the brain. - Cause serotonin to break down more quickly in the brain. - Inhibit the breakdown of serotonin in the brain.
Adi S.
Explain why inhibitors of monoamine oxidase (MAO), the enzyme that catalyzes one of the reactions in epinephrine breakdown (Problem 23), are often used as drugs to treat mood disorders.
One strategy to alleviate depression and anxiety is by decreasing the activity of monoamine oxidase, an enzyme that degrades all neurotransmitters synthesized from amino acids. What is a dangerous side effect of this inhibition? a) Norepinephrine cannot be synthesized from Tyrosine b) Inhibiting MAO also inhibits acetylcholinesterase c) Levels of serotonin are decreased in the synaptic cleft d) Toxic levels of Tyramine can accumulate Which of these antidepressants directly affect the activity of monoamine oxidase? a) MAO inhibitor b) They all do c) Selective Reuptake Inhibitors d) Tricyclics Acetylcholine is a small molecule made from the combination of Acetyl CoA and Choline. A researcher creates a computer simulation of the Neuromuscular junction and adds a monoamine oxidase inhibitor. How will this affect nicotinic receptor activation? a) Decreased receptor activation b) No change in receptor activation c) No receptor activation d) Increased receptor activation Acetylcholine is a small molecule made from the combination of Acetyl CoA and Choline. A researcher creates a computer simulation of the Neuromuscular junction and adds a monoamine oxidase inhibitor. How will this affect nicotinic receptor activation? a) Decreased receptor activation b) No change in receptor activation c) No receptor activation d) Increased receptor activation
Madhur L.
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