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i want to die

QuestionAnswer
Cholinergic NT's Acetylcholine
Cholinergic Receptors Nicotinic + Muscarinic
Cholinergic Elimination Degradation by ACH
Cholinergic Postsynaptic effect Nicotinic receptor causes depolarization. Muscarinic receptors can cause both depolarization or hyperpolarization depending on the subtype.
Amino Acid NT's Glutamate, Glycine, GABA
Amino Acid Receptors Glu Receptors, Gly receptors, GABA receptors
Amino Acid Postsynaptic effect Glu receptors cause depolarization. Gly and GABA receptors cause hyperpolarization.
Biogenic Amides NTs Seratonin, dopamine, noroepinephrine, epinephrine
Biogenic Amides Receptors 5-HT receptors, D1 and D2 receptors, Alpha + Beta Adrenergic receptors
Biogenic Amides postsynaptic effect Depolarization or hyperpolarization depends on the specific receptor. For example, D1 receptors cause depolarization and D2 receptors cause hyperpolarization.
Neuropeptides NT Met-enkephalin, beta endorphin, VIP, Substance P
Neuropeptides Receptors There are too many to count! yet they are all specific to peptidase
Neuropeptides Elimination Degredation by enzymes called peptidase
Neuropeptides Postsynaptic effect Depolarization or hyperpolarization depends on the specific receptor.
Biogenic Amides Elimination Reuptake by neurons
Amino Acid elimination Reuptake by neurons or glia
Created by: liladdoyle
 

 



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