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Acetylcholine
Cannabinoids
Dopamine
Epinephrine
GABA
Glutamate
Neurotransmitters
Norepinephrine
Opioids
Serotonin
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Cannabinoids
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Cannabinoids - (not really neurotransmitters)
Endogenous ligand
anandamide
Neurotransmitter family
fatty acid
Most common sites of action (in the nervous system), and action exerted at those sites (excitatory/inhibitory/modulatory?)
striatum - tends to inhibit smooth muscle contraction
there are receptors all over the nervous system, though
Receptors (type, differences in signaling depending on receptor?)
metabotropic canabinoid receptors (CB1 and CB2)
Mechanism to stop signaling
hydrolysis in the synapse
Behavioral outcomes of activation of this system
reward
appetite
pain reduction
emotional regulation
short term memory deficit
movement inhibition
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Cannabinoids - (not really neurotransmitters)
Endogenous ligand
anandamideNeurotransmitter family
fatty acidMost common sites of action (in the nervous system), and action exerted at those sites (excitatory/inhibitory/modulatory?)
striatum - tends to inhibit smooth muscle contractionthere are receptors all over the nervous system, though
Receptors (type, differences in signaling depending on receptor?)
metabotropic canabinoid receptors (CB1 and CB2)Mechanism to stop signaling
hydrolysis in the synapseBehavioral outcomes of activation of this system
reward
appetite
pain reduction
emotional regulation
short term memory deficit
movement inhibition