Indicate whether an excitatory or inhibitory synapse is being described.
a.excitatory synapse
b.inhibitory synapse
-Increased PK₊ of the subsynaptic membrane (no change in PNₐ₊)
Correct Answer:
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Q211: Indicate which characteristic applies to classical neurotransmitters
Q212: Indicate which characteristic applies to classical neurotransmitters
Q213: Match neural disease/influence with correct characteristic.
a.multiple sclerosis
b.tetanus
c.strychnine
d.roseola
e.Parkinson's
Q214: Indicate which characteristic applies to classical neurotransmitters
Q215: Match neural disease/influence with correct characteristic.
a.multiple sclerosis
b.tetanus
c.strychnine
d.roseola
e.Parkinson's
Q217: Match neural disease/influence with correct characteristic.
a.multiple sclerosis
b.tetanus
c.strychnine
d.roseola
e.Parkinson's
Q218: Indicate which of the following changes will
Q219: Indicate whether an excitatory or inhibitory synapse
Q220: Match neural disease/influence with correct characteristic.
a.multiple sclerosis
b.tetanus
c.strychnine
d.roseola
e.Parkinson's
Q221: 
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