Question: Question 14 1 Pts If A Pre- And Post-synaptic Neuron Are Repeatedly Activated Synchronously, At A High Frequency, The Synapse Undergoes A Series Of Changes That Promote Learning. These Changes Occur When Depolarization Causes The Displacement Of (1) Select] That Would Otherwise Block (2) [ Select] Receptors. After Learning, There May Be Additional (3) …

Question: Question 14 1 Pts If A Pre- And Post-synaptic Neuron Are Repeatedly Activated Synchronously, At A High Frequency, The Synapse Undergoes A Series Of Changes That Promote Learning. These Changes Occur When Depolarization Causes The Displacement Of (1) Select] That Would Otherwise Block (2) [ Select] Receptors. After Learning, There May Be Additional (3) …

Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse
108/take D Question 14 1 pts rece If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high freque
Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse
D Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synap
Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse
Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse

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Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) Select] that would otherwise block (2) [ Select] receptors. After learning, there may be additional (3) [Select] in the postsynaptic membrane, sprouting of additional (4) Select) . and increased release of neurotransmitter (5) Select ] from the presynaptic axon terminal. 5 3 2 Na -4 Ca 108/take D Question 14 1 pts rece If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) Select) that would otherwise block (2) Select [ Select] be additional (3) [ Select) magnesium in the postsyr dditional (4) glutamate [Select] and increase calcium [ Select from the presynaptic axon terminal. 5 3 1 2 4 Call Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) Select] that would otherwise block (2) (Select) receptors. After learning, there may be additional (3) Select ( Select] stsynaptic membrane, sprouting of additional (4) [ Select magnesium reased release of neurotransmitter (5) GABA ( Select presynaptic axon terminal. NMDA 5 3 1 HORA 2 Na -4 Cat D Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) Select] that would otherwise block (2) Select receptors. After learning, there may be additional (3) [ Select) in the postsynaptic membrane, sprouting of additional (4) Select] , and increased release of neurotransmitter (5) calcium from the presynaptic axon terminal. GABA AMPA receptors 5 3 1 2 4 Ca Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) (Select) that would otherwise block (2) (Select) receptors. After learning, there may be additional (3) Select) in the postsynaptic membrane, sprouting of additional (4) [ Select) and increased release of neurotransmitter (5) [ Select] from the presynaptic axon terminal. axon hillocks dendritic spines axons 3 1 16 2 Na + 4 Ca Question 14 1 pts If a pre- and post-synaptic neuron are repeatedly activated synchronously, at a high frequency, the synapse undergoes a series of changes that promote learning. These changes occur when depolarization causes the displacement of (1) (Select] that would otherwise block (2) (Select] receptors. After learning, there may be additional (3) [ Select] in the postsynaptic membrane, sprouting of additional (4) [ Select . and increased release of neurotransmitter (5) [ Select from the presynaptic axon terminal. [ Select] glutamate calcium magnesium 3 1 2 Na -4