What would happen if glutamate binds to AMPA receptors on a neuron that is resting at -85 mV? (note - there are actually several brain regions where neurons rest at this potential!) O a. Chloride...


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What would happen if glutamate binds to AMPA receptors on a neuron that is resting at -85 mV? (note - there are actually several brain regions where neurons rest at this potential!)<br>O a. Chloride would exit the postsynaptic neuron<br>O b. Chloride would enter the postsynaptic neuron<br>O c. Sodium and potassium would both enter the neuron<br>O d. Sodium would enter the postsynaptic neuron and potassium would exit<br>Oe.<br>Potassium would enter the postsynaptic neuron and sodium would exit<br>

Extracted text: What would happen if glutamate binds to AMPA receptors on a neuron that is resting at -85 mV? (note - there are actually several brain regions where neurons rest at this potential!) O a. Chloride would exit the postsynaptic neuron O b. Chloride would enter the postsynaptic neuron O c. Sodium and potassium would both enter the neuron O d. Sodium would enter the postsynaptic neuron and potassium would exit Oe. Potassium would enter the postsynaptic neuron and sodium would exit

Jun 11, 2022
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