QUESTION 1 A NEUROTRANSMITTER released from the presynaptic neuron binds to a postsynaptic receptor & directly induces in the postsynaptic cell. A. EPSP creation O B. IPSP creation C. either EPSP or...


QUESTION 1<br>A NEUROTRANSMITTER released from the presynaptic neuron binds to a postsynaptic receptor & directly induces<br>in the postsynaptic cell.<br>A. EPSP creation<br>O B. IPSP creation<br>C. either EPSP or IPSP creation<br>D. both EPSP and IPSP creation<br>E. neither EPSP nor IPSP creation<br>QUESTION 2<br>A RECEPTOR AGONIST binds to a postsynaptic receptor & directly induces<br>in the postsynaptic cell.<br>A. EPSP creation<br>B. IPSP creation<br>O C. either EPSP or IPSP creation<br>D. both EPSP and IPSP creation<br>E. neither EPSP nor IPSP creation<br>QUESTION 3<br>A RECEPTOR ANTAGONIST binds to a postsynaptic receptor & directly induces<br>in the postsynaptic cell.<br>A. EPSP creation<br>B. IPSP creation<br>C. either EPSP or IPSP creation<br>D. both EPSP and IPSP creation<br>E. neither EPSP nor IPSP creation<br>

Extracted text: QUESTION 1 A NEUROTRANSMITTER released from the presynaptic neuron binds to a postsynaptic receptor & directly induces in the postsynaptic cell. A. EPSP creation O B. IPSP creation C. either EPSP or IPSP creation D. both EPSP and IPSP creation E. neither EPSP nor IPSP creation QUESTION 2 A RECEPTOR AGONIST binds to a postsynaptic receptor & directly induces in the postsynaptic cell. A. EPSP creation B. IPSP creation O C. either EPSP or IPSP creation D. both EPSP and IPSP creation E. neither EPSP nor IPSP creation QUESTION 3 A RECEPTOR ANTAGONIST binds to a postsynaptic receptor & directly induces in the postsynaptic cell. A. EPSP creation B. IPSP creation C. either EPSP or IPSP creation D. both EPSP and IPSP creation E. neither EPSP nor IPSP creation

Jun 02, 2022
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