During synaptic transmission of nerve impulse, neurotransmitter (P) is released from synaptic vesicles by the action of ions (Q). Choose the correct P and Q.
P = acetylcholine, Q = $C a^{+ +}$
P = acetylcholine, Q = $N a^{+ +}$
P = GABA, Q = $N a^{+}$
P = Cholinesterase, Q = $C a^{+ +}$ .

Question

During synaptic transmission of nerve impulse, neurotransmitter (P) is released from synaptic vesicles by the action of ions (Q). Choose the correct P and Q.
P = acetylcholine, Q = $C a^{+ +}$
P = acetylcholine, Q = $N a^{+ +}$
P = GABA, Q = $N a^{+}$
P = Cholinesterase, Q = $C a^{+ +}$ .

Toppr Admin · Accepted Answer

The correct option is A P - acetylcholine- Q - Ca-Acetylcholine is stored in tiny membrane -x2018-packets-x2019- called synaptic vesicles which can be triggered to secrete by fusing with the presynaptic membrane at the -x2018-transmitter release site-x2019-xA0-The synaptic vesicles are docked at the release site ready for secretion-xA0-Influx of calcium ions through selective voltage-x2010-sensitive ion channels -calcium channels- play a key role to link the action potential to the triggering of secretory vesicle discharge-xA0-Calcium channels are positioned very close to the secretory vesicles so that when they open the spurt of entering calcium ions- called a -x2018-calcium domain-x2019- can rapidly and effectively access the triggering sites for synaptic vesicle fusion-So- the correct answer is option A-

During synaptic transmission of nerve impulse, neurotransmitter (P) is released from synaptic vesicles by the action of ions (Q). Choose the correct P and Q.P = acetylcholine, Q = Ca++P = acetylcholine, Q = Na++P = GABA, Q = Na+P = Cholinesterase, Q = Ca++.

During synaptic transmission of nerve impulse, neurotransmitter (P) is released from synaptic vesicles by the action of ions (Q). Choose the correct P and Q.
P = acetylcholine, Q = $C a^{+ +}$
P = acetylcholine, Q = $N a^{+ +}$
P = GABA, Q = $N a^{+}$
P = Cholinesterase, Q = $C a^{+ +}$ .