A diagram showing an axon terminal and a syna | vedclass

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(C) Based on the provided diagram of the synapse:$A$ points to the receptors located on the postsynaptic membrane.$B$ points to the synaptic cleft,the

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$A$ - Receptor,$C$ - Synaptic vesicles

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(C) Based on the provided diagram of the synapse:$A$ points to the receptors located on the postsynaptic membrane.$B$ points to the synaptic cleft,the space between the presynaptic and postsynaptic neurons.$C$ points to the synaptic vesicles containing neurotransmitters.$D$ points to the neurotransmitter molecules released into the synaptic cleft.Comparing these with the options:Option $A$ is incorrect because $A$ is a receptor,not a neurotransmitter.Option $B$ is incorrect because $C$ is a synaptic vesicle,not a neurotransmitter.Option $C$ is correct because $A$ is a receptor and $C$ represents synaptic vesicles.Option $D$ is incorrect because $D$ represents neurotransmitters,not $K^+$ ions.

$A$ diagram showing an axon terminal and a synapse is given. Identify correctly at least two of $A - D$.

Similar Questions

Parkinson's disease,characterized by tremors and rigidity of limbs,is caused by the degeneration of brain cells involved in movement control and the use of which neurotransmitter?

Assertion : Transmission of nerve impulse across a synapse is accomplished by neurotransmitters.
Reason : Transmission across a synapse usually requires neurotransmitters because there is a small space,i.e.,synaptic cleft,that separates one neuron from another.

Explain:
$(1)$ Electrical Synapse
$(2)$ Chemical Synapse

What is the reason for the unidirectional transmission of nerve impulses through a synapse?

What happens if $GABA$ is released at the synapse?

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