1. Vesicular(chemical) synapse a) involve the passage of electrical signals betw

Question

1. Vesicular(chemical) synapse a) involve the passage of electrical signals between cells b)do not include a postsynaptic membrane c)usually cause long lasting changes in cells d)include postsynaptic receptor proteins e)do not require neurotransmitter release
2. The neurons that, by definition, are found exclusively in the CNS are a)affarent neuron b)efferent neuron c)motor neuron d)somatic neuron e)interneuron
3. Receptors a)may be the process of specialized motor neuron b)include interceptors, that monitor the internal environment c)include proprioceptors, that motor the position/movement of joints d)A and B e)A and C
4.Motor neurons are all a)myelinated, if they are somatic motor neurons b)located in the CNS c)multipolar, if they innervate skeletal muscle d) A and B e)A and C
5.one of the major differences between the CNS and PNS is a)the types of neuroglia present b)presence of neuronal axons c)the presence of myelin d)A and B e)A and C
6. Microglia a)are only found in the CNS b)are the smallest neuroglial cell type c)are related to macrophage d) A and B e)A,B and C





1. Vesicular(chemical) synapse a) involve the passage of electrical signals between cells b)do not include a postsynaptic membrane c)usually cause long lasting changes in cells d)include postsynaptic receptor proteins e)do not require neurotransmitter release
2. The neurons that, by definition, are found exclusively in the CNS are a)affarent neuron b)efferent neuron c)motor neuron d)somatic neuron e)interneuron
3. Receptors a)may be the process of specialized motor neuron b)include interceptors, that monitor the internal environment c)include proprioceptors, that motor the position/movement of joints d)A and B e)A and C
4.Motor neurons are all a)myelinated, if they are somatic motor neurons b)located in the CNS c)multipolar, if they innervate skeletal muscle d) A and B e)A and C
5.one of the major differences between the CNS and PNS is a)the types of neuroglia present b)presence of neuronal axons c)the presence of myelin d)A and B e)A and C
6. Microglia a)are only found in the CNS b)are the smallest neuroglial cell type c)are related to macrophage d) A and B e)A,B and C





a) involve the passage of electrical signals between cells b)do not include a postsynaptic membrane c)usually cause long lasting changes in cells d)include postsynaptic receptor proteins e)do not require neurotransmitter release
2. The neurons that, by definition, are found exclusively in the CNS are a)affarent neuron b)efferent neuron c)motor neuron d)somatic neuron e)interneuron
3. Receptors a)may be the process of specialized motor neuron b)include interceptors, that monitor the internal environment c)include proprioceptors, that motor the position/movement of joints d)A and B e)A and C a)may be the process of specialized motor neuron b)include interceptors, that monitor the internal environment c)include proprioceptors, that motor the position/movement of joints d)A and B e)A and C
4.Motor neurons are all a)myelinated, if they are somatic motor neurons b)located in the CNS c)multipolar, if they innervate skeletal muscle d) A and B e)A and C a)myelinated, if they are somatic motor neurons b)located in the CNS c)multipolar, if they innervate skeletal muscle d) A and B e)A and C
5.one of the major differences between the CNS and PNS is a)the types of neuroglia present b)presence of neuronal axons c)the presence of myelin d)A and B e)A and C a)the types of neuroglia present b)presence of neuronal axons c)the presence of myelin d)A and B e)A and C
6. Microglia a)are only found in the CNS b)are the smallest neuroglial cell type c)are related to macrophage d) A and B e)A,B and C a)are only found in the CNS b)are the smallest neuroglial cell type c)are related to macrophage d) A and B e)A,B and C

Explanation / Answer

1) Vesicular or chemical synapses cause release of neurotransmitters. These neurotransmitters bind to the receptors present in the post synaptic membrane and cause the intended response by altering the permeability of membranes to various ions. The response lasts as long as the neurotransmitter is bound to the receptor. Therefore, the answer for this question is option d (vesicular synapse include postsynaptic receptor proteins).

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