The Resting Membrane Potential Of A Neuron Specifically In The Axon Is More Negatively Charged Inside When Compared To 1 (220.05 KiB) Viewed 52 times
The Resting Membrane Potential Of A Neuron Specifically In The Axon Is More Negatively Charged Inside When Compared To 2 (220.05 KiB) Viewed 52 times
The resting membrane potential of a neuron, specifically in the axon, is more negatively charged inside when compared to the extracellular space (outside of the cell). A False True Question 8 1 Point Which statement is true regarding the nervous system? A Damaged myelin on an axon has no effect with its ability to transmit an action potential B Depolarization is the reduction of the membrane potential; going from negative to a more positive charge Neurons can communicate with other cells without the use of neurotransmitters D Neuroglia cells are only responsible for providing immunity to the nervous cells Question 9 1 Point Which statement is true regarding the neuron synapse? A The human body only uses one type of neurotransmitter in all of its synapses B The binding of a neurotransmitter always causes an excitatory effect on that cell, never inhibitory Binding of a neurotransmitter on the postsynaptic neuron membrane can generate an action potential in that neuron
The resting membrane potential of a neuron, specifically in the axon, is more negatively charged inside when compared to the extracellular space (outside of the cell). A False True Question 8 1 Point Which statement is true regarding the nervous system? A Damaged myelin on an axon has no effect with its ability to transmit an action potential B Depolarization is the reduction of the membrane potential; going from negative to a more positive charge Neurons can communicate with other cells without the use of neurotransmitters D Neuroglia cells are only responsible for providing immunity to the nervous cells Question 9 1 Point Which statement is true regarding the neuron synapse? A The human body only uses one type of neurotransmitter in all of its synapses B The binding of a neurotransmitter always causes an excitatory effect on that cell, never inhibitory Binding of a neurotransmitter on the postsynaptic neuron membrane can generate an action potential in that neuron
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