Assertion: gray matter's neuron | /r/CapableOf | generate an action potential
Facets:
value: at its axon hillock
type: LOCATION
value: at its initial segment
type: LOCATION
Source sentences:
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: These are the highly branched structures (the Greek word "dendron" means "tree") radiating outward to receive signals from adjacent neurons that generate action potentials, which are essentially a kind of current flowing down the neuron resulting from the movement of charged sodium and potassium ions across the nerve cell membrane in response to various stimuli.
text: After a refractory period also measured in milliseconds, the neuron is ready to repeat the process and generate another action potential.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its initial segment.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: If that graded potential is strong enough to reach threshold, the second neuron generates an action potential at its axon hillock.
text: These are the highly branched structures (the Greek word "dendron" means "tree") radiating outward to receive signals from adjacent neurons that generate action potentials, which are essentially a kind of current flowing down the neuron resulting from the movement of charged sodium and potassium ions across the nerve cell membrane in response to various stimuli.