Final answer:
Neurons that are far away from the center of the neuron pool and that are not easily excited by an incoming stimulus are in the discharge zone.For example, in the sensory pathway, sensory neurons that are further away from the site of stimulation may require a stronger stimulus to generate an action potential and transmit the signal to the central nervous system.
Step-by-step explanation:
The statement is True.
Neurons that are far away from the center of the neuron pool and are not easily excited by an incoming stimulus are considered to be in the discharge zone. The discharge zone refers to the region of the neuron pool where weak or low-intensity stimuli do not result in an action potential or a strong response. These neurons are less likely to be activated unless the stimulus is strong enough to reach their threshold of excitation.
For example, in the sensory pathway, sensory neurons that are further away from the site of stimulation may require a stronger stimulus to generate an action potential and transmit the signal to the central nervous system.
The actual term used to describe such neurons is the facilitated zone. Neurons in the discharge zone are more directly influenced by an incoming stimulus and are more likely to fire an action potential. Neurons in the facilitated zone are indirectly influenced and may require additional stimuli to reach the threshold of excitation.