Neural tissue exerts the greatest control over the body's responsiveness to changing conditions. Neurons, the unit of the neural system, are excitable cells. The neuroglial cells w... Neural tissue exerts the greatest control over the body's responsiveness to changing conditions. Neurons, the unit of the neural system, are excitable cells. The neuroglial cells which constitute the rest of the neural system protect and support neurons. Neuroglia make up more than one-half the volume of neural tissue in our body. When a neuron is suitably stimulated, an electrical disturbance is generated which swiftly travels along its plasma.
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The question is discussing neural tissue and its functions, specifically focusing on the role of neurons and neuroglial cells in the nervous system. It addresses the concept of neural excitability and the protective functions of neuroglia.
Answer
Neural tissue controls body responsiveness, with excitable neurons and supportive neuroglial cells.
Neural tissue, composed of neurons and neuroglial cells, exerts the greatest control over the body's responsiveness to changing conditions. Neurons are excitable cells, and neuroglial cells support and protect neurons, making up more than half of the neural tissue volume.
Answer for screen readers
Neural tissue, composed of neurons and neuroglial cells, exerts the greatest control over the body's responsiveness to changing conditions. Neurons are excitable cells, and neuroglial cells support and protect neurons, making up more than half of the neural tissue volume.
More Information
Nervous tissue is essential for regulating the body's ability to adapt to varying conditions, primarily through the activity of excitable neurons and supportive neuroglial cells.
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