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Your brain is not constantly bombarded with signals telling it that you are wearing socks. This is because the touch receptors around your ankle are "rapid adapting and phasic receptors."
What is sensory transduction?
An action potential is produced when a stimulation toward a sensory receptor alters the ionic permeability of the cell membrane.
Sensory transduction is the process of transforming a sensory signal to an electrical signal.
A higher stimulus intensity will often result in more action potentials all along neurone.
However, certain receptor types will adjust to continuous stimulation in various ways:
- Tonic receptors have a sluggish rate of adaptation. As long as the stimulus is present, they will react to it by producing an ongoing frequency with action potentials. As a result, they communicate information regarding the stimulus' duration.
- Phasic Receptors that are phasic adjust quickly. When stimulated, they react fast, but when stimulated repeatedly, they stop reacting. As a result, under sustained stimulation, the frequency of action potentials reduces. The information about changes to the stimulus, such as intensity, is communicated by this sort of receptor.
To know more about sensory transduction and signal transduction, here
https://brainly.com/question/27238693
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