The main routes for the somatosensory signals from the head and from the lower body, to the brainstem, the final destination of proprioceptive signals in the brain, and the final destination of most other sensory signals. Introduction: Structures that are specialized for the detection of a stimulus (such as pain and heat) are referred to as sensory receptors. Such receptors can either be real sense organs or simple nerve endings. Sense organs are much more complex structures containing receptors; they combine other tissues such as muscular, epithelial, and connective tissues, with nervous tissues. The nervous tissues enhance the response of the sense organs to a particular kind of stimulus. Sense organs are involved in the transmission of data (through neurons) to the specific place inside the nervous system. Such sense organs may range from simple microscopic structures like dendrites to complex structures like the ear and the eye.

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Chapter 16.2, Problem 3AYLO

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The main routes for the somatosensory signals from the head and from the lower body, to the brainstem, the final destination of proprioceptive signals in the brain, and the final destination of most other sensory signals.

Introduction:

Structures that are specialized for the detection of a stimulus (such as pain and heat) are referred to as sensory receptors. Such receptors can either be real sense organs or simple nerve endings. Sense organs are much more complex structures containing receptors; they combine other tissues such as muscular, epithelial, and connective tissues, with nervous tissues. The nervous tissues enhance the response of the sense organs to a particular kind of stimulus. Sense organs are involved in the transmission of data (through neurons) to the specific place inside the nervous system. Such sense organs may range from simple microscopic structures like dendrites to complex structures like the ear and the eye.

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