In the pituitary gland
Cerebellum and Sensory motor area.
The sensory association area.
RIGHT LOBE. Because sensory and motor, both types of fibers cross to apposite side of the brain, in the area behind central sulcus, called as post central gyrus you have sensory area there. In front of the central sulcus, you have a motor area, called pro central gyrus. ( Sensory nerves carry signals to words brain and motor nerves carry sensations away from brain.)
The sensory strip is a thin layer of cerebral cortex involved in processing feelings of touch, for instance. The feedback loop from your fingers (when typing, let's say) to your brain, goes to the sensory strip. Without functioning neurons in this area of your brain, you would not perceptibly "feel" anything.
thalamus
sensory area, motor area, and association area.
Sensory memory consolidates all sensory inputs into one holding area withing the brain
Cerebellum and Sensory motor area.
The sensory association area.
An area of the cerebral or cerebellar surface on which lesions cause no sensory or motor symptoms.
Some parts of the brain are the cerebral cortex , medulla oblongata , thalamus and the outer portion of the brain is the sensory area.
The cerebral cortex, which is the outer layer of the brain, is the largest area of the brain in terms of surface area and plays a key role in higher brain functions such as thinking, planning, and processing sensory information.
Sensory pathways tavel to the brain.
RIGHT LOBE. Because sensory and motor, both types of fibers cross to apposite side of the brain, in the area behind central sulcus, called as post central gyrus you have sensory area there. In front of the central sulcus, you have a motor area, called pro central gyrus. ( Sensory nerves carry signals to words brain and motor nerves carry sensations away from brain.)
True
thalamus
The part of the brain that is involved in sensory adaptation is the cerebral cortex. This area of the brain adapts the body's senses into signals so that hey can be understood by the brain. Touch, taste, smell, and sight sense signals are the signals that are converted.