smell, taste, touch, and hearing
Your brain coordinates the activity of your senses.
They allow you to sense the world around and within you and move your body.
The cortices, which are the outer layers of the brain responsible for processing sensory information, work in conjunction with association areas to integrate and interpret this information. Association areas help make sense of the sensory input by linking it with memory, emotions, and other cognitive functions. Together, they allow for complex cognitive processes such as problem-solving and decision-making.
Sense organs work together by receiving external stimuli and transmitting signals to the brain for processing. For example, the eye detects light signals and sends them to the brain to interpret as visual information. The brain then integrates this visual information with input from other sense organs like the ears and skin to create a comprehensive perception of the environment.
Yes, brain damage can affect the olfactory nerve, which is responsible for the sense of smell. Damage to specific areas in the brain, such as the olfactory bulbs or frontal lobes, can lead to changes in the sense of smell or loss of smell altogether. In cases of traumatic brain injury or diseases that affect the brain, the olfactory nerve can be impacted resulting in olfactory dysfunction.
It's that feeling of being close with someone, hanging out with them as often as your BFF's, texting them for HOURS. But most importantly, being COMPLETELY comfortable and you're 100% honest with them.
When melodies are smooth and the intervals are close together, it often creates a sense of continuity and cohesion in the music. The smoothness and proximity of the intervals can help create a sense of flow and connection between the notes, resulting in a pleasant and easy-to-follow musical experience for the listener.
The processing and making sense of most stimuli typically occur in the brain, specifically in areas like the cerebral cortex. Different regions of the brain contribute to different aspects of sensory processing, such as the occipital lobe for vision, temporal lobe for auditory processing, and parietal lobe for integrating sensory information.
A sense of community is important begins it brings people who live close to each other together. Also, communities can be enhanced when people care about and contribute to it.
While no specific area of the brain may be said to be uniquely affected by diabetes, the impast of diabetes would be similar to that on the cardiovascular system in other areas of the body, ie, arterioslerosis, HTN, etc. In that sense, the possibility of stroke would have to be considered a risk factor.
Generically your sense of touch can be impaired in three areas:1.peripheral nerves(diabetic or alcoholic neuropathy2.spinal cord(paraplegia, herniated disc)3.brain(stroke, brain tumor)Pain, temperature, light touch, proprioception and vibratory sense all may be taken away in the above to varying degrees.
The BRAIN!