To date, no credible answer has been found to this question. There is no apparent single location in the brain where the huge amount of information coming from body and discrete areas of brain are integrated. Though much is known about the function of different parts of the brain, and the blueprint is the same for every human being under the sun, the way that it is all put together to achieve consciousness of different stimuli simultaneously is not understood. This is one of the central puzzles of modern neuroscience, and a hot area of research.
The spinal cord as well as the central nervous system interact with the brain sending messages known as the reflux which transmits the messages on how the body reacts.
Axonal hillock
It is located within the cranium
The central nervous system (CNS) :)
driving, bending, speech, and processing information.
The human nervous system is centralized at the brain.
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Intraneurons are the vast majority of cells in the body's information processing system. Located in the central nervous system, the intraneurons connect nerve cells that govern coordinating activities.
The brain is the most important and central organ of the entire nervous system. It receives sensory input (afferent feedback) from the rest of the nervous system, processes information, and produces efferent signals and responses to the rest of the nervous system. Analogous to a computer system, the brain would be the central processing unit.
The central nervous system processes and analyses information.
The nervous system takes in sensory information from the peripheral nervous system. This information is then directed to the central nervous system which then responds with a motor reaction that travels back to the peripheral nervous system.
The nervous system which also interprets information from sensory units
only when your organs rise up and your brain is put under stress.
the central nervous system
Your central nervous system's hungry brain activates and guides the muscles of your arm and hand through the peripheral nervous system's motor neurons. When you pick up the fork, your brain processes the information that was sent from your sensory nervous system, helping it guide your fork to your mouth. This process starts with sensory input, then to interneuron processing and ends with motor output.