The nervous system carries messages between the brain and the body. This is done through a network of neurons that transmit electrical and chemical signals. Sensory neurons carry messages from the body to the brain, while motor neurons carry messages from the brain to the body to control movement and response.
Nervous tissue sends messages from the brain to the rest of the body. It consists of neurons that transmit electrical signals to communicate information throughout the body.
The brain uses neurons to send messages to the body. Neurons are specialized cells that transmit electrical and chemical signals throughout the body via synapses. These signals control various functions such as movement, sensation, and cognitive processes.
Nerve cells, or neurons, transmit electrical signals through the body to communicate and coordinate various functions. These messages travel as impulses along the nerve fibers, allowing for sensory input, motor control, and communication within the nervous system. Neurons can be classified into sensory neurons that detect stimuli, motor neurons that control movement, and interneurons that facilitate communication between different parts of the nervous system.
The major structure consists of the brain and the spinal cord along with millions of nerves that cover your entire body. These send messages to one another letting the brain know what is wrong with your body or any changes going on in your body.
Neurons are the cells responsible for sending and receiving messages in the nervous system. They can pass messages back and forth by transmitting electrical signals along their length and releasing chemical messengers called neurotransmitters at the synapses to communicate with other neurons or target cells.
No. It is the retina at the back of the eyeball that has the cones and rods that receive stimulus from light and send it to the brain for processing into visual images.
In the back
the brain stem also sorts though the millions of messages that the brain and the rest of the body sent back and forth.
The cells that are able to pass messages back and fourth are called neurons. These neurons are found in the brain.
All the nerves in your body are connected to your spinal nerves which then send messages from different areas in your body up through your central nervous system to your brain. Ex: When you walk your nerves in your feet and legs send a message up into your spine to the brain. So the question isn't really carrying messages toward or away its that it sends messages back and forth through your spine actually.
brain transmit messages to the body using neurons and spinal cord. ... Motor neurons carry messages away from the brain and back to the rest of the body. the central neurons system does many jobs at the same time. It controls all voluntary movement, such as speech and walking, and involuntary movements like blinking and breathing. It is also the core of our thoughts, perceptions, and emotions.
The neurons in the body take the messages and they go to the brain and back to the body. if we didn't have neurons we woudn't know what we felt or other 5 senses, about something..
The brain and nerves work like a telephone system in our body. Nerves allow messages to be passed around our body. Our brain sends messages via nerves to our body telling it to do things. For example, when I want to pick something up, my brain sends a message through my nerves to the muscles in my arm and hand making them move and pick something up. When I'm sitting in a chair my brain is constantly sending little messages to the muscles in my back telling them to keep my back straight so that I don't fall off the chair - sometimes you don't even know when your brain is sending messages to your body Our brain also receives messages from our body.
Not only does a back bone give support and structure that many muscles and ligaments are attached to but it protects the spinal chord which is a string of nerve cells that carry messages between the brain and the rest of the body
Nerve tissue
deoxgenated blood from the brain
Lymphatic system.