No, the brain reads all signals and controls the entire body. The spinal cord is just a "path" for the neurons to take to get to the brain.
Voluntary responses are under conscious control, while involuntary responses occur without conscious control. Voluntary responses typically involve skeletal muscles, while involuntary responses involve smooth muscles, cardiac muscles, or glandular secretions controlled by the autonomic nervous system.
The cerebrum
The medulla oblongata connects the brain to the spinal cord and controls involuntary actions. In comatose patients, it's the only part of the brain that functions.
Q - What is the most important part of the brain?A - This answer is opinionated based on facts.Probably the medulla because it is the part of the brain that controls involuntary activities such as breathing, heart beat, & digestion. It also contacts with the spinal cord and spinal nerves. :)*Other parts of the brain include-Cerebrum,Cerebellum.
Q - What is the most important part of the brain?A - This answer is opinionated based on facts.Probably the medulla because it is the part of the brain that controls involuntary activities such as breathing, heart beat, & digestion. It also contacts with the spinal cord and spinal nerves. :)*Other parts of the brain include-Cerebrum,Cerebellum.
RETINA
Reflex responses are controlled in your spinal chord, not in your brain (;- your welcome
B
Reflex actions are sudden responses, which do not involve any thinking.
the portion above the spinal cord ( which is included in the hind brain) is called the medulla oblongata. it controls many involuntary processes like breathing, blood pressure and heart beat. all the communication between the brain and the spinal cord is done through the medulla oblongata.
With the sphincter muscle, found at the junction of the bladder and the urethra. Involuntary muscles. There is a whole part of the brain that controls involuntary responses and functions. Example:breathing, heart pumping blood.
The frog's spinal cord relays motor signals from the brain to the muscles of the body, and sensory information from the body to the brain.