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The cerebral cortex is where voluntary muscle movement, thought, reasoning, and memory occur.
Movement is controlled by the Brain. A movement is executed by muscles, bones and tendons. But is is the Brain that sends a neural message to the muscle in order for this one to move.In the brain, it is the Cerebullum that is responsible for motor control and it is the Motor Cortex in the Cerebral Cortex that is also responsible for the movement of any member in the body.Movement in the body is divided into external mobility and internal motility. All movements are produced by muscle, whether it is skeletal muscles that we control (voluntary) or cardiac muscle in the heart and smooth muscle in our internal organs (involuntary), they all are under direct control of the nervous system and its various branches.
Probably the best-known region of the brain associated with motor control (movement) is the primary motor cortex. The primary motor cortex is located in the precentral gyrus, just anterior to the central sulcus.However, the pre-motor areas of the frontal lobe, as well as the cerebellum are also very involved with motor control.
It's a specific type of spinal cord (back) injury. The corticospinal tract provides the most direct pathway over which the cerebral cortex controls movement. Damage in this area often results in paralysis or loss of muscle control.
when you are working out and you are lifting a weight....
The cerebral cortex is where voluntary muscle movement, thought, reasoning, and memory occur.
Broca's area
The cerebral cortex, the grey, folded, outermost layer of the cerebrum that is responsible for higher brain processes such as sensation, voluntary muscle movement, thought, reasoning, and memory.
CP affects the nervous system - mainly affects the motor control such as muscle control and muscle tone - the somatosensory cortex is located in the cerebrum
Movement is controlled by the Brain. A movement is executed by muscles, bones and tendons. But is is the Brain that sends a neural message to the muscle in order for this one to move.In the brain, it is the Cerebullum that is responsible for motor control and it is the Motor Cortex in the Cerebral Cortex that is also responsible for the movement of any member in the body.Movement in the body is divided into external mobility and internal motility. All movements are produced by muscle, whether it is skeletal muscles that we control (voluntary) or cardiac muscle in the heart and smooth muscle in our internal organs (involuntary), they all are under direct control of the nervous system and its various branches.
The primary motor cortex, located in the precentral gyrus, controls most voluntary muscle activity in the body. That said, there are many other parts of the brain involved in muscular coordination. The stimulus originates in the precentral gyrus, but the cerebellum also adds input to make movement smooth and to coordinate body position, the spinal cord and basic reflex are involved in telling the brain how much stretch is placed on the muscle, so as not to tear the muscle or cause injury, etc.
Probably the best-known region of the brain associated with motor control (movement) is the primary motor cortex. The primary motor cortex is located in the precentral gyrus, just anterior to the central sulcus.However, the pre-motor areas of the frontal lobe, as well as the cerebellum are also very involved with motor control.
It's a specific type of spinal cord (back) injury. The corticospinal tract provides the most direct pathway over which the cerebral cortex controls movement. Damage in this area often results in paralysis or loss of muscle control.
The motor cortex is in the frontal lobe of the brain whilst the sensory cortex is in the parietal lobe. Another main difference is that the motor cortex controls movements of fine and gross motor skills whereas the sensory cortex controls feelings of touch and sensation.
Skeletal muscles are controlled by nerves from the Peripheral Nervous System. This causes the muscles to contract when they receive the messages transmitted along motor neurons, originating in the motor areas of the cerebral cortex. The axons of these motor neurons extend out to the muscle where it divides and goes to different muscles. The motor pathways that carry the nerve impulse from brain to muscle are composed of two neurons: - Upper motor neurons --> (cell body in the brain) - Lower motor neurons --> (cell body in the grey matter of the spinal cord) When a nerve impulse initiates the contraction of a skeletal muscle, it results in movement about a joint. Hope this helped :)
when you are working out and you are lifting a weight....
the muscle spindle detects excessive stretch within the muscle , it response and makes the muscle contract