Motor impulses travel from the brain through the spinal cord via motor neurons. When the brain sends a signal, it activates these neurons, which then transmit the impulse to muscle fibers at the neuromuscular junction. This process induces muscle contraction, allowing movement. The entire pathway relies on electrical signals and neurotransmitter release to facilitate communication between the nervous system and muscles.
Veins and arteries
The impulse has to cross over a synapse to another neuron or an effector.
Motor Cortex
Motor proteins help move organelles throughout the cell. Proteins always give energy, both in the human body system and within microscopic cells.
tissues tissues
The circulatory system helps move oxygen throughout your body.
An impulse move in dance is when the dancer "tweaks" his or her body suddenly. These movements look like sudden jerks or twitches.
cause the body to move.
cause the body to move.
cause the body to move.
It controls the axis and atlas which is connected to your vertebrae. This allows your head to move up and down and also right to left. It helps you move youre body in many directions and controls sending messages throughout your entire body.
Motor proteins help move organelles throughout the cell. Proteins always give energy, both in the human body system and within microscopic cells.
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 :)
Veins and arteries
Cancer that can move throughout the body and spread to other organs
The impulse has to cross over a synapse to another neuron or an effector.
Impulses in the cell body (soma) of a neuron and move on along its axon, which conducts the impulse to a synapse at the end of the axon. There neurotransmitters are released into the synaptic cleft, so that the impulse can stop or go on to the next neuron or a gland/motor end plate, depending on the kind of neurotransmitter. Different types of neurotransmitters are: acetylcholine, adrenaline, noradrenaline, serotonine.