The somatic nervous system contains efferent nerves, such as the motor neurons that control voluntary movement of muscles. For example, the efferent nerves that innervate the skeletal muscles in your arms to produce movement when you reach for something are part of the somatic efferent nerves.
Another name for an efferent neuron is a motor neuron. These neurons carry signals from the central nervous system to muscles, glands, and other effector organs in the body, enabling them to respond to stimuli.
Yes, efferent nerve fibers are often described as motor nerve fibers. Efferent nerves carry signals away from the central nervous system to muscles and glands, controlling movement and bodily functions.
No, the efferent tract is not the major ascending tract. The efferent tract is responsible for carrying nerve signals away from the central nervous system to muscles or glands, while ascending tracts carry sensory information from the peripheral nervous system to the brain.
An axon of an efferent neuron could synapse with a muscle fiber, gland, or another neuron in the peripheral nervous system.
The somatic nervous system contains efferent nerves, such as the motor neurons that control voluntary movement of muscles. For example, the efferent nerves that innervate the skeletal muscles in your arms to produce movement when you reach for something are part of the somatic efferent nerves.
efferent arteriole
efferent
Afferent means going towards; efferent means going away from. In reference to the heart, all veins, including the inferior and superior vena cavae, are afferent. All arteries are efferent.
Another name for an efferent neuron is a motor neuron. These neurons carry signals from the central nervous system to muscles, glands, and other effector organs in the body, enabling them to respond to stimuli.
Efferent arteriole takes the blood away from the glomerulus
efferent
Efferent neuron
Efferent arteries take blood away from an organ and afferent arteries bring blood to an organ.
two efferent neurons
Yes, the efferent system sends signals from the brain to the spinal cord and then further to muscles and glands throughout the body. These signals contribute to motor function and control various bodily processes.
Yes.