The spinal cord is a collection of nerves, surrounded and protected by bone (the spine). Muscles attach to the spine to maintain posture and the integrity of the system.
The spinal cord connects the brain to the body. It allows the brain to send and receive signals to and from organs and tissue all throughout the body.
The Spinal Column is a nerve.
spinal cord
Spinal cord injury prevents the brain from telling the muscle to relax. The result is prolonged muscle contraction or spasticity.
An incomplete spinal cord injury happens when only part of the spinal cord is damaged. This will result in a variety of residual muscle control, sensation or both.
The pathway from the spinal cord to skeletal muscle typically involves two main neurons: the upper motor neuron, which originates in the brain and descends through the spinal cord, and the lower motor neuron, which extends from the spinal cord to the skeletal muscle. The lower motor neurons exit the spinal cord through the anterior horn and innervate the muscle fibers directly. Thus, in terms of direct neural connections, there are usually two neurons involved in this motor pathway.
What monitors muscle length and sends an impulse to the spinal cord to indicate the stretch reflex
The tissue in the spinal cord is composed of nervous tissue.
Your nerves and spinal cord.
Your vertebral column protects the spinal cord. Vertebral column is supported by strong ligaments. Most importantly the muscle tone is there, which act on vertebral column, to protect your spinal cord.
Tethered Spinal Cord is a condition where the spinal cord is attached to the spinal column and that causes the cord to become stretched.
Synapses let the "message" travel to muscle cells.
starting in the spinal cord, trace a motor pathway to the adductor muscles of the thigh. Include the spinal cord root, spinal nerve, nerve plexus, and specific peripheral nerve involved in the pathway