muscle spindle

It is also believed that muscle spindles play a critical role in sensorimotor development.

Muscle spindles are widely believed to play a large role in proprioception.

These neurons also play a role in adjusting the sensitivity of muscle spindles.

The leg's muscle spindle nerve cells then sense and send the position of the floor back up to the brain.

Muscle spindles were studied with and without intact ventral roots.

Nerve cells in your leg muscle spindles sense the position of the floor and feedback information to the brain.

The muscle spindle has both sensory and motor components.

Muscle spindles are distributed throughout the muscles and provide sensory feedback information to the central nervous system.

The static discharge hold phase frequency for 1 muscle spindles was 35 3 spikes/sec.

In these studies, the 1 muscle spindles were found to possess the greatest sensitivity to changes in velocity.

Studies in post-mortem subjects support that the thickness of muscle spindle capsules increases with age.

The muscle spindles were distributed evenly along the dorsal-ventral extent of the 7th intercostal space.

Muscle spindles are thought to be the main type of mechanoreceptor responsible for proprioceptive attributes from the ankle.

Proprioceptive information is obtained by Golgi tendon organs and muscle spindles.

Muscle spindles contain mechanoreceptors that detect stretch in muscles.

Muscle spindles are a type of proprioceptor, and they are found inside the muscle itself.

The tap initiates an action potential in a specialised structure known as a muscle spindle located within the quadriceps.

The imbalance causes an inaccurate reading from muscle receptors in the muscle spindle.

By beta motor neuron for muscle spindle fibers contraction.

When a muscle lengthens, the muscle spindle is stretched and its nerve activity increases.

The 2 muscle spindles were also found to increase their discharge frequency with increasing amplitudes of intercostal space displacement.

Without gamma motor neurons, muscle spindles would be very loose as the muscle contracts more.

The fusimotor system is a system by which the central nervous system controls muscle spindle sensitivity.

Muscle spindles are found within the belly of muscles, embedded in extrafusal muscle fibers.

These forces cause the muscles to lengthen, and this signal is received by the muscle spindle, a small organ in the muscle.