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Muscle spindles are multi-functional.
Proprioceptive feedback from muscle spindles is considered important for control of muscle activity.
Because skeletal muscle and muscle spindles are thixotropic, their length history changes their physical properties.
The present study explores a mechanism that can affect the responsiveness of paraspinal muscle spindles in the lumbar spine.
The sensitivity of muscle spindles increases during vibration training, and their effects on the stretch-shortening cycle are acute responses of the skeleton muscles to vibration training.
There are muscle spindles (sensory receptors that detect stretching) that get activated when force is applied to the muscles and actually tell them to contract further, in order to protect those muscles from injury.
Muscle spindles are very easy to identify in histological sections.
In the masseter muscle, at least some of these nociceptors have terminals within muscle spindles.
We have now discovered that similar nerve fibres within masseter muscle spindles also express nociceptor markers.
Although fine diameter axons within muscle spindles have generally been regarded as sympathetic fibres, e.g. [43], we found no tyrosine hydroxylase (TH -containing fibres inside muscle spindles in any of TH -containinges examined.
Eleven receptors were identified as 1° muscle spindles and 10 were characterized as 2° muscle spindles.
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