Sentence examples for motor control pattern from inspiring English sources

NP patients showed an overall stiffer and more rigid neck motor control pattern compared to HC, indicated by lower neck flexibility, slower movement velocity, increased head steadiness and more rigid trajectory head motion patterns.

However the simplified muscle length feedback control scheme did not realistically represent physiological motor control patterns during gait.

This indicates that stiffening motor control patterns appear only in tests that challenge the neck directly.

People with chronic WAD do not seem to display signs of altered motor control patterns during unconstrained dynamic head movements.

Overall the results clearly suggest altered motor control patterns in subjects with moderate to severe neck pain with long duration characterized by stiffening and rigidity (Table  5).

In the observed discussions, the researchers may, for instance, present a test procedure based on research showing that motor control patterns are altered in patients with neck pain.

Hodges & Tucker presented a new theory of motor control adaptation to pain which concurs with the general finding of stiffer and more rigid neck motor control patterns (Table  5) in the present study [ 50].

We do not know if stiffening motor control patterns is a local or a general feature, but our results indicate that stiffening is confined to the local painful area and not a general feature, as NP patients had less stiffening (i.e. more sway) in standing balance compared to HC subjects (Table  5).

That domain is motor control, where fractal-pattern results are relatively commonplace in the literature.

If WAD patients are distinguished by altered motor control strategies, their movement patterns should be different from that seen in both non-traumatic neck pain patients and in healthy controls.

Tissue adaptations contributing to the patient's altered movement and alignment impairments include motor control alterations in recruitment patterns and timing, de-recruitment, skeletal and muscular performance alterations, stiffness and length.