Sentence examples for muscle tension patterns from inspiring English sources

Asymmetric exercises generated divergent muscle tension patterns on the convex and concave sides of the deformity.

During symmetric and asymmetric exercises, muscle tension patterns differed significantly in both groups, in comparison with the examination at rest, in most cases generating positive corrective patterns.

In the majority of the subjects with double major curve scoliosis, contrary muscle tension patterns were observed at the apexes of the curves during asymmetric exercises with a load.

They found that, during symmetric and asymmetric exercises, the muscle tension patterns significantly differ for both the normal and scoliotic groups in comparison with the examination at rest, which in most cases generated positive corrective patterns [ 16].

The exception was the asymmetric exercise with a load (A2), where the recorded muscle tension pattern was similar to that observed in the resting position.

The team first closely observed the muscles and tension patterns involved in various types of movement using motion capture and good old dissection, then wired up those muscles and stimulated them with pulse-width modulated signals generated on a nearby (but not on-beetle) microcontroller.

The focus is on the rhythm of the Autonomic Nervous System as reflected in such sensory experiences as, for example, quality of breath, heart rate, and muscle tension and relaxation patterns.

It has been found that fundamental frequency (F0) has different characteristics for each emotion [5] and that respiration patterns and muscle tension also change [6].

The greatest force of contraction was observed at intervals of 4 10 ms and decreases or increases of interval from this range was accompanied by considerable decreases (p < 0.05) with no change in the general pattern of muscle tension developed.

The A2 and A4 asymmetric exercises generated very similar patterns of paraspinal muscle tension, with predominance of the convex side muscles at the apex of the lumbar curve (above 70% of positive corrective patterns), and an opposite tendency was observed at the apex of the thoracic curve (negative corrective patterns occurred in almost all of the subjects).

Phonatory system: To the greatest extent, tremor in the phonatory system, or laryngeal tremor, is caused by irregular tension patterns in laryngeal muscles [18], mainly the thyroarytenoid (TA), the cricothyroid (CT), and the inter-arytenoid (IA) (cf. Figure 1).