Sentence examples for maintenance of dynamic from inspiring English sources

These research outcomes emphasize the role of the scapula in normal shoulder function that can be summarized in three points [19, 20]: (1) maintenance of dynamic stability and control glenohumeral joint mobility, (2) scapula as basis for muscle attachment, (3) scapula as the link in the proximal-to-distal transfer of energy for the appropriate shoulder positioning.

To understand the role of trunk muscles in maintenance of dynamic postural equilibrium we investigate trunk movements during gait initiation and walking, performing trunk kinematics analysis, Erector spinae muscle (ES) recordings and dynamic analysis.

In addition, the coordinated stability test assessed the integration of each of these five basic physiological systems in the maintenance of dynamic balance control.

It might be that the maintenance of dynamic balance and lumbar spine stability during a voluntary contraction of the PMF significantly improved the activity of these muscles.

Indeed, the KE have a higher percentage of type II fibres, which contribute to explosive-type contractions (eg, lower-limb drive during the power serve), whereas type I fibres, which contribute more to postural control tasks, including the maintenance of dynamic ankle joint stability (eg, positioning to the ball), are found in a higher proportion in the PF.

Thus, although the group's low physiological profile assessment score indicated that the integrity of individual sensorimotor components was adequate, their relatively poor performance on the coordinated stability test suggests that the integration of each of these physiological systems in the maintenance of dynamic balance control was impaired.

The dynamic proteins that we identified represented all essential functions of lung cancer development, which included maintenance of intracellular dynamic balance and regulation of programmed cell death, cell movement and localization, cell proliferation, immunoreactions, and transcription initiation via RNA polymerase II.

The increasing presence of these sugar residues throughout postnatal lung development should be regarded as pivotal in the development and maintenance of a dynamic bronchoalveolar architecture, supporting the normal histophysiology of the respiratory system.

Little is known about factors that facilitate the rapid assembly and maintenance of this dynamic higher order complex.

This behavour is called 'homeorhesis' the maintenance of a dynamic trajectory in analogy to the more static concept of homeostasis the maintenance of a (steady) state of the system [ 3].

Instead, this profiling reveals a shared role in modulating gene expression immediately after the MBT, coupled with subtle differences in the maintenance of a dynamic transcriptome at later developmental stages.