Sentence examples for movement and activation from inspiring English sources

The results demonstrate that the observed interference effects are remarkably specific, consistent with the idea that interference occurs in neural circuits that are involved in a specific movement and activation of individual muscle synergies.

CXCL-9, related to CXCL-10, is chemoattractant for T cells and NK cells and affects the growth, movement, and activation state of cells that participate in immune and inflammatory responses [ 31].

Secondary effects commonly seen after an ACL injury include defective neuromuscular function with reduced strength and functional performance, a different movement and activation pattern, defective proprioception and impaired postural control [ 1].

Schizophrenic subjects showed an aberrant relationship between their degree of control of the hand movement and the activation of the right angular gyrus (part of IP and TPJ) in conjunction with no activation of the insula.

The purpose of this study was to investigate lower extremity movement and muscle activation patterns in individuals with knee osteoarthritis and healthy age- and gender-matched control subjects.

Similarly, D984, a distinctive aspartate (D984) in the C-terminal tail, was recently shown to control C-terminal tail movement and kinase activation [40].

However, individuals with different location of neck pain showed a similar pattern of scapular movement and muscle activation pattern.

It has been argued that altered movement and muscle activation in knee OA may aim to avoid pain and/or stabilise the knee during function [ 5].

Knee injury (ACL injury, meniscal injury, cartilage damage) leads to functional instability, i.e., a sudden loss of control of the injured joint in a weight-bearing position, and defective neuromuscular function (e.g., reduced strength and functional performance, differences in movement and muscle activation patterns, proprioceptive deficiency, and impaired postural control) [ 12, 16, 26].

Several studies in civilian populations have demonstrated a link between musculoskeletal disorders, pain and the ability to adequately control movements and muscular activation in clinical tests [ 11- 13].

There is a need for a neuromuscular screening tool to identify which knee-injured individuals are at highest risk for future OA development, and to determine neuro-muscular and biomechanical signatures that predispose to OA. Target components include measures of muscle strength and activation, functional movement patterns, proprioception and alignment.