The breadth of these associations, which included both force and reaction time measures, raises the possibility that activity in the theta/alpha band might subserve a non-specific function related to movement, such as attention.
To investigate the relationship between the performance on a functional performance test and the driving performance for the people suffered knee OA, the present study measured the functional data from clinical TUG test and step test, and neuromuscular mechanical test of maximum isometric knee extension force, knee reaction time, knee proprioception by one clinical technician.
This has been previously reported as correlating with force measures and reaction time during tasks performed under time pressure (Anzak et al., 2012).
Increased STNr power over 5 12 Hz (in the theta/alpha band) independently predicted better performance reduced force decrement, shortened release reaction time and faster rate of force offset.
Testing experiments were conducted using the prototype to evaluate its working responses and reliability, including the generated force, level of excitation, reaction time, its characterization and cyclic performance.
However, the relation between apathy scores and BOLD signal change in medial frontal regions remained after controlling for subject-specific behavioral parameters such as sensitivity to effort, reaction time, or force produced, suggesting the possibility of a primary underlying neural, rather than psychological, cause.
Summary, according to the results of the present study, 4 weeks after knee minimally invasive arthroplasty showed significant improvement of knee function as reflected in reaction time and maximum force, however, the maximum isometric force for knee extension did not achieve the preoperative level.
Two parameters were derived to describe the force release on termination of grip: the release reaction time (R-RT) and the rate of force release (R-Rate).
Two parameters were derived to describe the release of force on termination of the grip: the release reaction time (R-RT) and the rate of force release (R-Rate).
In contrast, increased levels of 13 25 Hz activity both promote force decrement and shorten the release reaction time, consistent with a role in antagonising (and terminating) voluntary movement.
