Reduced
axial rotation in the spouses of sufferers from clinical idiopathic parkinsonism.
The major
axial rotation in the region is between C1 and C2, which contributes to 40% to 50% of the
axial rotation of the entire cervical spine and occiput.
1] The term cecal volvulus is misleading as this process is often not limited to the cecum alone but usually consists of an
axial rotation of the terminal ileum, cecum, and ascending colon, with concomitant twisting of the associated mesentery.
Lindsay and Horton (55) examined isokinetic
axial rotation strength and endurance in elite golfers with and without LBP as well as healthy age-matched controls who did not golf.
1995) showed that healthy subjects and patients both were stronger in trunk lateral flexion compared with
axial rotation, but patients demonstrated just 45%-55% peak isometric torques of asymptomatic controls.
37) Graded increases in the muscle's modeled activity decreases the intersegmental neutral zone (range: 33%-40%) during flexion, extension, and
axial rotation but not lateral bending, and decreases intersegmental range of motion (range: 7-27%) during extension and
axial rotation but not flexion or lateral bending.
In Chapter Four, he considers the application of the categories of modality to nature through an analysis of the difference between rectilinear and orbital motions, on the one hand, and
axial rotation on the other.
Therefore, changes of histogram shapes at measurements of light flow fluctuation are again related with
axial rotation of the Earth.
We studied the short--term effects of
axial rotation exercises.
The alar ligaments are in number of two and its main function is to limit the
axial rotation, the right alar ligament limits left rotation and vice versa (5,6,8,10).
The right bit-skirt design also helps: As the bit cuts through a joint surface, an uneven bit face loading condition arises; resulting in bit and drill string
axial rotation that is proportional to bit impact force imbalance.
Rathonyi and coworkers (17) similarly demonstrated that cage fixation alone provides good stability in flexion and lateral bending, but that translaminar fixation improves stabilization, particularly in extension and
axial rotation.
