(B ) V1 IN-ablated mice show an increase in the rotation of the pelvis during walking.
Secondly, there was an increase in the rotations part.
It was observed that an increase in the speed of rotation significantly improved the performance.
Hence, this hypothesis would not explain an increase in the firing rate over time for rightward rotations and a decrease for leftward rotations.
It was observed that the rotation increases with an increase in the percentage of relative humidity.
Ua values increased with an increase in rotation speed and a decrease in liquid viscosity.
The kinematic response to fatigue was an increase in trunk flexion, lateral flexion and rotation, an increase in pelvic tilt, obliquity and rotation, and an increase in hip flexion and adduction range (P ≤0.05).
First, the orbit of Enceladus may have migrated inward, leading to an increase in Enceladus's rotation rate.
This development is based on the change from a single-detector to multidetector CT technology with an increase in volume coverage per rotation and faster rotation.
We found that fatigue induced an increase in trunk flexion, lateral flexion, and rotation, pelvic tilt, obliquity, and rotation, and hip flexion.
