The range of motion was improved, and muscle tension increase was less for the vibrational training group compared to the traditional training group.
Compared to a commercially available TKR design, the kinematics performance (based on constraint and flexion range of motion) was improved by 81%, with constraint characteristics generally closer to those of the natural knee and a 12.6% increase in the flexion range of motion (up to 143°).
Thus, subjects have healed from the surgical insult and knee pain, effusion, and motion are improved and no longer restrict more intense exercises.
In addition, range of motion is improved with large heads, as a result of lower component-to-component impingement [ 9, 10].
In addition, the range of motion was improved with large heads as a result of reduced component-to-component impingement [ 8, 10, 31].
After the patients underwent interventional microadhesiolysis, selected outcome measures (i.e., self-rated pain score or severity, range of motion, and joint effusion on MRI) were improved compared to their initial status.
In the present paper, the Continuous Motion NCTF controller for high continuous motion performance is improved in order to enhance the following characteristic of the object motion on NCT and improve the positioning and tracking accuracies of the system.
Section 5 shows how motion smoothing is improved using the proposed algorithm of multiple motion models.
Cardiac motion can be improved by ECG-gating of both PET and MRI, while respiratory motion requires navigator gating for MRI or list mode for PET.
By switching between feedforward and feedback, the motion performance is improved.
