Sentence examples for precise joint from inspiring English sources

The control objective is the precise positioning of the link tip under large payload changes, which is achieved by combining a precise joint positioning with a link vibration damping.

It is generally agreed that afferent input from muscle spindle, encoding information tied to active movement, is in part responsible for a more accurate and precise joint PS in the active testing mode.

Although the developed automated and manual quantifications used different segmentation processes and a slightly different volume calculation (subvoxel versus voxel size), comparison revealed high statistical correlation, suggesting that the developed automated system is reliable and provides precise joint effusion volume.

However, due to precise measurement and a more accurate joint control law for the simulated snake, the path following error converges to a smaller neighbourhood of the origin.

Third, proprioception plays an important role in the complex process of coordination and in the precise movement of joints to prevent joint damage.

Although the precise mechanism of joint destruction has not been elucidated, osteoclasts seem to have a pivotal role in the joints of patients with RA. Specific DNA sequences have been used successfully as decoys for binding specific transcription factors, rendering the transcription factors incapable of subsequent binding to the promoter region of target genes [ 21, 22].

In the recent years medical diagnosis and surgery planning often require the precise evaluation of joint movements.

However, the question remains as to the precise relationship between joint actions (and its associated collective intentionality) on the one hand, and social institutions on the other.

However, although an examination was performed, there was no precise measurement of joint alignment.

Recently, a quantitative approach has been used to provide a precise measure of joint space width (JSW) in millimetres between the adjacent bones of the knee.

Magnetic resonance imaging (MRI) allows for the precise visualization of joint structures such as cartilage, bone, synovium, ligaments, and menisci, as well as their pathological changes.