Sentence examples for more complex motor from inspiring English sources
In each case, he said, the hand most likely to be affected is the one with the more complex motor task.
Conclusions: Improvements in more complex motor tasks were noted after significant delay from the time of treatment, while simpler tasks demonstrated a more rapid improvement, followed by a rapid return to baseline levels.
Dystonia can be caused by a wide range of disorders affecting the nervous system and may exist either as an isolated abnormality or as one part of a more complex motor disorder.
As the foot-stepping angle is a measure of involuntary movement rather than of more complex motor functions, the rump-height index, a parameter to estimate the ability to support body weight during ground locomotion, was analyzed (Fig. 1C, G).
Further, we have to consider that the alien hand movements we elicited in the experimental paradigm ("Gegenarbeiten") are different from the more complex motor behavior we report when introducing the patient (see above).
The rump-height index and the extension flexion ratio, which require more complex motor control and coordination compared with plantar stepping, were not improved by L1 overexpressing SENAs when compared to wild-type SENAs although L1 overexpressing SENAs but not wild-type SENAs showed an enhanced rump-height index when compared to sham-inject mice six weeks after transplantation.
The advances lay the groundwork for nanoscale cargo movers and more complex motors.
But the human brain deals with not just complex sensory input, but more diverse and complex motor responses mixed with an array of emotional and cognitive interplays.
Addressing point 2 is a little more complex since targeting motor proteins may compromise cilium formation.
The present findings indicate that the extent of muscle force losses have direct effects for more complex whole body motor tasks such as jumping.
However, to what extent these processes contribute to more complex, multi-joint motor behaviors, such as locomotion performance and adaptation during obstacle crossing, is not well understood.
