Thus, besides identifying the mental operations that most likely modulate M1 (explicit or implicit encoding of motor content), insight was gained as to when M1 is recruited and what the nature of its relationship (causal?) is with linguistic performance.
Proper understanding of motor control requires insight into the extent and manner in which task performance and control strategy are influenced by various aspects of visual information.
This situation forced us to rely on a neurocomputational model of speech motor control for insight into neural coding properties in these areas.
The rates and force dependence of steps in the mechanochemical cycle of linear motors have been probed giving detailed insight into motor mechanisms.
CPGs could also provide insight into motor coordination in animals.
An innovative approach of gaining an insight into motor skills involved in human body flight is proposed.
To evaluate the additional value of adding movement kinematics into the design matrix in order to gain fine-grained insight in motor control strategies.
Saccadic adaptation is a well-established model of implicit motor adaptation which provides insight into motor plasticity mechanisms independently of strategic responses (see for reviews [3] [5]).
Furthermore, contrasting our results to other motor systems will yield insight into the molecular machinery utilized by neuromuscular systems varying in speed, synchrony, and precision.
Therefore, the aim of the present study is to gain insight in motor performance of CLBP as well as the contribution of both pain experience and pain-related cognitions to motor task performance.
Levels that are too low, such as can be found in models involving tissue-specific ablation of SMN (Frugier et al., 2000), simply induce cell death through disrupting the constitutive cellular function of SMN, providing limited insight into motor neuron vulnerability.
