Using an ecological dynamics framework, we highlight how degeneracy underpins the functional role of movement coordination variability in performance of multi-articular tasks.
The approach developed by Johnson-Glenberg et al. (2014) appears to be more appropriate for the analysis of educational embodiment research as it pertains to more basic building blocks of embodiment theory, such as the role of different types of movement (for an overview of the role of movement in EC, see Koziol, Budding, & Chidekel, 2012).
I have been treating patients for almost 20 years, talking to patients for 25, yet I know so little about the role of movement in health, and the way to help patients who are paralyzed by fear, difficulty, obstacles, or simply the grisly, arduous experience that is life.
A significant difference (p<0.01) confirmed the priming role of movement perception in action execution.
Also, to better understand the role of movement in driving population size, we contrast our findings with a null model of no migration, in which we force the wildebeest to become sedentary and confined to restricted home ranges, with no movement even within the two pieces separated by the road.
Although this does not represent a real scenario (e.g., wildebeest are unlikely to try to persist in the plains in the absence of surface water during the dry season), it serves to illustrate the potential role of movement in determining ungulate carrying capacity.
The results neither endorse nor disqualify the role of movement assessment for (i) determining the relationship between movement and pain in individual patients, or (ii) monitoring changes in movement characteristics as a means of monitoring progress in individual patients and as an indication of the likelihood of their improvement [ 87].
Indeed, the additional analysis that specifically investigated the role of movement in these 2 Experiments (Supplementary Material) seemed to suggest the importance of the amount of self-initiated movement for the detection of the contingent stimulation only in Experiment 8, where visual proprioceptive information was provided.
While the adaptability of the mature skeleton in response to physical stimuli has been long accepted (e.g. loss of bone mass by astronauts; increased strength of bones in the dominant limbs of athletes), the role of movement in shaping the skeleton during embryogenesis has been acknowledged only relatively recently.
Recent technological advances in live imaging of chromosome loci begun to explore the biological roles of the movement of the chromatin within the nucleus.
