Sentence examples for necessary for movement from inspiring English sources

On the one hand, scholars agree that internal cohesion and a collective vision are necessary for movement success and resilience.

Miyagawa believes they are essential in order to generate the full complexity of Japanese, a hypothesis he developed after realizing that topic-marking and focus-marking are considered necessary for movement in Hungarian, too.

The implication is that while similar processes might normally be involved in physical and observational practice, information afforded by eye movements during observation (e.g., efference copy and eye proprioception) is not necessary for movement sequence learning.

The motility of a cell is determined by its ability to coordinately regulate a dynamic organization of the cytoskeletal architecture to create polarity, rigidity and contractile forces necessary for movement.

This is due, primarily, to the fact that AC2 is required for the transcriptional activation of the BR1 nuclear shuttle protein which is necessary for movement of the virus [ 14].

Both proteins have been shown to move between cells and share a 79 bp N-terminal region in which W76 and M78 were shown to be necessary for movement of CPC and are conserved in the TRY protein [ 27, 28, 38].

As this process continued the necessary stages for movement from the input to the outcome were added to the diagram.

Migrating cells display striking morphological changes induced by dynamic rearrangement of actin filaments and cell-substrate adhesions, which together provide the necessary force for movement (Ridley 2011).

We initially tested two classes of cholinergic ventral-cord motor neurons, the A-type neurons, VA and DA (necessary for backward movement) and the B-type neurons, VB and DB (necessary for forward movement) [ 55].

This division of labour mirrors the distinction made by Krakauer et al. (1999) between the internal (forward) model necessary for computing movement kinematics in vectorial coordinates, and the (inverse) model required for computing movement dynamics, which takes account of the biomechanical properties of the arm; e.g. interactional torques produced by movement of multiple limb segments.

It was advocated in accounts published [9], [11], [17], [19], that the meandering movement of the body alone is sufficient to generate the thrust necessary for the movement through the sand.