Our knowledge of the in vivo roles for Rnds has come from work conducted with the Xenopus homologue xRnd1 which was found to regulate morphogenetic movements by modulating cell adhesion in early embryos [15].
In addition, a user can voluntarily control cursor movement speed by modulating muscle contraction levels.
These results are consistent with the idea that the Akt-GSK3β signaling pathway may control mitochondrial movement in neurons by modulating acetylation of microtubules via the regulation of HDAC6.
One hypothesis is that βs regulate channel gating by modulating movements of IS6.
Actin polymerization is critical for the formation of the IS by modulating the movement of molecules and lipid rafts[27], [28], and is important for integrin-dependent adhesion between T cell and APC[27].
Training intensity was progressively and individually increased over the 6-week training program by modulating lever lengths, movement velocity (isometric, dynamic), range of motion (i.e., CSTS and CSTU) and the level of instability (i.e., CSTU).
An electronic feedback circuit was activated to prevent bead movement beyond a preset clamping point by modulating the light intensity, altering the trap stiffness dynamically.
OsINV3 was found to regulate spikelet size by playing a key role in cell expansion, driving the movement of assimilates for grain filling by modulating the hexose-to-sucrose ratio, contributing in grain weight determination and thus, the grain yield.
Indeed, increasing the difficulty index by modulating target sizes and rotational movement amplitudes yielded increased movement time, consistent with the linear speed-accuracy trade-off principle [ 37, 39, 40, 47].
This suggests that bilateral movement training has a beneficial influence on motor performance by modulating a variety of intraspinal systems.
