The following model explores optimal (minimum 'cost') gaits given three assumptions concerning the fundamental properties of muscle: — the 'cost' of locomotion relates, to some relevant extent, to the volume of muscle activated not merely the mechanical work or power requirement.
In reality, of course, this is likely to be untrue: there are certainly differences in cross-bridge density, details of muscle biochemistry [ 16] and elastic recoil this last point being of relevance to both work and power constraints [ 6]. — the 'cost' of locomotion relates, to some relevant extent, to the volume of muscle activated not merely the mechanical work or power requirement.
According to the safety influence mentioned above, it can be recognized that this kind of influence should be related to some extent to the volume of non-motor vehicles, traffic density in the medial adjacent lane, and the transverse remaining width in road segments with curb parking.
Monte Carlo simulation have explored the spatial extent of this volume [ 26], but as exact scattering properties of the brain (in particular the anisotropy of the scattering) are still ill known, it is hard to predict the shape of this volume.
This can help the operator accurately control the ablation temperature, protect surrounding structures, and predict the extent of the ablated volume by ensuring that the thermal exposure is sufficient within the target volume and that the appropriate dose is delivered near critical structures.
However, the extent of the spiking volume also showed large variations across patients and we show that the extent of the MEG spiking volume carries meaningful clinical implications regarding the surgical prognosis.
With the FTS reaction being strengthened, the extent of the gas volume contraction becomes more severe.
The extent of the surveillance volume (here several tens of kilometers around the surveillance antenna) is determined by the number of delay shifts, I=1150.
Binding information emerges from FRAP simulations considering the diffusion coefficient, radial extent of the bleached volume and bleach constant as parameters derived from experimental data.
Furthermore, the extent of the hippocampal volume prior to trauma exposure seems to negatively correlate with PTSD severity [ 35].
