Sentence examples for directed trajectory from inspiring English sources
Preliminary clinical evidence suggests that this new trajectory provides screw interference that is equivalent to the more traditionally directed trajectory for lumbar pedicle screws.
Finally, we obtain a weighted directed trajectory record network (G^{t}_{a}=(A,T_{a})), where (T_{a}=sum_{uin U}w(a_{s_{i}},a_{s_{i+1}})) denotes the collective trajectories of all users (U={u_{1},ldots,u_{z},u_{z}}).
In vitro studies have also shown that the hypothalamus, a ventral diencephalic structure, releases a robust chemorepellent activity for dorsal thalamic axons that is proposed to help deviate TCAs from their ventrally directed trajectory and steer them laterally into the ventral telencephalon (Braisted et al. 1999).
Thus, during the period that TCAs turn from diencephalon into ventral telencephalon, Slit1 and Slit2 are highly expressed medial and ventral to the TCA pathway within diencephalon, locations that position them appropriately to deviate TCAs from their ventrally directed trajectory within diencephalon, and steer them into ventral telencephalon.
Outward flux (Φ out ) is defined as the fraction of plus-end directed trajectories.
The mode of diffusion was evaluated within a trajectory using an algorithm based on a neural network trained to detect Brownian, confined and directed trajectories.
For very poorly-folded proteins, one can start with a low-stringency insertion vector, such as 9/8_FR/SF or GFPi 9/8 SF/SF, to begin the directed evolution trajectory.
My own direct trajectory from there would be Iraq, Afghanistan, and the Obama White House.
Interference fringes are formed in the far field only when strong near fields are excited (x-polarization), and occur from the interference of light following a direct trajectory and a looped trajectory.
A proper direct trajectory optimization method is chosen to transcribe the original trajectory optimization problem into a nonlinear programming (NLP) problem solved by a highly efficient NLP solver.
Density functional tight binding is used to compute the quantum chemical potential energy surfaces in direct trajectory calculations, and its accuracy is estimated in benchmark calculations.
