It is important that the specification of precise celestial coordinates be made in ways that correct for telescope location, the position of Earth in its orbit around the Sun, and the epoch of observation, since Earth's axis of rotation moves slowly over the years.
The optimizations of the lattice constants and the atomic coordinates are made by the minimization of the total energy.
Adjustments to the intended coordinates were made in accordance with the direct visualization of the STN on individual stereotactic MRI (Hariz et al., 2003).
For the patients operated in London, adjustments to the intended coordinates were made in accordance with the direct visualization of STN in individual stereotactic MRI (Hariz et al., 2003) and implantation performed under local anaesthesia.
Adjustments to the intended coordinates were made in accordance with the direct visualization of STN in individual stereotactic MRI (Hariz et al., 2003) and, in the patients operated in Taiwan (n = 7), the results of microelectrode recordings.
Adjustments to the intended surgical coordinates were made according to the direct visualization of STN on individual pre-operative stereotactic T2-weighted magnetic resonance imaging, intra-operative stimulation and, in cases 1, 3, 5, 8 11 and 13, intra-operative microelectrode recordings.
With this constraint, ray tracing from the image plane to an equivalent world coordinate is made possible.
To test this in live cells, coordinate use was made of the MS2 and the PP7 systems: both phage RNA binding protein strategies have been previously combined to study the localization of different mRNAs in the same cells (Hocine et al., 2013).
The coordinate transformation correction was made using a triaxis orthogonal coordinate transformation.
