The current limitation for the implementation of this approach is the relatively low sensitivity of previous rotation sensors that could be used in the field (like the Eentec R-1 we used in the present study), as these needed relatively high motion levels to provide an acceptable signal-to-noise ratio.
To further test that the observed facilitation is also not a net effect of memorizing all previous rotation experiences close to +60° (see below for the case of −60° rotations), we introduced another group that experienced the same amount of ±60° rotations in the exposure phase as the random rotation group.
With the exception of number of previous IPCP rotations, results of Spearman correlations to evaluate associations between change in scores and the remainder of the demographic variables were non-significant.
When weighted by the measurement time, NOSE microscopy was found to provide a substantial (>7 decades) improvement in the signal-to-noise ratio relative to our previous measurements based on the rotation of optical elements and a 3-fold improvement relative to previous single-point NOSE approaches.
Exclusion criteria were passive shoulder stiffness with a loss of forward elevation of >40° and a loss of external rotation of >30°, previous surgery, nerve palsy, and rotator cuff tears.
This is in line with the results of previous experiments in which pure rotation of natural scenes was used for stimulation (Straw et al., 2008; Barnett et al., 2010).
The private 'RotationY' is used to hold the previous value of rotation to be used to rotate the camera.
These results support our previous hypothesis that ATP-dependent axial rotation of RadA nucleoprotein helical filament promotes homologous recombination.
Previous published data on -catechin reports an optical rotation of +56.60 [ 15].
Many explanations have been proposed for meanders, including changes in river stages, local obstructions, rotation of the Earth, and enlargement of previous bends in the channel.
