Pain in the preceding 24 hours reached statistical significance in favor of the flexible belt (VAS, p = 0.049).
Orbital moments and magnetocrystalline anisotropies of linear chains, ladder and zigzag belts of Pd are investigated by first-principle calculations.
On September 28, 2007 the main belt asteroid 11430 (9560 P-L) was named after him and is now known as 11430 Lodewijkberg.
Overall, we found a significant positive correlation between the increase in global-egocentric orientation and the duration of belt training, ρ = .65, p = .06 but not with total belt wearing time: ρ = .47, p = .21.21
This correlation additionally increased and was significant when solely considering the duration of intensive belt training, ρ = .76, p = .02.02
No significant but also moderately positive correlations revealed between the formation of a mental map (scale "survey") and intensive belt training, ρ = .36, p = .34, as well as between training duration and the improvement of cardinal directions for orientation (scale "cardinal directions"), ρ = .38, p = .32.32
* means significant difference between brace (or elastic orthotic belt) and natural standing posture (p < 0.05).
The calibration was acceptable [HL test P = 0.21, calibration belt showed no over- or under-prediction intervals (not shown)] and the AUROC was 0.88 (95% CI 0.85 0.90).
Sleep quality did not differ over time in the belt group, χ(6) = 3.11, p = .80, but sleep quality successively increased in the control group, χ(6) = 13.69, p = .03.03
