Sentence examples for both hemispheres was compared from inspiring English sources

Since a recent study clarified that optical properties including optical path length between corresponding channels on the RH and LH do not differ significantly (Katagiri et al. 2010), brain activation in both hemispheres was compared.

In each ROI, the mean OD of the lesioned and non-lesioned hemispheres was compared using a repeated measure t test.

When right and left hemispheres were compared, a significant Hemisphere effect was found indicating that the index of overlapping in the left was significantly higher than in the right hemisphere.

When right and left hemispheres were compared, overlapping between all possible pairs of muscles in the left hemisphere (62.5%) was significantly higher than in the right one (53.5% ).

Superior temporal sources in the left and right hemispheres were compared between the 4 conditions, yielding main effects of laterality (stronger sources in the left hemisphere; F1,15 = 4.25, P < 0.05) and stimulus context (activation strong for noise and words but weak for pseudowords; F3,45 = 3.08, P < 0.04).

For comparisons of normal and tumour brain tissue, the right hemisphere (implanted hemisphere) was compared with the left hemisphere (non-implanted hemisphere).

The ionospheric parameters obtained with the above technique at the conjugate hemisphere are compared with SS data obtained from ionosondes at the same hemisphere.

The groups' mean cell counts of FJB- and TUNEL-positive cells of both hemispheres were then compared among those and to the control group using one-way ANOVA and Bonferroni post hoc testing.

The striate cortex of both hemispheres was then ablated.

Generalization to both hemispheres was visible.

The mean of both hemispheres was used for analysis.