Acute unilateral vestibular neuritis contributes to alterations in vestibular function modulating circumvention around obstacles: A pilot study suggesting a role for vestibular signals in the spatial perception of orientation during circumvention.

Our most striking result was a highly significant difference ( p < 0.001–0.05) in peak approaching YAV between the subjects with aUVL and healthy controls (HCs) across circumvention protocols (see Figures 3 – 5 ).

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Figure 7 shows that the departing YAVs of HCs are significantly greater than approaching YAVs ( p ≤ 0.0006) for both the straight and veering tasks with ratios of departing/approaching YAV amplitudes equal to 49.5% and 87%, respectively, whereas the ratios of the UVLs are not significantly greater for the straight trajectories (11.8%) and of borderline significance ( p = 0.05) for the veered trajectories (39.4%).

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With these criteria, we obtained clearly significant differences with respect to HCs, as illustrated in Figures 5 – 8 .

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