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First, for this website the auditory stimulus with no visual stimulus (V_NRD + A_HOM), five participants perceived self-motion. The duration and strength of auditorily induced self-motion in opposite direction of the auditory rotation stimulus was significantly greater than zero [strength: t(9) = 2.45, p = 0.036, d = 1.16; duration: t(9) = 2.45, p = 0.037, d = 1.23]. Among them, three participants always perceived self-motion in the opposite direction of the auditory rotation stimulus; the other two did not always perceive in the opposite direction of the auditory rotation stimulus throughout the trials. The duration and strength of auditorily induced self-motion were not significantly different, regardless of the direction of self-motion perception MRIP [strength: t(9) = 1.33, p = 0.22, d = 0.58; duration: t(9) = 1.75, p = 0.11, d = 0.39; Figures 7A,B]. Figure 7 Averaged values of the (A) strength and (B) duration of self-motion perception in the condition combining no visual stimulus (V_NRD) and auditory horizontal one-directional motion (A_HOM). The values are plotted the directional consistency of self-motion ... Second, for the visual stimulus with no auditory stimulus (V_HOM + A_NPN), all participants perceived self-motion. Among them, nine participants always perceived self-motion in the opposite direction of the auditory rotation stimulus; the other one did not always perceive in the opposite direction of the auditory rotation stimulus throughout the trials. In this experimental condition, the strength and duration of visually induced self-motion that was perceived in the opposite direction of the visual rotation stimulus were significantly longer and stronger than those perceived in the same direction as PD173074 manufacturer the visual rotation stimulus [strength: t(9) = 3.45, p = 0.0073, d = 1.91; duration: t(9) = 6.00, p = 0.0011, d = 2.82; Figures 8A,B]. Moreover, we compared the strength and duration of perceived self-motion across the above two experimental conditions. To this end, we averaged the amount of time that the participants experienced self-motion in the opposite direction of visual/auditory motion and the mean strength of perceived self-motion during the time, and averaged each of the above values across trials by either the visual or auditory information. We then found that the strength and duration of visually induced self-motion were stronger and longer than those of auditorily induced self-motion [strength: t(9) = 4.20, p