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82, p = .002. A difference between the two spaces just failed to reach significance at a background velocity of ?5 km/h, F (1, 45) = 3.82, [https://en.wikipedia.org/wiki/Dabigatran Dabigatran] p = .057. Figure 4 shows the mean duration of strong vection as a function of background velocity for each foreground velocity under the 10-m (left panels) and 20-m (right panels) conditions. The upper panels pertain to the foreground-fixation condition and the lower panels to the background-fixation condition. It is obvious that the duration of strong vection increased with increasing background velocity. It should be noted that effects of background velocity were modulated by the foreground velocity; the strong-vection durations appeared to be greater when the foreground dots moved in the same direction as the background dots rather than in the opposite direction. Figure 4. Mean duration of strong vection as a function of background flow velocity, with a separate line for each foreground flow velocity. Vertical bars indicate standard errors of the mean. A four-way repeated [http://www.selleckchem.com/products/Fludarabine(Fludara).html selleck compound] measures ANOVA revealed significant main effects of background, F (4, 36) = 38.50, p  F (1, 9) = 0.54. There were significant interactions of foreground �� background, F (16, 144) = 4.59, p [http://www.selleckchem.com/products/at13387.html Selleck Onalespib] longer durations of strong vection at the 10-km/h and ?10-km/h velocities than at the other velocities (all ps  of background at all velocities of foreground flow except for at 0 km/h [10 km/h, F (4, 180) = 20.72; 5 km/h, F (4, 180) = 8.63; ?10 km/h, F (4, 180) = 22.14; ?5 km/h, F (4, 180) = 9.44, all ps