Working together to orient faster: The combined effects of alerting and orienting networks on pupillary responses at 8 months of age.

Subsequent pairwise comparisons confirmed a highly significant difference between the two conditions in the late time window (1900−2400 ms, SCvalid M(± SD) = .030 ± .10, CC M(± SD) = .090 ± .10, p = .002), but not in the early window (200–500 ms, SCvalid M(± SD) = –.125 ± .12, CC M(± SD) = –.117 ± .10, p = .69) or the middle window (1400–1800 ms, SCvalid M(± SD) = .026 ± .13, CC M(± SD) = .068 ± .11, p = .11).

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NC), pairwise comparisons showed an approaching significance trend for latencies in the double cue condition to be shorter than in the no cue condition (M DC (± SD) = 494.03 ± 66.26; and M NC (± SD) = 522.84 ± 64.45; t (30) = -1.66, p =.107, d=. 44).

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