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Analogous results for individually-defined fROI coordinates are shown in the Supplementary Materials. A 2?��?2?��?2 ANOVA with factors Laterality, Attention and Configuration revealed only a main effect of Configuration, F(1, 16)?=?4.48, p?GSK3B averaging across Attention (and Laterality). The absence of such a relationship would nonetheless be expected if priming in the attended conditions was determined primarily by RS in the ventral stream, as suggested by Fig.?5A.1 Thus when analysing uncued conditions only, there was now a reliable positive correlation between priming and the amount of RE from intact objects, R?=?.52, p?Transmembrane Transporters inhibitor showed fMRI repetition effects for both intact and split views when attended, but repetition effects were strictly view-based for unattended objects. Behavioural priming effects in the form of faster covert naming were also observed from attended SAHA HDAC nmr primes in both intact and split configurations, but only from uncued primes in an intact configuration, replicating previous findings (e.g., Thoma et al., 2004). This pattern was evident in two main effects (more priming from attended than uncued primes, and more priming from intact than split primes), with no interaction, which is consistent with the operation of two parallel routes: an analytic route in which part-based representations can generalise across split images, but which requires attention, and a holistic route in which view-based representations can be accessed without attention (Hummel, 2001). Our fMRI data suggest that these two routes map broadly onto ventral and dorsal visual streams respectively. Importantly, the fMRI and behavioural repetition effects were inter-related: Firstly, the amount of repetition suppression (RS) in the left ventral stream (averaged across ��posterior�� and ��anterior�� functionally-defined regions of interest, fROIs) correlated positively with the amount of behavioural priming, but only for attended primes, as would be expected from contributions from an analytical pathway.