Figure 6 Processing time of the estimation task on the ARM and NEON coprocessor.
The processing of Kanizsa figures have classically been studied by flashing the full "pacmen" inducers at stimulus onset.
Spatial attention, another variable known to affect the P1, remains however a potential confound that is not directly related to the processing of illusory figures [29].
We previously attributed the effects of prism adaptation on the processing of Navon figures to changes in the relative activity of left and right temporo-parietal areas.
Our findings that prism adaptation alters the global versus local processing of Navon figures but not composite faces is consistent with this distinction between significant effects of prism adaptation on object but not face processing.
Thus, the effects of prism adaptation on the processing of Navon figures could be attributed to changes in dorsal stream mechanisms, either by altering relative processing weights of left and right temporo-parietal areas, or by a global enhancement or suppression of dorsal stream mechanisms.
The processing method of Figure 1A (which we will refer to as Method A) is "better" than the method of Figure 1B (Method B) because the two classes (denoted by different colors and symbols) have better separation, and hence, there is a lower SWISS score.
Total protein concentration was significantly (p <0.01) higher when saliva samples were concentrated using Centrifugal Filter Units, as opposed to other methods of processing (Figure 2). Figure 2 Concentration of (A) CRP, (B) Myoglobin, (C) IgE and (D) Total Protein in the unprocessed drool, centrifuged drool and molecular weight cut-off concentrate samples.
To help offset the costs of processing figures for publication, authors of original research papers are asked to pay $300 per figure published in the main paper.
For data processing and the creation of figures, we used Microsoft Office 2010, GraphPad Prism 6, Adobe Cloud CC, and Geneious R8 (Kearse et al, 2012).
