In the present study, we used fMRI at 7 T to characterize the functional architecture of S1 during touch observation along two dimensions: topographical arrangement of RFs and suppressive interactions between adjacent RFs.
Given that the aim of the present study was to characterize the functional architecture of S1 during touch observation along these two dimensions (topographical arrangement of RFs and suppressive interactions between RFs), the use of standard 3 Tesla (T) fMRI designs would have limited the scope of this approach.
Topographical features, including fiber dimensions and pattern, are important aspects in developing fibrous scaffolds for tissue engineering.
The review also assesses the impact of topographical modifications at distinct dimensions (micrometre and nanometre orders of magnitude) and the importance of applying safe-by-design criteria (e.g. toxicity, contribution for unwanted acquisition of antimicrobial resistance, long-term stability) when developing and implementing antimicrobial surfaces.
These coordinates were then visualized in three-dimensions as a topographical phylogenetic map using VxInsight as shown in Map S2.
Previous studies that investigated the representation of amplitude-modulation rate (Bieser and Muller-Preuss, 1996; Giraud et al., 2000; Bendor and Wang, 2008; Schonwiesner and Zatorre, 2009; Overath et al., 2012), have not reported a topographical organisation of this temporal dimension in the auditory cortex.
The computer solves the equation in three dimensions, producing a patchlike topographical maplet.
Ranges for stand dimensions, LiDAR metrics and topographical variables were similar between the full dataset and that used to determine V (Table 1).
ZYGO1 3D Optical Profiler Zygo NewView 5000 The 3-D Optical Profiler uses interferometry for imaging and quantifying topographical features such as step heights, critical dimensions, curvature, and roughness.
