First, the method of surface rendering was used to create biofilm 3D visualizations; in this approach 3D surfaces were created to encase the biomass by interconnecting its boundary voxels.
Images were reconstructed using filtered back-projection and analyzed in 3D using surface rendering.
A global thresholding approach was used for surface rendering.
For 3D measurement we used a surface rendered reconstruction.
This study introduces and assesses the precision of a standardized protocol for anthropometric measurement of the juvenile cranium using three-dimensional surface rendered models, for implementation in forensic investigation or paleodemographic research.
We applied a surface rendering algorithm using OsiriX to visualize the 3D reconstruction of the external anatomy of the thorax.
Isosurfaces of FMRFamide-like reactive and serotonin-like immunoreactive elements were created by surface rendering algorithms using the 3D reconstruction imaging software IMARIS (Bitplane, Zurich, Switzerland).
As shown in Figure 3, a surface rendering view of lung is displayed.
(B′ – D′ ) IMARIS surface rendering pictures of WT HCs.
(F′ – H′ ) IMARIS surface rendering pictures of HOM HCs.
