Type 2 inclusions were considered primary when they were large and isolated, or occurred in tight three dimensional groups away from the contacts between grains.
A primary origin for these inclusions was inferred based on their distributions as three dimensional groups or occurrence as comparatively large, isolated inclusions.
Recently, we have performed some of the first fully three dimensional, multi-group radiation hydrodynamic simulations of these events.
Analyses of width/height (W/H) ratios reveal two distinct dimensional groups: Mass-transport deposits and turbidite lobes with W/H ratios ≥ 100, and channels and blocks with W/H ratios between 1 and 30.
Each of the two dimensional motif-groups corresponds to a higher dimensional motif-region into which the feature vectors split up and the distribution of feature vectors among the different motif-regions is the fingerprint of the network.
A structure-based approach is based on the observation that most drugs bind to a clearly defined macromolecular target, which is complementary in terms of three dimensional structure and pharmacophoric chemical groups.
In this prospective follow-up study, ultrasound determined aneurysm diameter was compared with aneurysm volume determined by three dimensional ultrasound (3D-US) in a group of 179 AAAs.
This study opens up a completely new strategy of utilizing G-quadruplex formation to display the array of functional groups in the three dimensional space thus creating a possibility of getting closer to the dream of designed peptides with three dimensional structures as observed in catalytic protein folds.
Costa, M., Michel, F. & Westhof, E. A three dimensional perspective on exon binding by a group II self-splicing intron.
The group continues to prototype methods for three dimensional navigation in brain maps (Poliakov et al. 2005).
Also, the changes in cysteine conservation between the two groups are potentially involved in the variation of their three dimensional structures.
