Analyses of these schematic representations demonstrate specific domains within each epiplasmin.
The middle panels show van der Waals surface representations demonstrating motions in the HEL2i/CARDs relative to the CTD that result in a steric collision (Top) and motions in the HEL1 and HEL2 domains of the ATPase core (Bottom) that take place upon nucleotide-mediated compaction.
This visual representation demonstrates the difference in prominence of the four factors, especially with regards to 'Topic.' Fig. 1 Total number of individual formality level selections per contextual factor.
This representation demonstrates the possible congruent evolutionary tracts of both domains.
Since visual representation demonstrates a format, a web based BSPM viewer is currently underdevelopment for staging the capabilities of this BSPM format.
The interaction presented in this type of evolutionary representation demonstrates beyond doubt that E. coli and mobile genetic elements mutually affect each other's recent evolution.
The surface representation demonstrates that the smaller asymmetric structure has a roughly crescent-shaped appearance, 14 nm in height, 11 nm in side length, and 6 nm in narrow side length.
Moreover, this graphical representation demonstrates that as patients respond to therapy, they tend to have expression profiles that are less like those of untreated patients with active disease and more like those of healthy controls (Fig. 7).
The surface representation demonstrates that MG23 is a bowl-shaped molecule, 12 nm in height, 16 nm in side length, and 17 nm diagonally at the widest transmembrane region.
The proposed schematic representation demonstrates the itinerary of NPRA internalization, intracellular trafficking, recycling and degradation of ligand receptor complexes from the cell surface to cell interior and back to the plasma membrane.
