Mgold-010-mr.mp4

For more detailed information or to access the full supplementary materials, you can view the paper at PMC - NIH .

Enantioselective Catalysis with Pyrrolidinyl Gold(I) Complexes MGOLD-010-MR.mp4

The visual data is based on computational models optimized from X-ray crystal structures . These models use a capsule-shaped volume (cylinder with rounded ends) to measure how much space atoms occupy around the central metal atom. Key Technical Details Catalyst Type: Pyrrolidinyl Gold(I) Complexes. Analysis Tool: SambVca for Buried Volume ( VBurcap V sub cap B u r end-sub ) and NEST for occupied volume quadrants. For more detailed information or to access the

Determining how effects at longer distances (around 5.0 Å from the gold center) influence enantioselectivity , which is crucial for creating pure chemical compounds in pharmaceuticals. The video is associated with the study ,

The video is associated with the study , which explores how specific gold-based catalysts can be used to create complex organic molecules.

It visualizes the occupied volume of different quadrants around the gold metal center. This helps scientists understand how the "bulkiness" (steric effects) of a ligand impacts the efficiency and selectivity of a chemical reaction.

The video illustrates the "NEST" (Non-Empirical Space-Filling Tool) analysis of pyrrolidinyl gold(I) complexes.