Boragerma[5]pyramidane Molecular Structures via Germole Rearrangement

44.8 KB of computational chemistry data details the synthesis and analysis of boragerma[5]pyramidanes. The dataset contains molecular structure information from a germole-to-borole rearrangement study, authored by Lukas Bührmann and published in 2026. It includes XYZ coordinate files for the synthesized Ge(II) borole complexes.

Use Cases

• Analyze molecular geometry and cluster opening using XYZ coordinate data from Ge(II) borole complexes.
• Model electronic structure properties of boragerma[5]pyramidanes based on substituent effects described in the data.
• Study transition metal binding behavior via the germanium atom using structural parameters from the dataset.
• Simulate reduction or nucleophile reaction pathways leading to germanium elimination and borole derivative formation.

Strengths

• Data is recent, last updated on March 24, 2026.
• Focuses on a specific, novel class of molecular clusters: boragerma[5]pyramidanes.
• Includes XYZ file format, a standard for representing molecular coordinates.

Limitations

• Dataset is very small at 44.8 KB, limiting scope for statistical or machine learning analysis.
• No tabular columns or sample data are provided, restricting immediate analytical use.
• Content is highly specialized for computational and synthetic chemistry, with narrow applicability.

Provenance

Source

figshare, authored by Lukas Bührmann.

Collection Method

Computational and experimental data from a synthetic chemistry study on germole-to-borole rearrangements.

Freshness

Last updated 2026-03-24.