Chemists capture borylnitrene structure using X-ray crystallography

AI digestMimile.ai EditorialJuly 6, 2026 at 06:00 PM

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Chemists capture borylnitrene structure using X-ray crystallography

Chemists have captured the structure of borylnitrene, a highly reactive intermediate, using X-ray crystallography. The compound was trapped in a crystal, preventing its rapid rearrangement. This marks the first direct observation of such a species.

The Capture

Researchers at the University of Münster trapped borylnitrene in a crystalline matrix, allowing X-ray analysis. The intermediate, typically fleeting, was stabilized by a boron substituent. The study was published in Nature Chemistry.

Significance

Nitrenes are widely used in synthesis but evade direct study due to rapid 1,2-migration. This structural data could inform reaction design. The team used synchrotron radiation at DESY in Hamburg for the analysis.

What's Next

The team plans to explore other nitrene variants. It remains unclear whether similar stabilization can be achieved with different substituents.

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Chemists capture borylnitrene structure using X-ray crystallography

phys.org

Phys.org

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Chemists capture borylnitrene structure using X-ray crystallography

The Capture

Significance

What's Next

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