August 13, 2025

Electrochemical Deoxygenative Silylation of Alcohols.

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Electrochemical approach achieves high yields of organosilanes from alcohols and hydrosilanes, indicating new synthetic potential.

MAIN FINDING: The electrochemical method successfully transforms alcohols into organosilanes via deoxygenative coupling.
KEY EVIDENCE: High to excellent yields were achieved in the reaction with hydrosilanes, demonstrating robust performance.
APPROACH: The process involves mechanistic studies that reveal silyl ethers as key intermediates in the coupling.
SIGNIFICANCE: This new synthetic strategy may enhance the use of alcohols as alkyl donors in organic synthesis.

Villo et al. (2025) studied this question.

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August 13, 2025

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Authors

Electrochemical approach achieves high yields of organosilanes from alcohols and hydrosilanes, indicating new synthetic potential.

MAIN FINDING: The electrochemical method successfully transforms alcohols into organosilanes via deoxygenative coupling.
KEY EVIDENCE: High to excellent yields were achieved in the reaction with hydrosilanes, demonstrating robust performance.
APPROACH: The process involves mechanistic studies that reveal silyl ethers as key intermediates in the coupling.
SIGNIFICANCE: This new synthetic strategy may enhance the use of alcohols as alkyl donors in organic synthesis.

Villo et al. (2025) studied this question.

View Full Paper

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