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Recent advances in light-enabled deoxygenative transformation of alcohols | Synapse

November 2, 2025

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Recent advances in light-enabled deoxygenative transformation of alcohols

SLShiwei LüInstitute of Applied Physics JDJie DingSouthwest Jiaotong University ZTZhenda TanHainan University

Key Points

Deoxygenative transformation enhances chemical reactivity in alcohols, improving functionalization opportunities.
Bond dissociation energy presents significant resistance to C-O bond transformation, limiting synthetic applications.
This analysis highlights advances in light-enabled chemical techniques enhancing deoxygenation efficiency.
Future research should explore practical applications within organic synthesis to optimize these transformations.

Abstract

Alcohols, serving as fundamental building blocks in organic synthesis, face inherent challenges in deoxygenative functionalization due to the strong chemical inertness of C-O bond characterized by high bond dissociation energy.Recent...

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Cite This Study

Lü et al. (Sat,) studied this question.

synapsesocial.com/papers/6906a3a98b61f987b17a01ab https://doi.org/https://doi.org/10.1039/d5qo01215e