Corey–Kim oxidation

E466667

Corey–Kim oxidation is an organic chemistry reaction that converts primary and secondary alcohols into aldehydes and ketones using N-chlorosuccinimide and dimethyl sulfide under mild conditions.

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Statements (45)

Predicate Object
instanceOf named reaction in organic chemistry
organic redox reaction
advantage does not require heavy metals
operates under non-aqueous conditions
tolerates acid-sensitive functional groups
avoidsOveroxidationTo carboxylic acids
byproduct dimethyl sulfide oxide (DMSO)
succinimide
converts primary alcohols to aldehydes
secondary alcohols to ketones
field organic chemistry
limitation dimethyl sulfide has strong odor and toxicity concerns
mechanismFeature activation of alcohol as alkoxysulfonium salt
beta-elimination to form carbonyl compound
formation of dimethylchlorosulfonium intermediate
namedAfter Choung Un Kim NERFINISHED
Elias James Corey NERFINISHED
oxidantComponent N-chlorosuccinimide NERFINISHED
product aldehydes
ketones
publishedIn Tetrahedron Letters NERFINISHED
reactionCondition mild conditions
typically low temperature
reactionMedium typically anhydrous conditions
reactionType oxidation of alcohols
relatedTo PCC oxidation NERFINISHED
Swern oxidation NERFINISHED
safetyConcern N-chlorosuccinimide is an oxidizing agent
requires handling of malodorous dimethyl sulfide
selectivity chemoselective for alcohol oxidation
generally stops at aldehyde stage for primary alcohols
stoichiometry uses stoichiometric N-chlorosuccinimide
uses stoichiometric dimethyl sulfide
substrate primary alcohols
secondary alcohols
sulfurComponent dimethyl sulfide
typicalPhase homogeneous solution phase
typicalTemperatureRange −20 °C to room temperature
usedFor laboratory-scale synthesis of aldehydes
laboratory-scale synthesis of ketones
usedIn total synthesis of natural products
usesReagent N-chlorosuccinimide NERFINISHED
dimethyl sulfide
usesSolvent dichloromethane
yearOfPublication 1972

Referenced by (1)

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E. J. Corey developedMethod Corey–Kim oxidation