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- Lemieux–Johnson_oxidation abstract "The Lemieux–Johnson oxidation is a chemical reaction in which an olefin undergoes oxidative cleavage to form two aldehyde or ketone units. The reaction is named after its inventors, R. U. Lemieux and W. S. Johnson, who published it in 1956.The reaction proceeds in a two step manner, beginning with dihydroxylation of the alkene by osmium tetroxide, followed by oxidative cleavage by periodate. Excess periodate is used to regenerate the osmium tetroxide, allowing it to be used in catalytic amounts. The Lemieux–Johnson reaction ceases at the aldehyde stage of oxidation and therefore produces the same results as ozonolysis.600pxThe classical Lemieux–Johnson oxidation often generates many side products, resulting in low reaction yields; however the addition of non-nucleophilic bases, such as 2,6-lutidine, can improve on this.OsO4 may be replaced with a number of other Osmium compounds. Periodate may also be replaced with other oxidising agents, such as oxone.".
- Lemieux–Johnson_oxidation thumbnail Lemieux–Johnson_oxidation.svg?width=300.
- Lemieux–Johnson_oxidation wikiPageID "12805451".
- Lemieux–Johnson_oxidation wikiPageLength "4503".
- Lemieux–Johnson_oxidation wikiPageOutDegree "22".
- Lemieux–Johnson_oxidation wikiPageRevisionID "691012648".
- Lemieux–Johnson_oxidation wikiPageWikiLink 2,6-Lutidine.
- Lemieux–Johnson_oxidation wikiPageWikiLink Aldehyde.
- Lemieux–Johnson_oxidation wikiPageWikiLink Alkene.
- Lemieux–Johnson_oxidation wikiPageWikiLink Category:Carbohydrate_chemistry.
- Lemieux–Johnson_oxidation wikiPageWikiLink Category:Name_reactions.
- Lemieux–Johnson_oxidation wikiPageWikiLink Category:Organic_redox_reactions.
- Lemieux–Johnson_oxidation wikiPageWikiLink Chemical_reaction.
- Lemieux–Johnson_oxidation wikiPageWikiLink Dihydroxylation.
- Lemieux–Johnson_oxidation wikiPageWikiLink Ketone.
- Lemieux–Johnson_oxidation wikiPageWikiLink Milas_hydroxylation.
- Lemieux–Johnson_oxidation wikiPageWikiLink Osmium_tetroxide.
- Lemieux–Johnson_oxidation wikiPageWikiLink Ozonolysis.
- Lemieux–Johnson_oxidation wikiPageWikiLink Periodate.
- Lemieux–Johnson_oxidation wikiPageWikiLink Potassium_permanganate.
- Lemieux–Johnson_oxidation wikiPageWikiLink Potassium_peroxymonosulfate.
- Lemieux–Johnson_oxidation wikiPageWikiLink Raymond_Lemieux.
- Lemieux–Johnson_oxidation wikiPageWikiLink Sharpless_asymmetric_dihydroxylation.
- Lemieux–Johnson_oxidation wikiPageWikiLink Sodium_periodate.
- Lemieux–Johnson_oxidation wikiPageWikiLink Upjohn_dihydroxylation.
- Lemieux–Johnson_oxidation wikiPageWikiLink William_Summer_Johnson.
- Lemieux–Johnson_oxidation wikiPageWikiLink File:Lemieux–Johnson_oxidation.svg.
- Lemieux–Johnson_oxidation wikiPageWikiLinkText "Lemieux-Johnson reagent".
- Lemieux–Johnson_oxidation wikiPageWikiLinkText "Lemieux–Johnson oxidation".
- Lemieux–Johnson_oxidation wikiPageUsesTemplate Template:Reflist.
- Lemieux–Johnson_oxidation subject Category:Carbohydrate_chemistry.
- Lemieux–Johnson_oxidation subject Category:Name_reactions.
- Lemieux–Johnson_oxidation subject Category:Organic_redox_reactions.
- Lemieux–Johnson_oxidation hypernym Reaction.
- Lemieux–Johnson_oxidation type Disease.
- Lemieux–Johnson_oxidation type Carbohydrate.
- Lemieux–Johnson_oxidation type Eponym.
- Lemieux–Johnson_oxidation type Reaction.
- Lemieux–Johnson_oxidation type Redirect.
- Lemieux–Johnson_oxidation comment "The Lemieux–Johnson oxidation is a chemical reaction in which an olefin undergoes oxidative cleavage to form two aldehyde or ketone units. The reaction is named after its inventors, R. U. Lemieux and W. S. Johnson, who published it in 1956.The reaction proceeds in a two step manner, beginning with dihydroxylation of the alkene by osmium tetroxide, followed by oxidative cleavage by periodate.".
- Lemieux–Johnson_oxidation label "Lemieux–Johnson oxidation".
- Lemieux–Johnson_oxidation sameAs Q6521154.
- Lemieux–Johnson_oxidation sameAs m.02x5n_m.
- Lemieux–Johnson_oxidation sameAs Q6521154.
- Lemieux–Johnson_oxidation sameAs Lemieux–Johnson氧化反应.
- Lemieux–Johnson_oxidation wasDerivedFrom Lemieux–Johnson_oxidation?oldid=691012648.
- Lemieux–Johnson_oxidation depiction Lemieux–Johnson_oxidation.svg.
- Lemieux–Johnson_oxidation isPrimaryTopicOf Lemieux–Johnson_oxidation.