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Ring_expansion_and_ring_contraction abstract "Cyclic compounds, ubiquitous in organic compounds, are chains of atoms are covalently bonded to form a closed ring. These rings are primarily composed of carbon, but can also contain heteroatoms such as nitrogen, oxygen, and sulfur (called heterocycles). In the course of organic synthesis a chemist often needs to form a new or alter an existing ring. By expanding or contracting an existing ring it is possible to access structures that would be difficult to nearly impossible with a single cyclization reaction.".
Ring_expansion_and_ring_contraction thumbnail General_Contraction_Expansion.jpg?width=300.
Ring_expansion_and_ring_contraction wikiPageID "3228749".
Ring_expansion_and_ring_contraction wikiPageLength "13176".
Ring_expansion_and_ring_contraction wikiPageOutDegree "34".
Ring_expansion_and_ring_contraction wikiPageRevisionID "655425012".
Ring_expansion_and_ring_contraction wikiPageWikiLink Addition_reaction.
Ring_expansion_and_ring_contraction wikiPageWikiLink Aromatic_hydrocarbon.
Ring_expansion_and_ring_contraction wikiPageWikiLink Azulene.
Ring_expansion_and_ring_contraction wikiPageWikiLink Baeyer–Villiger_oxidation.
Ring_expansion_and_ring_contraction wikiPageWikiLink Beckmann_rearrangement.
Ring_expansion_and_ring_contraction wikiPageWikiLink Bicyclic_molecule.
Ring_expansion_and_ring_contraction wikiPageWikiLink Buchner_ring_expansion.
Ring_expansion_and_ring_contraction wikiPageWikiLink Category:Rearrangement_reactions.
Ring_expansion_and_ring_contraction wikiPageWikiLink Cyclic_compound.
Ring_expansion_and_ring_contraction wikiPageWikiLink Cyclopropane.
Ring_expansion_and_ring_contraction wikiPageWikiLink Dowd–Beckwith_ring-expansion_reaction.
Ring_expansion_and_ring_contraction wikiPageWikiLink Favorskii_rearrangement.
Ring_expansion_and_ring_contraction wikiPageWikiLink Grob_fragmentation.
Ring_expansion_and_ring_contraction wikiPageWikiLink Heteroatom.
Ring_expansion_and_ring_contraction wikiPageWikiLink Heterocyclic_compound.
Ring_expansion_and_ring_contraction wikiPageWikiLink Organic_synthesis.
Ring_expansion_and_ring_contraction wikiPageWikiLink Pinacol_rearrangement.
Ring_expansion_and_ring_contraction wikiPageWikiLink Polar_effect.
Ring_expansion_and_ring_contraction wikiPageWikiLink Radical_(chemistry).
Ring_expansion_and_ring_contraction wikiPageWikiLink Rearrangement_reaction.
Ring_expansion_and_ring_contraction wikiPageWikiLink Simmons–Smith_reaction.
Ring_expansion_and_ring_contraction wikiPageWikiLink Tiffeneau–Demjanov_rearrangement.
Ring_expansion_and_ring_contraction wikiPageWikiLink Wolff_rearrangement.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Baeyer-Villiger_and_Beckmann_rearrangment_migrations.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:General_Buchner_ring_expansion.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:General_Contraction_Expansion.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Generalized_Favorskii_rearrangement_mechansim.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Generalized_Wolf_rearrangement_mechanism.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Key_step_of_pinacol_mechanism.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Methods_of_cyclopropane_ring_opening.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Pinacol_Rearrangment_to_a_5,7_ring_system.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:RIng_contraction_mechanisms.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLink File:Ring_expansion_mechanisms.jpg.
Ring_expansion_and_ring_contraction wikiPageWikiLinkText "Ring expansion and ring contraction".
Ring_expansion_and_ring_contraction wikiPageWikiLinkText "ring expansion and ring contraction".
Ring_expansion_and_ring_contraction wikiPageWikiLinkText "ring expansion".
Ring_expansion_and_ring_contraction wikiPageWikiLinkText "ring expansions".
Ring_expansion_and_ring_contraction wikiPageWikiLinkText "ring-contraction".
Ring_expansion_and_ring_contraction date "April 2015".
Ring_expansion_and_ring_contraction reason "uneven quality of sourcing—substantially primary sources—reflecting editorial decisions to include/exclude examples, decisions that, i, constitute original research, and ii, that are unfortunately not scholarly and up to date".
Ring_expansion_and_ring_contraction wikiPageUsesTemplate Template:Cleanup.
Ring_expansion_and_ring_contraction wikiPageUsesTemplate Template:Format_footnotes.
Ring_expansion_and_ring_contraction wikiPageUsesTemplate Template:Refimprove_science.
Ring_expansion_and_ring_contraction subject Category:Rearrangement_reactions.
Ring_expansion_and_ring_contraction hypernym Chains.
Ring_expansion_and_ring_contraction type Company.
Ring_expansion_and_ring_contraction type Reaction.
Ring_expansion_and_ring_contraction comment "Cyclic compounds, ubiquitous in organic compounds, are chains of atoms are covalently bonded to form a closed ring. These rings are primarily composed of carbon, but can also contain heteroatoms such as nitrogen, oxygen, and sulfur (called heterocycles). In the course of organic synthesis a chemist often needs to form a new or alter an existing ring.".
Ring_expansion_and_ring_contraction label "Ring expansion and ring contraction".
Ring_expansion_and_ring_contraction sameAs Q3062071.
Ring_expansion_and_ring_contraction sameAs Expansion_et_contraction_de_cycle.
Ring_expansion_and_ring_contraction sameAs m.08_vky.
Ring_expansion_and_ring_contraction sameAs Q3062071.
Ring_expansion_and_ring_contraction wasDerivedFrom Ring_expansion_and_ring_contraction?oldid=655425012.
Ring_expansion_and_ring_contraction depiction General_Contraction_Expansion.jpg.
Ring_expansion_and_ring_contraction isPrimaryTopicOf Ring_expansion_and_ring_contraction.