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- Q3062071 subject Q7400650.
- Q3062071 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.".
- Q3062071 thumbnail General_Contraction_Expansion.jpg?width=300.
- Q3062071 wikiPageWikiLink Q1153832.
- Q3062071 wikiPageWikiLink Q144362.
- Q3062071 wikiPageWikiLink Q161940.
- Q3062071 wikiPageWikiLink Q182033.
- Q3062071 wikiPageWikiLink Q185056.
- Q3062071 wikiPageWikiLink Q193430.
- Q3062071 wikiPageWikiLink Q212745.
- Q3062071 wikiPageWikiLink Q225972.
- Q3062071 wikiPageWikiLink Q230731.
- Q3062071 wikiPageWikiLink Q255452.
- Q3062071 wikiPageWikiLink Q3238654.
- Q3062071 wikiPageWikiLink Q4982728.
- Q3062071 wikiPageWikiLink Q5302672.
- Q3062071 wikiPageWikiLink Q5609896.
- Q3062071 wikiPageWikiLink Q66194.
- Q3062071 wikiPageWikiLink Q7400650.
- Q3062071 wikiPageWikiLink Q80250.
- Q3062071 wikiPageWikiLink Q813746.
- Q3062071 wikiPageWikiLink Q898367.
- Q3062071 wikiPageWikiLink Q902209.
- Q3062071 wikiPageWikiLink Q903029.
- Q3062071 wikiPageWikiLink Q903776.
- Q3062071 wikiPageWikiLink Q906521.
- Q3062071 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.".
- Q3062071 label "Ring expansion and ring contraction".
- Q3062071 depiction General_Contraction_Expansion.jpg.