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- Ternary Complex Formation in the Juliá–Colonna Epoxidation (en)
- Poly-leucine α-Helix Active Site Structure in the Juliá–Colonna Epoxidation (en)
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- Figure 4: Hydrogen bonding with the N-terminal residues stabilizes the peroxide enolate intermediate and orients the structure for ring closing with hydroxide displacement. The chalcone peroxide enolate is shown in green with hydrogen bonding interactions in red. The amino acid side-chains are omitted for clarity. Numbering refers to the amino group of each amino acid in the 7-mer, beginning at the N-terminus. Image inspired by Kelly et al. (en)
- Figure 3: The Juliá–Colonna Epoxidation proceeds by random steady-state formation of a ternary complex prior to reaction to form the peroxide enolate intermediate and final epoxide product. Image adapted from Carrea et al. (en)
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- Julia-Colonna Active Site Structure1.png (en)
- Julia-Colonna Epoxidation Ternary Complex3.png (en)
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- Juliá–Colonna epoxidation (en)
- 朱莉娅-科隆纳环氧化反应 (zh)
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